GE Medical Systems

Technical Publications

Direction 2357601–100
Revision 4

Revolution T XR/dT Full Digital System Schematics

Copyrighte 2002, 2003, 2004 By General Electric Co.

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REV 4 DIRECTION 2357601–100
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– THIS SERVICE MANUAL IS AVAILABLE IN ENGLISH ONLY.

WARNING – IF A CUSTOMER’S SERVICE PROVIDER REQUIRES A LANGUAGE OTHER THAN ENGLISH, IT IS THE CUSTOMER’S RESPONSIBILITY TO PROVIDE TRANSLATION SERVICES.
– DO NOT ATTEMPT TO SERVICE THE EQUIPMENT UNLESS THIS SERVICE MANUAL HAS BEEN CONSULTED AND IS UNDERSTOOD.
– FAILURE TO HEED THIS WARNING MAY RESULT IN INJURY TO THE SERVICE PROVIDER, OPERATOR OR PATIENT FROM ELECTRIC SHOCK, MECHANICAL OR OTHER HAZARDS.

– CE MANUEL DE MAINTENANCE N’EST DISPONIBLE QU’EN ANGLAIS.

AVERTISSEMENT – SI LE TECHNICIEN DU CLIENT A BESOIN DE CE MANUEL DANS UNE AUTRE LANGUE QUE L’ANGLAIS, C’EST AU CLIENT QU’IL INCOMBE DE LE FAIRE TRADUIRE.
– NE PAS TENTER D’INTERVENTION SUR LES ÉQUIPEMENTS TANT QUE LE MANUEL SERVICE N’A PAS ÉTÉ CONSULTÉ ET COMPRIS.
– LE NON-RESPECT DE CET AVERTISSEMENT PEUT ENTRAÎNER CHEZ LE TECHNICIEN, L’OPÉRATEUR OU LE PATIENT DES BLESSURES DUES À DES DANGERS ÉLECTRIQUES, MÉCANIQUES OU AUTRES.

– DIESES KUNDENDIENST–HANDBUCH EXISTIERT NUR IN ENGLISCHER

SPRACHE.
WARNUNG
– FALLS EIN FREMDER KUNDENDIENST EINE ANDERE SPRACHE BENÖTIGT, IST ES AUFGABE DES KUNDEN FÜR EINE ENTSPRECHENDE ÜBERSETZUNG ZU SORGEN.
– VERSUCHEN SIE NICHT, DAS GERÄT ZU REPARIEREN, BEVOR DIESES KUNDENDIENST–HANDBUCH ZU RATE GEZOGEN UND VERSTANDEN WURDE.
– WIRD DIESE WARNUNG NICHT BEACHTET, SO KANN ES ZU VERLETZUNGEN DES KUNDENDIENSTTECHNIKERS, DES BEDIENERS ODER DES PATIENTEN DURCH ELEKTRISCHE SCHLÄGE, MECHANISCHE ODER SONSTIGE
GEFAHREN KOMMEN.

– ESTE MANUAL DE SERVICIO SÓLO EXISTE EN INGLÉS.

AVISO – SI ALGÚN PROVEEDOR DE SERVICIOS AJENO A GEMS SOLICITA UN IDIOMA QUE NO SEA EL INGLÉS, ES RESPONSABILIDAD DEL CLIENTE OFRECER UN SERVICIO DE TRADUCCIÓN.
– NO SE DEBERÁ DAR SERVICIO TÉCNICO AL EQUIPO, SIN HABER CONSULTADO Y COMPRENDIDO ESTE MANUAL DE SERVICIO.
– LA NO OBSERVANCIA DEL PRESENTE AVISO PUEDE DAR LUGAR A QUE EL PROVEEDOR DE SERVICIOS, EL OPERADOR O EL PACIENTE SUFRAN LESIONES PROVOCADAS POR CAUSAS ELÉCTRICAS, MECÁNICAS O DE
OTRA NATURALEZA.

– ESTE MANUAL DE ASSISTÊNCIA TÉCNICA SÓ SE ENCONTRA DISPONÍVEL

EM INGLÊS.
ATENÇÃO
– SE QUALQUER OUTRO SERVIÇO DE ASSISTÊNCIA TÉCNICA, QUE NÃO A GEMS, SOLICITAR ESTES MANUAIS NOUTRO IDIOMA, É DA RESPONSABILIDADE DO CLIENTE FORNECER OS SERVIÇOS DE TRADUÇÃO.
– NÃO TENTE REPARAR O EQUIPAMENTO SEM TER CONSULTADO E COMPREENDIDO ESTE MANUAL DE ASSISTÊNCIA TÉCNICA.
– O NÃO CUMPRIMENTO DESTE AVISO PODE POR EM PERIGO A SEGURANÇA DO TÉCNICO, OPERADOR OU PACIENTE DEVIDO A‘ CHOQUES ELÉTRICOS, MECÂNICOS OU OUTROS.

– IL PRESENTE MANUALE DI MANUTENZIONE È DISPONIBILE SOLTANTO IN

INGLESE.
AVVERTENZA
– SE UN ADDETTO ALLA MANUTENZIONE ESTERNO ALLA GEMS RICHIEDE IL MANUALE IN UNA LINGUA DIVERSA, IL CLIENTE È TENUTO A PROVVEDERE DIRETTAMENTE ALLA TRADUZIONE.
– SI PROCEDA ALLA MANUTENZIONE DELL’APPARECCHIATURA SOLO DOPO AVER CONSULTATO IL PRESENTE MANUALE ED AVERNE COMPRESO IL CONTENUTO.
– NON TENERE CONTO DELLA PRESENTE AVVERTENZA POTREBBE FAR COMPIERE OPERAZIONI DA CUI DERIVINO LESIONI ALL’ADDETTO ALLA MANUTENZIONE, ALL’UTILIZZATORE ED AL PAZIENTE PER FOLGORAZIONE
ELETTRICA, PER URTI MECCANICI OD ALTRI RISCHI.

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REVISION HISTORY

REV DATE REASON FOR CHANGE

0 Feb. 28, 2003 Pilot release.
1 Mar. 28, 2003 Initial release
2 July 28, 2003 Document Re–Formatted for 11x17 (landscape) Presentation. Legibility
issues resolved
3 Oct. 28, 2003 PQR1273703; Table I/O PCB schematics updated to latest revision.
4 May 06, 2004 Overall schematics for System Cabinet – Upper Half updated to latest
revision (PCN 238283). Also updated ADS cable diagrams.

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IMPORTANT! . . . X-RAY PROTECTION

X-ray equipment if not properly used may cause injury. Accordingly, the instructions herein contained should be thoroughly read and understood by everyone who will use the equipment before you attempt to place this equipment in
operation. The General Electric Company, Medical Systems Group, will be glad to assist and cooperate in placing this equipment in use.
Although this apparatus incorporates a high degree of protection against x-radiation other than the useful beam, no practical design of equipment can provide complete protection. Nor can any practical design compel the operator to take adequate precautions to
prevent the possibility of any persons carelessly exposing themselves or others to radiation.
It is important that everyone having anything to do with x-radiation be properly trained and fully acquainted with the recommendations of the National Council on Radiation Protection and Measurements as published in NCRP Reports available from NCRP
Publications, 7910 Woodmont Avenue, Room 1016, Bethesda, Maryland 20814, and of the International Commission on Radiation Protection, and take adequate steps to protect against injury.
The equipment is sold with the understanding that the General Electric Company, Medical Systems Group, its agents, and representatives have no responsibility for injury or damage which may result from improper use of the equipment.
Various protective material and devices are available. It is urged that such materials or devices be used.
CAUTION: United States Federal law restricts this device to use by or on the order of a physician.

CERTIFIED ELECTRICAL CONTRACTOR STATEMENT

All electrical installations that are preliminary to positioning of the equipment at the site prepared for the equipment shall be performed by licensed electrical contractors. In addition, electrical feeds into the Power Distribution Unit shall be performed by licensed electrical
contractors. Other connections between pieces of electrical equipment, calibrations, and testing shall be performed by qualified GE Medical personnel. The products involved (and the accompanying electrical installations) are highly sophisticated, and special engineering
competence is required. In performing all electrical work on these products, GE will use its own specially trained field engineers. All of GE’s electrical work on these products will comply with the requirements of the applicable electrical codes.

The purchaser of GE equipment shall only utilize qualified personnel (i.e., GE’s field engineers, personnel of third-party service companies with equivalent training, or licensed electricians) to perform electrical servicing on the equipment.

DAMAGE IN TRANSPORTATION
All packages should be closely examined at time of delivery. If damage is apparent, have notation “damage in shipment” written on all copies of the freight or express bill before delivery is accepted or “signed for” by a General Electric representative or a hospital
receiving agent. Whether noted or concealed, damage MUST be reported to the carrier immediately upon discovery, or in any event, within 14 days after receipt, and the contents and containers held for inspection by the carrier. A transportation company will not
pay a claim for damage if an inspection is not requested within this 14 day period.

Call Traffic and Transportation, Milwaukee, WI (414) 827–3468 / 8*285–3468 immediately after damage is found. At this time be ready to supply name of carrier, delivery date, consignee name, freight or express bill number, item damaged and extent of damage.

Complete instructions regarding claim procedure are found in Section “S” of the Policy & Procedure Bulletins.

6/17/94

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Table of Contents
INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
REVOLUTION XR/d SYSTEM COMPONENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
SYSTEMS CABINET . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
65 kW, 50 Hz – 2293678, 80 kW, 50 Hz – 2293678–2, 65 kW, 60 Hz – 2293678–3, 80 kW, 60 Hz – 2293678–4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
SKL OVERALL SCHEMATICS – SYSTEM CABINET UPPER HALF, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
SKL A1 – ASC/EDM, 2197212 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Electrical Interface Connectors and Signal Names . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
SKL A1 A1 – BIU BOARD, 2107542 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
SKL A1 A2 – SERIAL BOARD, 2113448 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
SKL A1 A4 – CONTROL PANEL BOARD, 2142602 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49
SKL A1 A20 – ASC BACKPLANE, 2109475 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
SKL A2 – ECM, 2108822 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73
SKL A3 – HUB, 2111391ADW and 2108475SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104
SKL A4 – POWER DISTRIBUTION UNIT, 2264423 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113
SKL A5 – CABINET FANS, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115
SKL A6 – POWER STRIP PANEL, no schematic available . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 116
SKL A7 – ETHERNET HUB ASSEMBLY, 2268309, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117
SKL A7 A1 – ETHERNET HUB, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118
SKL A7 A2 – MEDIA CONVERTER, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119
SKL A7 A3 – FAST ETHERNET CONVERTER, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 120
SKL A25 – CABINET BULKHEAD & MAIN HARNESS, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121
SKL RPM – RAD POSITIONER MODULE AREA ONLY, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122
SKL RPM A1 – CPU ASSEMBLY, 2266551, see page 7, 2293680SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123
SKL RPM A2 – I/O ASSEMBLY, 2270631 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124
SKL RPM A2 A1 – REMOTE I/O BOARD, 2262617 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126
SKL IDC A1 – IDC INDUSTRIAL PC, 2199347 Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137
TBL – REVOLUTION XR/d TABLE, 2259988–2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139
TBL A1 – BULKHEAD, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 143
TBL A2 – CONDITIONER, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144
TBL A3 – POWER SUPPLY REGION, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145
TBL A3 A1 – TABLE I/O, 2270274 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146
TBL A3 A2 – TABLE LOGIC CONTROL BOARD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 154
TBL A3 A3 – DETECTOR POWER SUPPLY, No Schematic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 157
TBL A4 – TABLE SCISSOR MECHANISM, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158
TBL A5 – TOP FRAME, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159
TBL A6 – DETECTOR ASSEMBLY, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160
TBL A6 A1 – ION CHAMBER ASSEMBLY, 2210104 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 161
TBL A6 A1 A1 – ION CHAMBER PREAMP, 2210104SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162
TBL A7 – TABLE DRIVE, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164
TBL A8 – TOP FRAME ENDS, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165
TBL A9 – TABLE BASE, see page 139, 2259988–2SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
Table of Contents
TBL A9 A1 – PEDAL I/F BOARD–FRONT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166
TBL A9 A2 – PEDAL I/F BOARD–BACK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166
TBL A9 A3 – LIMIT I/O BOARD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166
OTS1 – OVERALL, 2269647SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169
OTS1 A3 A1 – I/O BOARD, 2263526 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171
WLS – REVOLUTION XR/d WALLSTAND, Assembly: 2291655 and Schematic: 2291655SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183
WLS – REVOLUTION XR/d WALLSTAND, Assembly: 2291655 and Schematic: 2291655SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188
WLS A2 A1 – ELECTRONICS MODULE, Schematic: S0002733 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 193
WLS A2 A1 A1 – I/O BOARD, Assembly: 2290188, Schematic: 2290188SCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 196
WLS A2 A2 – WALL STAND SPEED CONTROL BOARD (OPTIONAL), Assembly: S0002777, Schematic: S0002777 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215
WLS A2 A3 – SERVO POWER BOARD (OPTIONAL), Assembly: S0002821 and Schematic: S0002821 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 219
WLS A3 A1 – DISPLAY ASM, Assembly: 2316329 and Schematic: 2302748 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 224
ADS – ACQUISITION DIGITAL STATION, 2219402–2, 2219403–2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227
SCC1 – ADVANTX CONSOLE, 2224559 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 233
SCC1 A2 – CONTROL BOARD, 2106682–2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 236

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
INTRODUCTION
CONTENT AND ORGANIZATION
This document contains schematics for the assemblies described in its Table of Contents. Schematics are arranged in alpha–numeric order, using the reference designators that are assigned to each assembly. Reference
designators are the brief codes that are used to identify and locate the assembly within a system.

Schematics are preceded by a Title Page that contains the schematic number, the reference designator, and the name of the schematic. The title page also usually contains an assembly drawing or physical representation, of the
schematic area being described.

Signal Name Lists are provided for interfaces such as: backplanes, wire harnesses, or transition panels, that do not have many active components. These interfaces electrically link the different assemblies together and must be
included in the schematics document for proper signal tracing.

HIERARCHICAL CONVENTIONS

Some schematics contained in this document use a hierarchical design philosophy. This hierarchical philosophy allows for easier schematic representation of complex circuitry. To a typical schematic user however, the hierarchi-
cal schematics may seem difficult to follow. So to address this issue, there are listed below, some informative highlights which should help in the understanding of hierarchical design schematics.

– Hierarchical schematics are structured from a high level (ie.,complete system) to a low level (ie., discrete components). In circuit board schematic applications this means that there will typically be a block diagram on
the first schematic sheets, which represents the entire circuit board. Then from this diagram, each of the blocks is broken down into the discrete component circuitry.

– For individual signal connections, a similar schematic structuring technique is used. At the block diagram schematic level, signals are grouped together into buses, which travel between the blocks. The individual signal
connections are first shown separately when the blocks are broken down into the discrete component circuitry.

– Buses are drawn thicker than the individual signal lines and they also have two numbers shown in parenthesis, immediately following the bus name. These numbers indicate how many individual signals are contained
in the bus. For example; (7:0) indicates that there are eight total signals in the bus, ranging from 0 through 7. If the buses happen to be data or address buses, the numbers in parenthesis also indicate the most significant
bit and least significant bit as follows, (MSB:LSB).

– When an individual signal line enters or leaves a bus, it is drawn using a diagonal line called a ripper. Next to the ripper, a number is also drawn. This ripper number is unique to the signal line that it represents. In other
words, if a ripper number is 3 and the signal line name that leaves the bus is XAC, every time XAC leaves or enters that bus, the ripper number, will always be 3. Examples of ripper symbols are shown in Illustration 1.

– There are some special symbols, called ports and pages, used to link buses and signal lines from one sheet of the schematic to others. Port symbols link signals between different functional blocks, while the page symbols
link signals within the same functional block. Examples of these symbols are shown in Illustration 1.

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
Illustration 1
Hierarchical Examples

Ripper Example

BUS
RIPPER
ADDR( 3 : 0 ) SIGNAL

0 ADDR(0)
1 ADDR(1)
2 ADDR(2)
3 ADDR(3)

Off Sheet Examples

Port Out Port In Port In/Out On Page Off Page Page In/Out

REFERENCES
For additional information about: Jumpers, Switches, Fuses, Circuit Breakers, Test Points, LED’s, and Variable Components, refer to the corresponding Central Listing document, that is associated with each Schematic docu-
ment.

For additional information about: interconnecting signal cables, grounds wires, and power connections, refer to the appropriate system–level MIS documents.

To understand the theory of operation of a circuit, refer to the appropriate system–level diagnostics and theory documents.

NOTE: Theory of operation is considered proprietary information and is therefore, restricted to documents that are only available to GE employees or to sites with special licensing agreements.

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
REVOLUTION XR/d SYSTEM COMPONENTS

OTS
OTS Suspension

WLS
Revolution Wall Stand
ADS A8
Workstation
Monitor
SKL
SCPU System Cabinet

SCC1
Advantx Console

ADS
Acquisition Digital Station
TBL
Revolution XR/d Table

SUN U10 (old) SUNBLADE 150 (new)

3
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GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
THIS PAGE INTENTIONALLY LEFT BLANK.

4
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SYSTEMS CABINET
65 kW, 50 Hz – 2293678, 80 kW, 50 Hz – 2293678–2, 65 kW, 60 Hz – 2293678–3, 80 kW, 60 Hz – 2293678–4

UPPER HALF 2293680

(COVERED BY THIS MANUAL)

SKL

SCPU GENERATOR
(SEE SCPU GENERATOR MANUAL)

5
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

6
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL OVERALL SCHEMATICS – SYSTEM CABINET UPPER HALF, 2293680SCH

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
2293680SCH –

A A

OVERALL SCHEMATICS OF
B
REVOLUTION XR/d SYSTEMS B

CABINET UPPER HALF

INDEX:
SHEET 2: SYSTEM CABINET OVERALL
SHEET 3: POSITIONER MODULE
C SHEET 4: ETHERNET HUB C
SHEET 5: IDC MODULES

KEY TO CONNECTOR STYLES:

HUBBEL TWIST LOCK SUB D

NORTH AMERICAN 120V 80MD

D D
PCN # ––– 219595 219792 238283
IEC 320 DATE
50 PIN CHAMP OCT4 MAR 22 JAN FEB 17
01 02 14 03 04
SHT
AC ADAPTER
2 0 0 0 3
96 PIN DIN 3 0 1 1 3
LOW VOLTAGE POWER JACK
4 0 0 0 3
5 0 0 2 3
NOTES: AMP MATE & LOCK HEWLETT PACKARD FIBER

E AMP M SERIES 10 BASE T E

1. THIS SCHEMATIC MEETS THE SPECIFICATIONS
OF GE SCHEMATIC STANDARDS 46–017486
SC FIBER
2. ACTIVE LOW SIGNALS ARE INDICATED WITH PHOENIX TERMINAL
” / ” AFTER THE SIGNAL NAME 4 WALL
3. UNLESS OTHERWISE SPECIFIED:
RESISTORS ARE IN OHMS, 0.25W, 1%.
CAPACITORS ARE IN FARADS. 5 PIN EUROFAST
INDUCTORS ARE IN HENRIES.
4. ALL SHEETS ARE OF THE SAME REVISION. 120 OHM EUROFAST TERMINATOR
F F

PATH: XRNETAPP1/USER12/DOCSRC/SCH/2293680.ILF (INTERLEAF 5.0)

REV 3 PCN: 238283 DESCRIPTION: CHANGED CABLE NUMBERS ON PAGE 4, ALL PAGES NOW REV. 3.
MADE BY: D. BEETCHER DATE: 17FEB04 APPR BY: J. TREPANIER DATE: 17FEB04
H REV 2 PCN: 219792 DESCRIPTION: changed cable numbers page 5 MADE: GORDON HEILERT DATE: 30JULY2001 DESIGN TITLE: REVOLUTION XR/d SYS CABINET UPPER HALF SCHEMATIC H
MADE BY: Ken Latus DATE 25 MAR 03: APPR BY: DATE: CHECK: GULNAR SIDDIQI DATE: 4OCT2001 GE MEDICAL SYSTEMS FIRST MADE FOR: REVOLUTION XR/d FULL DIGITAL
REV 1 PCN: 219595 DESCRIPTION: ADDED NOTE ON PAGE 3. APPR: DATE: Milwaukee, WI USA REV SIZE SHT. / CONT. ON
MADE BY: G. HEILERT DATE: 22MAR02 APPR BY: G. SIDDIQI DATE: 25MAR02 OTHER: DATE: DRAWING NO. 2293680SCH 3 B 1 / 2

1 2 3 4 5 6 7 8 9 10 11

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 2 CONT. 3
2293680SCH
CABINET EMI 2204157 2208804–2
BARRIER
SKL A6A1
TABLE DETECTOR
CONDITIONER &
POWER SKLA7
J3
STRIP FANS SKL A5 ETHERNET
A POWER SUPPLY
A
120VAC COLD
RPM RAD POSITIONER HUB ASSEMBLY
WALL STAND
DETECTOR J4 TO SKL A7A1 (SEE PAGE 3) (SEE SHEET 4)
CONDITIONER & POWER CORD SUPPLIED WITH ETHERNET HUB
AC ADAPTER
POWER SUPPLY (SEE SHT 4)
SPARE J8 2208804–2 SERVICE
J11
A7A2 LAPTOP
OTS J6 2208804
120VAC WARM 10B2
POWER A1
WALL STAND SKL A4 2204689 TO SKL A7A3 SKL IDC A1 CPU ASSEMBLY
J7
PDU AC ADAPTER IDC MODULE
2208804 (SEE SHT 4)
(SEE SHEET 5) J10 A7A1
B CONSOLE J1 CONSOLE PWR
2208804–2
RTBUS
6X B

TABLE 220VAC 2208804–2

J5 J10
WARM

46–251920G36 (Ethernet Coax Long)

J9
SERVICE SERVICE TO SKL A7A2 POWER
SKL IDC A2
USE OUTLET J10
AC ADAPTER IDC MODULE
(SEE SHT 4)
2241169–2 (RT Bus) (for dual detector
system only) A2
SKL A6 RTBUS
(SEE SHEET 5) I/O ASSEMBLY

C 2274066 (RT BUS)

A8 HARD
C
A7 POWER
J4 DRIVE
SUPPLY

A9
J219 J119 FLOPPY

WARM COM 2
FRONT
START J11 PANEL
480VAC IN J25 2204805–2 (DC Power) J12 A4 CONTROL
J12 PANEL BOARD ETHERNET
J31 SKL A2
ECM J11 SKL A1
D J8 TITAN D
2277063
J13
GENERATOR
J17 J14 SERIAL PORT
2122860–2 (Generator) SERIAL (COM 2)
GENERATOR J12 J1/2
PARALLEL PORT
A3 CPU BOARD

2118610
(Fiber)
J13 A20 BACKPLANE

E 2118610–2 (Fiber) E
CONSOLE J19 J2 J12 J1
EXT

SPARE J4 J10 LOCAL

SKL A3 A1 BIU BOARD
SKL A25 SPARE J3 HUB J27
J1 2204805 (DC Power)
CABINET
BULKHEAD SPARE J5
J1
J30
2118610–2 (Fiber)
SPARE J7 J6 A2 SERIAL BOARD
J31 J32 J28
SPARE J8
J1 J11 SPARE
F J9 J13
F
CONSOLE
SPARE SPARE
2204812 (Prep/Exp/Reset)

2204814 (Console)

J18
2204810 (Generator)
GENERATOR

H H
PATH: XRNETAPP1/USER12/DOCSRC/SCH/2293680.ILF (INTERLEAF 5.0)
REV 1 PCN: DESCRIPTION: MADE: GORDON HEILERT DATE: 30JULY2001 DESIGN TITLE: REVOLUTION XR/d SYS CABINET UPPER HALF SCHEMATIC
MADE BY: DATE: APPR BY: DATE: CHECK: GULNAR SIDDIQI DATE: GE MEDICAL SYSTEMS FIRST MADE FOR: REVOLUTION XR/d FULL DIGITAL
REV 2 PCN: DESCRIPTION: APPR: DATE: Milwaukee, WI USA DRAWING NO. REV SIZE SHT. / CONT. ON
MADE BY: DATE: APPR BY: DATE: OTHER: DATE: 2293680SCH 3 B 2 / 3

9
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 8 9 10 SHT. 3 CONT. 4
NOTE:
2293680SCH
FOR A TWO DETECTOR SYSTEM, THE WALL STAND ION CHAMBER
CONNECTS TO J205 WHICH INTERNALLY CONNECTS TO A2 A1 J2.
TO SKL A2 J31
FOR WALL STAND ONLY SYSTEMS, THE WALL STAND ION CHAMBER (SEE SRT BUS SHEET 2)
CONNECTS TO J105 WHICH INTERNALLY CONNECTS TO A2 A1 J2.
A A
SKL A25
CABINET
RPM
BULKHEAD
(CONT.)
RAD POSITIONER MODULE
A2 A2 A3
J110 I/O ASSEMBLY POWER SUPPLY
WALL 2272558
STAND
B 3F B
J105 J1
ION CHAMBER–TABLE 2268602–16
9M 9M A2 A1
9F
J205(J105) 9F REMOTE I/O
SEE NOTE J2
2268602–16 BOARD +24VDC
ION CHAMBER–WALL STAND
SEE NOTE 9M 9M
9F 9F

TS1 C
X–RAY WARNING LIGHT 1 NC
K1 A2 A2
2270743 J7 POWER SUPPLY
C MIS11593A 3 3 J4
7 C
ROOM DOOR INTLK
MIS11607A 24V
5 K1 1 J10
6M
6F
J3 +5VDC AC POWER TO POWER STRIP
+/– 15VDC (SEE SHEET 2)
2273056–2 J5
FILTER
9M J6
9F

5M
J108 5F
2270745–2
CAN Open OTS
9F J6
D 9M
5F 5M 5F 5M A1 RESET D
J11
CPU ASSEMBLY AC POWER
TO POWER STRIP
(SEE SHEET 2)

J106 5M 5F 5M 5F CPU BOARD

2273056–4 2274257
CAN Open Table
J10 TO 6X ON ETHERNET HUB
9F 5F
9M 5M

J2
2273056 CAN 1
E E
9M
9F

J107 5F 5M 5F 5M J1 CAN BOARD

2270745 2273056–3 CAN 0
Collimator UIF CAN
5F 9M
9F
9F 9M 5M

TERMINATOR
F F
TYPICAL WIRING FOR
SUB D CAN BUS
TYPICAL WIRING FOR
1 – NA
EUROFAST CAN BUS
2 – CAN_L
3 – CAN_GND 1 – SHIELD
4 – NA 2 – CAN_V+
5 – CAN_SHIELD 3 – CAN_GND
6 – NA 4 – CAN_H
7 – CAN_H 5 – CAN_L
8 – NA
9 – CAN_V+

H H
PATH: XRNETAPP1/USER12/DOCSRC/SCH/2293680.ILF (INTERLEAF 5.0)
REV 1 PCN: 219595 DESCRIPTION: ADDED NOTE ON PAGE 3. MADE: GORDON HEILERT DATE: 30JULY2001 DESIGN TITLE: REVOLUTION XR/d SYS CABINET UPPER HALF SCHEMATIC
MADE BY: G. HEILERT DATE: 22MAR02 APPR BY: G. SIDDIQI DATE: 25MAR02 CHECK: GULNAR SIDDIQI DATE: GE MEDICAL SYSTEMS FIRST MADE FOR: REVOLUTION XR/d FULL DIGITAL
REV 2 PCN: DESCRIPTION: APPR: DATE: Milwaukee, WI USA DRAWING NO. REV SIZE SHT. / CONT. ON
MADE BY: DATE: APPR BY: DATE: OTHER: DATE: 2293680SCH 3 B 3 / 4

10
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 4 CONT. 5
2293680SCH

A A

TO IDC A1 A4 (ETHERNET)

B B

TO IDC A2 A4 (ETHERNET)
(FOR DUAL DETECTOR SYSTEM ONLY)

C C
J109
2383856–3
SPARE

J101

2208907–8
TO WORKSTATION

D
SKL A25
CABINET A7 ETHERNET HUB ASSEMBLY D
A3
BULKHEAD FAST ETHERNET
(CONT.) CONVERTER
DFE–855
AC
ADAPTOR

POWER CORD TO POWER STRIP

AC ADAPTOR SUPPLIED (SEE SHEET 2)
WITH CONVERTER
TO SKL A1 TITAN J13
(SEE SHEET 2)
A2
2383856–2

2383856–2

2383856–2
E MEDIA E
CONVERTER
DE–855
10B2
TO AC POWER
2383856–2
(SEE SHT 2)

TO J10
POS CPU 50 OHM
TERMINATOR

F F
6X 5X 1X 4X 2X 3X

AC ADAPTOR
A1
CABINET EMI
BARRIER ETHERNET HUB POWER CORD TO POWER STRIP
SUPPLIED (SEE SHEET 2)
WITH ETHERNET HUB

H H
PATH: XRNETAPP1/USER12/DOCSRC/SCH/2293680.ILF (INTERLEAF 5.0)
REV 3 PCN: 238283 DESCRIPTION: CHANGED CABLE NUMBERS. MADE: GORDON HEILERT DATE: 30JULY2001 DESIGN TITLE: REVOLUTION XR/d SYS CABINET UPPER HALF SCHEMATIC
MADE BY: D. BEETCHER DATE: 17FEB04 APPR BY: J. TREPANIER DATE: 17FEB04 CHECK: GULNAR SIDDIQI DATE: GE MEDICAL SYSTEMS FIRST MADE FOR: REVOLUTION XR/d FULL DIGITAL
REV 2 PCN: DESCRIPTION: APPR: DATE: Milwaukee, WI USA DRAWING NO. REV SIZE SHT. / CONT. ON
MADE BY: DATE: APPR BY: DATE: OTHER: DATE: 2293680SCH 3 B 4 / 5

11
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 5 CONT. –
2293680SCH

A A
J103 A6
2216031–2 A2 C80 DAP
CHILLER CONTROL A1 CPU
SYSTEM
9F INTERFACE A6 A1
BOARD FIBER CHANNEL I/O
J104
2216032–2 A4
POWER SUPPLY CONTROL ETHERNET
26F IDC MODULE
B J102 IDE HARD B
2340422–8 DRIVE
TO DETECTOR
3.5” FLOPPY
2215028–7
TO A7 A1 – 4X
FIBER
COM
ENET CAN
J1

SKL A25 A30

CABINET DC SUPPLY
BULKHEAD +5,+3.3,+/–12
C RTBUS C
(CONT.) IDC A1
DIGITAL RAD IDC MODULE

7 SLOT PASSIVE
BACKPLANE
CPU + 3ISA+3PCI
TO POWER STRIP
(SEE SHEET 2)
TO RT BUS BRACKET J119
(SEE SHEET 2)
FOR DUAL DETECTOR SYSTEM ONLY
D D
J203 A6
2216031–2 A2 C80 DAP
CHILLER CONTROL A1 CPU
SYSTEM
9F INTERFACE A6 A1
BOARD FIBER CHANNEL I/O
J204
2216032–2 A4
POWER SUPPLY CONTROL ETHERNET
26F IDC MODULE
E J202 E
IDE HARD
2340422–8 DRIVE
TO DETECTOR
3.5” FLOPPY
2215028–7
TO A7 A1 – 2X
FIBER
COM
ENET CAN
J1

A30
DC SUPPLY
F RTBUS
+5,+3.3,+/–12 F
IDC A2
DIGITAL RAD IDC MODULE

7 SLOT PASSIVE
CABINET EMI BACKPLANE
BARRIER CPU + 3ISA+3PCI
TO POWER STRIP
(SEE SHEET 2)
TO RT BUS BRACKET J219
(SEE SHEET 2)

H H
PATH: XRNETAPP1/USER12/DOCSRC/SCH/2293680.ILF (INTERLEAF 5.0)
REV 1 PCN: 219792 DESCRIPTION: changed cable numbers page 5 MADE: GORDON HEILERT DATE: 30JULY2001 DESIGN TITLE: REVOLUTION XR/d SYS CABINET UPPER HALF SCHEMATIC
MADE BY: Ken Latus DATE: 25 MAR 03 APPR BY: DATE: CHECK: GULNAR SIDDIQI DATE: GE MEDICAL SYSTEMS FIRST MADE FOR: REVOLUTION XR/d FULL DIGITAL
REV 2 PCN: DESCRIPTION: APPR: DATE: Milwaukee, WI USA DRAWING NO. REV SIZE SHT. / CONT. ON
MADE BY: DATE: APPR BY: DATE: OTHER: DATE: 2293680SCH 3 B 5 / –

12
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL A1 – ASC/EDM, 2197212

TOP VIEW

ASSEMBL
Y
BOARD
ASSEMBL ASSEMBL CPU
Y Y
BOARD BOARD
SERIAL BIU

FRONT VIEW REAR VIEW

AC IN
ON / OFF
POWER
SUPPLY

BIU
CPU

SERIAL

HARD DRIVE

FLOPPY

25 PIN
BIPLANE ASC
J27 15 PIN SPARE
J30

ETHERNET COM2 STATUS

DC OUT DC OUT 25 PIN 9 9 PIN

CONSOLE PIN PUNIT
HUB ECM J32 ECM J28
J12 J11 J31

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 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
Electrical Interface Connectors and Signal Names
TABLE 4–1
INTERNAL INTERFACE CONNECTORS FOR ASC–EDM

Pins Pins
Function From Connector Type J# Each To Connector Type J# Each
AC Input Power Breaker Terminals n/a 3 Pwr Supply Terminal Strip n/a 3
DC Output PS Asm Amp P1 4 Con Panel Bd Amp J3 4
+/-12V Mate-n-lock Mate-n-Lock
DC Output +5V PS Asm Amp J1 4 Con Panel Bd Winchester Power J1/J2 1
Mate-n-lock Term
DC Sense, POK PS Asm Amp P2 3 Con Panel Bd Molex J3-1 3
Mate-n-lock
DC Output Power Con Panel Bd Amp MTA J4 19 Backplane Amp MTA J10 19
DC Output Power Con Panel Bd Amp HSG J14 4 Hard Disk Amp J1 4
Mate-n-lock
DC Output Power Con Panel Bd Molex HSG J15 4 Floppy Disk Amp 2.5mm J1 4
DC Output Power Con Panel Bd Molex 22-01 J13 2 Fan Permanently n/a 2
series Attached
System ON/OFF Con Panel Bd Molex 22-01 J16 3 On/off switch Amp 187 Fast On n/a 2
series
System Reset Con Panel Bd Molex 22-01 J17 3 Reset switch Soldered n/a 2
series Terminals
COM2 Serial Port CPU Bd Dual Row Straight P7 10 Con Panel Bd Shrouded RA J8 10
Hdr Header
IDE Disk Data CPU Bd Dual Row Straight P11 40 Hard Disk Header P1 40
Hdr
Floppy Disk Data CPU Bd Dual Row Straight P3 34 Floppy Disk Header (vendor P2 34
Hdr select)
CPU Reset CPU Bd 3, Amp MTA P10 2 Backplane Header w/ejectors J23 16
Keyboard Connectors P4 5
Speaker P5 4

Status, Reset, I2C BIU Bd Header RA J5 20 Backplane Header w/ejectors J14 20

wo/ejectors
Status, Reset, I2C Backplane Header w/ejectors J26 16 Con Panel Bd Header w/ejectors J10 16
Ethernet BIU Bd RA SMB J4 2 Con Panel Bd RA SMB J5 2
Ethernet BIU Bd RA BNC J3 2 Enclosure BNC J13 2
* Note: Number of individual connectors and pins may vary depending upon CPU Bd MFG.
ă Note: All Header Connector Types are Pinned (Male)

14
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TABLE 4–2
EXTERNAL INTERFACE CONNECTORS FOR ASC–EDM

J# Pins From Bd Function Connector Type To Bd J# Notes

J28 9 Backplane System ON/OFF Male Pin Sub-D Kernel BH J18
J31 9 Backplane ECM I/F Male Pin Sub-D ECM J8 Prep, Exp, Rst
J32 15 Backplane Console I/F Male Pin Sub-D Kernel BH Bd J14 Console Rst, Prep, Exp
J27 15 Backplane Biplane ASC Male Pin Sub-D Kernel BH J27 Bipl ASC, Rst, RTBus
J30 9 Backplane UPS Control Male Pin Sub-D UPS n/a No cable in Std Sys
J13 1 Backplane Ethernet BNC or Triax Kernel BH J16 To Digital Sys
J1 80 Serial Bd 8 Serial Ports Female mini-D Kernel BH Bd J16 Modem, Insite
P6 9 CPU Bd Serial Port Male Pin Sub-D UPS, Spare n/a COM1, Not Used
P8 25 CPU Bd Parallel Port Female Pin Sub-D Spare n/a LPT1, Not Used
J1 1 BIU Bd* Ethernet BNC or Triax Backplane J13 To Digital Sys

LOC 2 BIU Bd Arcnet Versa-Link Hub J10 Plastic Fiber

EXT 2 BIU Bd Bipl Arcnet Versa-Link Kernel BH J26 Not Used
J9 9 Cont Panel Bd Serial Port Male Pin Sub-D Laptop I/F n/a COM2, Front Panel
n/a 2 Cont Panel Bd Arcnet Versa-Link Hub n/a Not Present in Std ASC
J7 1 Cont Panel Bd Arcnet 75W BNC Laptop I/F n/a Not Present in Std ASC

J6 1 Cont Panel Bd Ethernet 50W BNC Laptop I/F n/a 10Base2, Front Panel

J12 15 Cont Panel Bd DC Output Power Female Pin Sub-D ECM J25 EMC Filtered
J11 15 Cont Panel Bd DC Power + I2C Female Pin Sub-D Hub J1 EMC Filtered
n/a 3 EMC Filter AC Input Power IEC Input Plug AC Dist J5 Integral w/EMC Filter
* Internal Top-Bulkhead mounted cable from BIU Bd J3

15
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TABLE 4–3
CONNECTOR (J31) – ECM INTERFACE

Signal Name Pin No.

RT-RST-P 1
RT-RST-N 2
3
PREP-SW 4
EXP-SW 5
6
7
8
9

TABLE 4–4
CONNECTOR (J32) – CONSOLE INTERFACE

Signal Name Pin No.

1
PREP-SW 2
EXP-SW 3
RT-RST-N 4
5
6
SYS-ON* 7
8
+12 VDC 9
ASC-RST 10
RT-RST-P 11
12
13
24 VL 14
24 VL-RTN 15

TABLE 4–5
CONNECTOR (J30) – UPS INTERFACE

Signal Name Pin No.

1
POK* 2
3
GND 4
LOW-BATT* 5
UPS-SHUT-OFF* 6
7
8
9

16
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TABLE 4–6
CONNECTOR (J27) – BIPLANE ASC

Signal Name Pin No.

+12 VDC 1
ASC-RST 2
RT-RST-P 3
RT-RST-N 4
RT-RST-NR 5
RT-RST-PR 6
P12V-OUT 7
P12V-IN 8
9
10
11
12
13
14
15

TABLE 4–7
CONNECTOR (J28) – POWER UNIT

Signal Name Pin No.

1
SYS-ON* 2
3
4
5
24 VL 6
24 VL-RTN 7
8
9

17
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TABLE 4–8
CONNECTOR (J11) – HUB POWER AND I2C

Signal Name Pin Function

VCC 1 +5VDC power for hub
VCC 2 +5VDC power for hub
VCC 3 +5VDC power for hub
SCLK 4 I2C serial bus clock
SER_DATA 5 I2C serial bus data
V12P 6 +12VDC power for hub
V12P 7 +12VDC power for hub
V12N 8 -12VDC power for hub
LGND 9 LOGIC GND for hub
LGND 10 LOGIC GND for hub
LGND 11 LOGIC GND for hub
LGND 12 LOGIC GND for hub
LGND 13 LOGIC GND for hub
AGND 14 12V RTN for hub
AGND 15 12V RTN for hub

TABLE 4–9
CONNECTOR (J12) – ECM POWER

Signal Name Pin Function

VCC 1 +5VDC power for ECM
VCC 2 +5VDC power for ECM
VCC 3 +5VDC power for ECM
NC 4 No Connect
NC 5 No Connect
V12P 6 +12VDC power for ECM
V12P 7 +12VDC power for ECM
V12N 8 -12VDC power for ECM
LGND 9 LOGIC GND for ECM
LGND 10 LOGIC GND for ECM
LGND 11 LOGIC GND for ECM
LGND 12 LOGIC GND for ECM
LGND 13 LOGIC GND for ECM
AGND 14 12V RTN for ECM
AGND 15 12V RTN for ECM

18
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TABLE 4–10
CONNECTOR (J9) – COM2 FRONT PANEL

Signal Name Pin Function

DCD 1 Data Carrier Detect
RXD 2 Receive Data (DTE)
TXD 3 Transmit Data (DTE)
DTR 4 Data Terminal Ready
GND 5 Ground
DSR 6 Data Set Ready
RTS 7 Request To Send
CTS 8 Clear To Send
RI 9 Ring Indicator

TABLE 4–11
CONNECTOR (J6) – ETHERNET BNC FRONT PANEL

Signal Name Pin Function

EDATA 1 Ethernet Data
ESHIELD 2 Ethernet Shield (GND)

TABLE 4–12
CONNECTOR (J13) – ETHERNET BNC BIU BD

Signal Name Pin Function

EDATA 1 Ethernet Data
ESHIELD 2 Ethernet Shield (GND)

TABLE 4–13
CONNECTOR (J1) – 8 SERIAL CHANNELS

Signal Name Connector - Pin No. Signal Type Signal Direction

SOUT*_0 J1-1 RS-232 OUT
SIN*_0 J1-2 RS-232 IN
RTS_0 J1-3 RS-232 OUT
CTS_0 J1-4 RS-232 IN
DTR_0 J1-5 RS-232 OUT
DSR_0 J1-6 RS-232 IN
DCD_0 J1-7 RS-232 IN
RI_0 J1-8 RS-232 IN
LGND J1-9 POWER BI
LGND J1-10 POWER BI
SOUT* / SOUT+_1 J1-11 RS-232 / RS-422 OUT
N.C. / SOUT-_1 J1-12 RS-232 / RS-422 OUT
SIN* / SIN+_1 J1-13 RS-232 / RS-422 IN
N.C. / SIN-_1 J1-14 RS-232 / RS-422 IN

19
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
Signal Name Connector - Pin No. Signal Type Signal Direction
RTS / RTS+_1 J1-15 RS-232 / RS-422 OUT
DTR / RTS-_1 J1-16 RS-232 / RS-422 OUT
CTS / CTS+_1 J1-17 RS-232 / RS-422 IN
DSR / CTS-_1 J1-18 RS-232 / RS-422 IN
LGND J1-19 POWER BI
LGND J1-20 POWER BI
SOUT* / SOUT+_2 J1-21 RS-232 / RS-422 OUT
N.C. / SOUT-_2 J1-22 RS-232 / RS-422 OUT
SIN* / SIN+_2 J1-23 RS-232 / RS-422 IN
N.C. / SIN-_2 J1-24 RS-232 / RS-422 IN
RTS / RTS+_2 J1-25 RS-232 / RS-422 OUT
DTR / RTS-_2 J1-26 RS-232 / RS-422 OUT
CTS / CTS+_2 J1-27 RS-232 / RS-422 IN
DSR / CTS-_2 J1-28 RS-232 / RS-422 IN
LGND J1-29 POWER BI
LGND J1-30 POWER BI
SOUT* / SOUT+_3 J1-31 RS-232 / RS-422 OUT
N.C. / SOUT-_3 J1-32 RS-232 / RS-422 OUT
SIN* / SIN+_3 J1-33 RS-232 / RS-422 IN
N.C. / SIN-_3 J1-34 RS-232 / RS-422 IN
RTS / RTS+_3 J1-35 RS-232 / RS-422 OUT
DTR / RTS-_3 J1-36 RS-232 / RS-422 OUT
CTS / CTS+_3 J1-37 RS-232 / RS-422 IN
DSR / CTS-_3 J1-38 RS-232 / RS-422 IN
LGND J1-39 POWER BI
LGND J1-40 POWER BI
LGND J1-41 POWER BI
LGND J1-42 POWER BI
SOUT* / SOUT+_4 J1-43 RS-232 / RS-422 OUT
N.C. / SOUT-_4 J1-44 RS-232 / RS-422 OUT
SIN* / SIN+_4 J1-45 RS-232 / RS-422 IN
N.C. / SIN-_4 J1-46 RS-232 / RS-422 IN
RTS / RTS+_4 J1-47 RS-232 / RS-422 OUT
DTR / RTS-_4 J1-48 RS-232 / RS-422 OUT
CTS / CTS+_4 J1-49 RS-232 / RS-422 IN
DSR / CTS-_4 J1-50 RS-232 / RS-422 IN
LGND J1-51 POWER BI
LGND J1-52 POWER BI
SOUT* / SOUT+_5 J1-53 RS-232 / RS-422 OUT
N.C. / SOUT-_5 J1-54 RS-232 / RS-422 OUT
SIN* / SIN+_5 J1-55 RS-232 / RS-422 IN
N.C. / SIN-_5 J1-56 RS-232 / RS-422 IN
RTS / RTS+_5 J1-57 RS-232 / RS-422 OUT

20
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
Signal Name Connector - Pin No. Signal Type Signal Direction
DTR / RTS-_5 J1-58 RS-232 / RS-422 OUT
CTS / CTS+_5 J1-59 RS-232 / RS-422 IN
DSR / CTS-_5 J1-60 RS-232 / RS-422 IN
LGND J1-61 POWER BI
LGND J1-62 POWER BI
SOUT* / SOUT+_6 J1-63 RS-232 / RS-422 OUT
N.C. / SOUT-_6 J1-64 RS-232 / RS-422 OUT
SIN* / SIN+_6 J1-65 RS-232 / RS-422 IN
N.C. / SIN-_6 J1-66 RS-232 / RS-422 IN
RTS / RTS+_6 J1-67 RS-232 / RS-422 OUT
DTR / RTS-_6 J1-68 RS-232 / RS-422 OUT
CTS / CTS+_6 J1-69 RS-232 / RS-422 IN
DSR / CTS-_6 J1-70 RS-232 / RS-422 IN
LGND J1-71 POWER BI
LGND J1-72 POWER BI
SOUT* / SOUT+_7 J1-73 RS-232 / RS-422 OUT
N.C. / SOUT-_7 J1-74 RS-232 / RS-422 OUT
SIN* / SIN+_7 J1-75 RS-232 / RS-422 IN
N.C. / SIN-_7 J1-76 RS-232 / RS-422 IN
RTS / RTS+_7 J1-77 RS-232 / RS-422 OUT
DTR / RTS-_7 J1-78 RS-232 / RS-422 OUT
CTS / CTS+_7 J1-79 RS-232 / RS-422 IN
DSR / CTS-_7 J1-80 RS-232 / RS-422 IN

TABLE 4–14
CONNECTOR (P6) – COM1 CPU BD

Signal Name Pin Function

DCD 1 Data Carrier Detect
RXD 2 Receive Data (DTE)
TXD 3 Transmit Data (DTE)
DTR 4 Data Terminal Ready
GND 5 Ground
DSR 6 Data Set Ready
RTS 7 Request To Send
CTS 8 Clear To Send
RI 9 Ring Indicator

21
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TABLE 4–15
CONNECTOR (P8) – LPT1 CPU BD

Signal Name Pin Function

STROBE 1 Data Clock
DATA_0 2 Data Bit 0
DATA_1 3 Data Bit 1
DATA_2 4 Data Bit 2
DATA_3 5 Data Bit 3
DATA_4 6 Data Bit 4
DATA_5 7 Data Bit 5
DATA_6 8 Data Bit 6
DATA_7 9 Data Bit 7
ACK 10 Data Acknowledge
BUSY 11 Device Busy
PAPER_END 12 Paper End
SLCT 13 Data Solicit
AF 14 Auto Feed XT
ERR 15 Error
INIT 16 Initialize
SLCT_IN 17 Solicit Data Input
GND 18 Ground Return
GND 19 Ground Return
GND 20 Ground Return
GND 21 Ground Return
GND 22 Ground Return
GND 23 Ground Return
GND 24 Ground Return
GND 25 Ground Return

22
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL A1 A1 – BIU BOARD, 2107542

23
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

24
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

25
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 3 CONT. 4
2107542SCH
D_BUS2(7:0)
D_BUS2(7:0)

SYS_DAT(7:0) U3 D_BUS1(7:0) [6–D1]–[7–A1]

74FCT245AT_UTF U41 LED_PWR
A [5–D1]–[9–B6] U22 74FCT2273ATQ_UTF [4–A2]–[6–A1] A
74FCT245AT_UTF 0 SD0 2 A1 B1 18 DB1_0 0 [8–D9]
1 SD1 3 A2 B2 17 DB1_1 1 0 DB1_0 3 1D 1Q 2 0
0 SD0 2 18 DB2_0 0 2 SD2 4 16 DB1_2 2 1 DB1_1 4 5 1 DS2 DS4 DS6 D S 8 555–2303
A1 B1 A3 B3 2D 2Q GREEN
1 SD1 3 A2 B2 17 DB2_1 1 3 SD3 5 A4 B4 15 DB1_3 3 2 DB1_2 7 3D 3Q 6 2
2 SD2 4 A3 B3 16 DB2_2 2 4 SD4 6 A5 B5 14 DB1_4 4 3 DB1_3 8 4D 4Q 9 3
3 SD3 5 A4 B4 15 DB2_3 3 5 SD5 7 A6 B6 13 DB1_5 5 4 DB1_4 13 5D 5Q 12 4
4 SD4 6 A5 B5 14 DB2_4 4 6 SD6 8 A7 B7 12 DB1_6 6 5 DB1_5 14 6D 6Q 15 5
5 7 13 DB2_5 5 7 9 11 DB1_7 7 6 DB1_6 17 16 DS1 DS3 DS5 DS7
SD5 A6 B6 SD7 A8 B8 7D 7Q 6
6 SD6 8 A7 B7 12 DB2_6 6 7 DB1_7 18 8D 8Q 19 7
7 SD7 9 A8 B8 11 DB2_7 7 2 DT_R* 1 DIR
3 DB1_OE* 19 G 0 RESET* 1 CLR
2 DT_R* 1 DIR POST_WR* 11 CLK
TYP 8 0 1 2 3 4 5 6 7
4 DB2_OE* 19 G
TYP LED_DAT(7:0)
TYP
B B
CS_BUS*(16:0)
[4–B2]–[5–C1]–[6–A1]–[7–A1]

CTRL_BUS(15:0)

[4–C2]–[5–A1]–[6–A1]
[7–B1]–[9–A1]
SYS_CTRL(10:0)
[7–F1]–[9–A6]
U4
74FCT2374AT_UTF

2 IORD* 3 1D 1Q 2 LIORD* 7
C 3 IOWR* 4 2D 5 LIOWR* 8 BD_ADR_BUS(19:0) C
2Q
4 SMEMRD* 7 3D 3Q 6 LMEMRD* 9 [4–A2]–[5–A1]–[6–A1]
CLK_BUS(4:0) 5 SMEMWR* 8 4D 4Q 9 LMEMWR* 10 [7–B1]
[4–C2]–[5–F1]–[6–B1] 9 BUSREQ 13 5D 5Q 12 LBUSREQ
[7–C1]–[8–A7] 10 IOAK* 14 6D 6Q 15 LIOAK*
17 7D 7Q 16
R25
18 8D 8Q 19
65 4 3
249
1 OC
3 SEQ_CLK 11 CLK 0 18 3 6
TYP U30
R7 EPM7096–15
L 249
NVCS* 16 IO_MC1 IO_MC45 31 DB1_5 5
7 LIORD* 15 IO_MC3 IO_MC46 30 DB1_4 4
8 LIOWR* 14 IO_MC4 IO_MC48 29 DB1_3 3
D 10 LMEMWR* 12 IO_MC6 IO_MC49 44 BA5 5 D
9 LMEMRD* 11 IO_MC8 IO_MC51 45 BA6 6
LBUSREQ 10 IO_MC9 IO_MC53 48 BA7 7
U6 LIOAK* 9 IO_MC11 IO_MC54 49 BA8 8
74FCT2827AT_UTF CY_PCEM* 8 IO_MC12 IO_MC56 50 BA9 9
SYS_ADR(19:0) 8 BUSAKH 5 51
IO_MC14 IO_MC57 JB_A6
[9–C6] 0 SA0 2 D0 Y0 23 BA0 0 7 BUSAKL 4 IO_MC16 IO_MC59 52 JB_A5 5
1 SA1 3 D1 Y1 22 BA1 1 2 DB1_2 28 IO_MC17 IO_MC61 54 JB_A4
2 SA2 4 D2 Y2 21 BA2 2 VCC 1 DB1_1 27 IO_MC19 IO_MC62 55 IO_WAIT
3 SA3 5 D3 Y3 20 BA3 3 R45 9 JB_A9 25 IO_MC21 IO_MC64 56 BB_CS* 16
BA4 R55 R57
4 SA4 6 D4 Y4 19 4 R32 8 JB_A8 24 IO_MC22 IO_MC65 57 BIOSCS* 7
5 SA5 7 18 BA5 5 R44 R54 R58 7 JB_A7 23 58 BIOS_DEC
D5 Y5 IO_MC24 IO_MC67
6 SA6 8 D6 Y6 17 BA6 6 POST_WR* 22 IO_MC25 IO_MC69 60 EIO_CS* 2
7 SA7 9 D7 Y7 16 BA7 7 4.75K ARC1_CS* 21 IO_MC27 IO_MC70 61 BA13 13
E BA8 E
8 SA8 10 D8 Y8 15 8 ARC0_CS* 20 IO_MC28 IO_MC72 62 BA14 14
9 SA9 11 14 BA9 9 J1 1 AEN 18 63 BA15 15
D9 Y9 IO_MC29 IO_MC73
9 2 IORD* 17 IO_MC32 IO_MC75 64 BA16 16
1 2 4 17
1 OE1 BA4 41 IO_MC33 IO_MC76 65 BA17
R20 8 3 18
13 OE2 3 4 BA3 40 IO_MC35 IO_MC77 67 BA18
249 2 BA2 37 IO_MC37 IO_MC80 68 BA19 19
TYP 7 1 BA1 36 69 DTR* DT_R*
5 6 IO_MC38 IO_MC81 2 R50
L 0 DB1_0 35 IO_MC40 IO_MC83 70 DB2OE* DB2_OE* 4 R52
U5 6 7 DB1_7 34 IO_MC41 IO_MC84 71 DB1OE* DB1_OE* 3 R51
7 8 6
74FCT2827AT_UTF DB1_6 33 IO_MC43 IO_MC86 73 EOE* ENET_OE* 6 R49 49.9
5 IO_MC88 74 ERD* ERD_STB* 13 R36
9 10
10 SA10 2 D0 Y0 23 BA10 10 OE* 84 IN/OE1 IO_MC89 75 EWR* EWR_STB* 14 R35
11 SA11 3 D1 Y1 22 BA11 11 4 4 SMEMRD* 2 IN/OE2 IO_MC91 76 LWR* LWR_STB* 12 R30
11 12
12 SA12 4 D2 Y2 21 BA12 12 IO_MC92 77 LRD* LRD_STB* 11 R29
F 13 SA13 5 D3 Y3 20 BA13 13 BIOS_DEC 3 RESET* 1 IN/GCLR IO_MC94 80 RFSH* F
BA14 13 14 0
14 SA14 6 D4 Y4 19 14 SEQ_CLK 83 IN/GCLK IO_MC96 81 BA0
15 SA15 7 D5 Y5 18 BA15 15 L Hdr–Pin JB(9:3)
16 SA16 8 17 BA16 16 2118567
D6 Y6 Straight
17 SA17 9 D7 Y7 16 BA17 17 14–Pos
18 SA18 10 15 BA18 18 249
D8 Y8 R27
19 SA19 11 D9 Y9 14 BA19 19

1 OE1 L
R19 13 OE2 Connect pins as shown 0
249 TYP with traces on the
bottom side of board
L
6

H BLOCK PATHNAME /user/xr_pwa/adx2_asc_biu/isa_if BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE piekarski_j DA TE 28/Jan/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 3 /4

1 2 3 4 5 6 7 8 9 1 0 1 1

26
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 4 CONT. 5
2107542SCH

BD_ADR_BUS(19:0)
A [3–C11]–[5–A1]–[6–A1]–[7–E1] A

D_BUS1(7:0)
[3–A10]–[6–A1] CR2
BAV70
2

3
CTRL_BUS(15:0)
[3–B11]–[5–A1]–[6–A1] 1
[7–B1]–[9–A1]
U2 2 CAT
L
COM20020
B CS_BUS*(16:0) 1 AN B
[3–B11]–[5–C1]–[6–A1]–[7–A1] 0 BA0 1 A0_MUX HFBR1527
1 BA1 2 A1 0.500W 0.500W U28
2 BA2 3 A2_ALE 1% 1%
82.5 82.5
VCC R42 R43
0 DB1_0 4 AD0
1 DB1_1 5 AD1
2 DB1_2 6 AD2
3 DB1_3 8 18 U20
D3 _PULSE1 SN75454B C24 R53 C49
4 DB1_4 9 D4 _PULSE2 19 1.0K
5 DB1_5 10 D5 1 A1 _Y1 3 0.1U 0.1U
6 DB1_6 11 D6 _TXEN 21 2 B1 50V 50V
7 DB1_7 12 6 5 10% 10% 4 3
D7 A2 _Y2
_INTR 24 A_INT0* 1 7 B2 GND RL VCC
C 0 RESET* 23 2 C
_RST
11 LRD_STB* 27 _RD_DS L
ARC0_CS* 12 LWR_STB* 26 _WR–DIR
0 25 _CS 1 VO
CLK_BUS(4:0)
R 4 7 49.9 HFBR2521
[3–C1]–[5–F1]–[6–B1] 0 16 XTAL1 U38
A_CLK 17 XTAL2
[7–C1]–[8–A1]
20 RXIN U21
74HCT14
2 1

U29
CR1
D COM20020 BAV70 D
2
0 BA0 1 A0_MUX
1 BA1 2 A1 3
2 BA2 3 A2_ALE
1 2 CAT
0 DB1_0 4 AD0 L
1 DB1_1 5 AD1
2 DB1_2 6 AD2 1 AN
HFBR1527
3 DB1_3 8 D3 _PULSE1 18 0.500W 0.500W U1
4 DB1_4 9 D4 _PULSE2 19 1% 1%
5 DB1_5 10 82.5 82.5
D5 VCC R6 R5
6 DB1_6 11 D6 _TXEN 21
E 7 DB1_7 12 E
D7
_INTR 24 A_INT1* 2
0 RESET* 23 _RST
11 LRD_STB* 27 _RD_DS
12 LWR_STB* 26 _WR–DIR C25 R24 C16
1 ARC1_CS* 25 _CS 1.0K
R 5 6 49.9 0.1U 0.1U
A_CLK 16 XTAL1 50V 50V
17 10% 10% 4 3
XTAL2
20 RXIN GND RL VCC
U21 2
74HCT14 L

4 3 1 VO
F HFBR2521 F
U19

INTR_BUS(2:0)
[5–D8]–[7–C1]

H BLOCK PATHNAME /user/xr_pwa/adx2_asc_biu/arcnet BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE piekarski_j DA TE 28/JAN/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 4 /5

1 2 3 4 5 6 7 8 9 1 0 1 1

27
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 5 CONT. 6
2107542SCH
E_ADR_DAT_(7:0)
CTRL_BUS(15:0)
[3–B11]–[4–C2]–[6–A1] 7 BUSAKL
[7–B1]–[9–A1]
A ERAM_LADR_(7:0) A
U61
BD_ADR_BUS(19:0) 74FCT2244AT
[3–C11]–[4–A2] 1 _1G U60
[6–A1]–[7–E1] 19 _2G IDT71256L–35

0 BA0 2 1A1 1Y1 18 ER_A0 0 0 ER_A0 10 A0

1 BA1 4 1A2 1Y2 16 ER_A1 1 U62 1 ER_A1 9 A1
2 BA2 6 1A3 1Y3 14 ER_A2 2 74FCT373AT_UTF 2 ER_A2 8 A2
3 BA3 8 1A4 1Y4 12 ER_A3 3 3 ER_A3 7 A3 IO1 11 E_AD0 0
0 E_AD0 3 1D 1Q 2 ER_A0 0 V CC 4 ER_A4 6 A4 IO2 12 E_AD1 1
4 BA4 17 2A1 2Y1 3 ER_A4 4 1 E_AD1 4 2D 2Q 5 ER_A1 1 5 ER_A5 5 A5 IO3 13 E_AD2 2
5 BA5 15 2A2 2Y2 5 ER_A5 5 2 E_AD2 7 3D 3Q 6 ER_A2 2 6 ER_A6 4 A6 IO4 15 E_AD3 3
6 BA6 13 7 ER_A6 6 3 E_AD3 8 9 ER_A3 3 R66 R97 7 ER_A7 3 16 E_AD4 4
2A3 2Y3 4D 4Q A7 IO5
7 BA7 11 2Y4 9 ER_A7 7 4 E_AD4 13 12 ER_A4 4 2K 2K 0 ER_A8 25 17 E_AD5 5
2A4 5D 5Q A8 IO6
5 E_AD5 14 6D 6Q 15 ER_A5 5 1 ER_A9 24 A9 IO7 18 E_AD6 6
B U50 6 E_AD6 17 16 ER_A6 6 2 ER_A10 21 19 E_AD7 7 B
7D 7Q R88 A10 IO8
74FCT2244AT ERAM_HADR_(4:0) 7 E_AD7 18 19 ER_A7 7 R77 2K 3 ER_A11 23
R33 8D 8Q A11
3 CY_PCEM* 1 _1G 2K 4 ER_A12 2 A12
49.9 19 _2G 1 OC 26 A13
11 C 1 A14
8 BA8 2 1A1 1Y1 18 ER_A8 0
9 4 16 ER_A9 1 TYP ER_WR* 27 WE
BA9 1A2 1Y2 VC C
10 BA10 6 1A3 1Y3 14 ER_A10 2 ER_CS* 20 CS
11 BA11 8 1A4 1Y4 12 ER_A11 3 ER_RD* 22 OE
R98
12 BA12 17 3 ER_A12 4 MAX
2A1 2Y1 2K
15 2A2 2Y2 5 ER_CS* MEM_IMAGE
14 EWR_STB* 13 2A3 2Y3 7 ER_WR*
13 ERD_STB* 11 2A4 2Y4 9 ER_RD*
C U59 VCO_VCC C
249 DP83901A
R78
L PLL–VCC 58

26 ADS0 PRQ_ADS1 39
CS_BUS*(16:0) _PRD 2
0 E_AD0 7 AD0 _PWR 37
[3–B11]–[4–B2] 1 E_AD1 8 AD1
[6–A1]–[7–A1] 2 E_AD2 9 AD2 _MRD 29
3 E_AD3 10 AD3 _MWR 28
U49 4 E_AD4 11 AD4
74FCT245AT_UTF 5 E_AD5 12 AD5 _ACK 32 IOAK* 10
SYS_DAT(7:0)
6 E_AD6 13 AD6
8 12 E_AD0 0 7 E_AD7 14 67 E_INT 0 INTR_BUS(2:0)
[3–A1]–[9–B6] 0 SD0 A1 B1 AD7 INT
1 SD1 3 A2 B2 17 E_AD1 1 0 ER_A8 15 AD8 [4–F5]–[7–C1]
2 SD2 6 A3 B3 14 E_AD2 2 1 ER_A9 16 AD9
D 3 SD3 9 A4 B4 11 E_AD3 3 2 ER_A10 17 AD10 CD+ 63 D
4 SD4 4 A5 B5 16 E_AD4 4 3 ER_A11 19 AD11 CD– 62 R119
5 SD5 7 A6 B6 13 E_AD5 5 4 ER_A12 22 AD12
6 SD6 2 A7 B7 18 E_AD6 6 23 AD13 RX+ 61 75.0
7 SD7 5 A8 B8 15 E_AD7 7 24 AD14 RX– 60 1%
25 R118 0.125W
AD15
2 DT_R* 1 DIR TX+ 43 75.0
6 ENET_OE* 19 G 0 BA0 6 RA0 TX– 42 1%
1 BA1 5 RA1 0.125W
TYP 2 BA2 4 VCC 8 7 5 4 2 1
RA2 R64 R63
3 BA3 3 RA3 SEL 47 274 274 PM3 PP3 PM2 PP2 PM1 PP1
R60 49.9 _SNISEL 56 1% 1%
2 EIO_CS* 27 46 0.125W 0.125W EP–9531G–6
_CS TEST U58 R87
13 ERD_STB* 31 _SRD 1.0K
E 30 50 DP8392CV 1% E
14 EWR_STB* _SWR X1 SM3 SP3 SM2 SP2 SM1 SP1
V CC 51 9 10 12 13 15 16 2 18 0.100W
X2 CD+ RR+ ENET_OUT(3:0)
36 _RACK L 3 CD– RR– 19
R96 L
68 _WACK T1 [9–E8]
R72 E_TXO 0
2K 4 RX+ TXO 28
0 RESET* 65 _RESET 75.0 12 RX–
BSCLK 34 1% RXI 26 E_RXI 1
38 READY 0.125W 13 TX+
14 1 E_GND 2
TX– CDS
8 BUSAKH 40 BACK BREQ 41 BUSREQ 9
5 VEE1 HBE 15 E_GND 3
R65 6 VEE2
7 VEE3 GND1 16
249 VEE 8 VEE4 GND2 17
F L 9 VEE5 F
10 VEE6
ENET_VEE 11 VEE7
R73 R74 R75 R76 20 VEE8
21 VEE9
CLK_BUS(4:0) E_CLK 511 22
2 C82 VEE10
0.25W 1% 23
[3–C1]–[4–C2]–[6–B1] VEE11
[7–C1]–[8–A7] 10N 24 VEE12
1000V 25 VEE13
20%
E_GND

H BLOCK PATHNAME /user/xr_pwa/adx2_asc_biu/ethernet BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE piekarski_j DA TE 28/Jan/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 5 /6

1 2 3 4 5 6 7 8 9 1 0 1 1

28
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

29
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 7 CONT. 8
2107542SCH

D_BUS2(7:0)
[3–A11]–[6–D1] BKPL_IF(15:0)
A A

[9–A11]
CS_BUS*(16:0)

[3–B11]–[4–B2]
[5–C1]–[6–A1] U64
74ALS1005

1 2 0
CTRL_BUS(15:0)
[3–B11]–[4–C2]–[5–A1] U64
[6–A1]–[9–A1] 74ALS1005
U66
U23 R91 249 74FCT2244AT 3 4 1
74FCT2244AT 1
13 INT_STAT* 1 _1G U53
B _1G L 19 _2G U64 B
19 _2G 74FCT373AT_UTF 74ALS1005
8 POK* 2 1A1 1Y1 18 BPOK* 0 U52
2 LBAT* 2 1A1 1Y1 18 DB2_0 0 9 OP_RTB_RESET* 4 1A2 1Y2 16 OP_RST* 1 0 BPOK* 3 1D 1Q 2 DB2_0 0 74FCT2273ATQ_UTF 9 8 2
3 SWIND_IN* 4 1A2 1Y2 16 DB2_1 1 10 LOW_BATT* 6 1A3 1Y3 14 LBAT* 2 1 OP_RST* 4 2D 2Q 5 DB2_1 1
6 SP_I1* 6 1A3 1Y3 14 DB2_2 2 11 SW_IND_IN* 8 1A4 1Y4 12 SWIND_IN* 3 4 PU_OFF* 7 3D 3Q 6 DB2_2 2 0 DB2_0 3 1D 1Q 2 SUICIDE_RST U64
7 CRST_DET* 8 1A4 1Y4 12 DB2_3 3 5 ECPU_RST* 8 4D 4Q 9 DB2_3 3 1 DB2_1 4 2D 2Q 5 RTB_RESET 74ALS1005
12 PWR_UNIT_OFF* 17 2A1 2Y1 3 PU_OFF* 4 0 L_POK* 13 5D 5Q 12 DB2_4 4 2 DB2_2 7 3D 3Q 6 OP_RESET
17 2A1 2Y1 3 DB2_4 4 13 ERLY_CPU_RST* 15 2A2 2Y2 5 ECPU_RST* 5 1 L_OP_RTB_RST* 14 6D 6Q 15 DB2_5 5 3 DB2_3 8 4D 4Q 9 CRST_DET_CLR 5 6 3
T_DAT SPARE_IN1* 13
2 A_INT1* 15 2A2 2Y2 5 DB2_5 5 14 2A3 2Y3 7 SP_I1* 6 3 L_PUNIT_OFF* 17 7D 7Q 16 DB2_6 6 4 DB2_4 13 5D 5Q 12 UPS_SHUT_OFF
[6–F7] 1 A_INT0* 13 2A3 2Y3 7 DB2_6 6 15 CON_RST_DET* 11 2A4 2Y4 9 CRST_DET* 7 2 L_ECPU_RST* 18 8D 8Q 19 DB2_7 7 5 DB2_5 14 6D 6Q 15 SW_IND_OUT U64
0 E_INT 11 2A4 2Y4 9 DB2_7 7 6 DB2_6 17 7D 7Q 16 DISP_STAT_1 74ALS1005
TYP BKPL_STAT(7:0) 10 BKPL_RD* 1 OC 7 DB2_7 18 19 DISP_STAT_2
8D 8Q
TYP 11 C 13 12 4
0 RESET* 1 CLR
C TYP 9 BKPL_WR* 11 C
CLK U64
74ALS1005
TYP
INTR_BUS(2:0) 11 10 5
0
[4–F5]–[5–D8]
U31 U65
74FCT2273ATQ_UTF 74ALS1005

0 DB2_0 3 1D 1Q 2 I1_LEV0 0 3 4 6
1 DB2_1 4 2D 2Q 5 I1_LEV1 1
2 DB2_2 7 3D 3Q 6 I1_LEV2 2 INT_CONFIG(7:0) U65
3 DB2_3 8 4D 4Q 9 EN_EINT 3 U9 74ALS1005
4 DB2_4 13 5D 5Q 12 I2_LEV0 4 EPM7096–15
5 DB2_5 14 6D 6Q 15 I2_LEV1 5 1 2 7
6 DB2_6 17 7D 7Q 16 I2_LEV2 6 0 I1_LEV0 16 IO_MC1 IO_MC45 31 INT_STAT* 13
7 DB2_7 18 8D 8Q 19 EN_AINT 7 1 I1_LEV1 15 IO_MC3 IO_MC46 30 INT_CFG* 15
D 2 I1_LEV2 14 IO_MC4 IO_MC48 29 E_INT D
0 RESET* 1 CLR 3 EN_EINT 12 IO_MC6 IO_MC49 44 BPOK* 0
15 INT_CFG* 11 CLK 4 I2_LEV0 11 IO_MC8 IO_MC51 45 OP_RST* 1
5 I2_LEV1 10 IO_MC9 IO_MC53 48 PU_OFF* 4
TYP 6 I2_LEV2 9 49 ECPU_RST* 5 L_STAT(3:0)
IO_MC11 IO_MC54
7 EN_AINT 8 IO_MC12 IO_MC56 50 L_POK* 0
5 IO_MC14 IO_MC57 51 L_OP_RTB_RST* 1
RST* 4 IO_MC16 IO_MC59 52 L_ECPU_RST* 2
2 A_INT1* 28 IO_MC17 IO_MC61 54 L_PUNIT_OFF* 3
1 A_INT0* 27 IO_MC19 IO_MC62 55
11 LRD_STB* 25 IO_MC21 IO_MC64 56
12 LWR_STB* 24 IO_MC22 IO_MC65 57
4 DB2_OE* 23 IO_MC24 IO_MC67 58
BD_ADR_BUS(19:0)
0 BA0 22 IO_MC25 IO_MC69 60
E 1 BA1 21 61 E
[3–C11]–[4–A2] IO_MC27 IO_MC70
[5–A1]–[6–A1] 2 BA2 20 IO_MC28 IO_MC72 62
3 BA3 18 IO_MC29 IO_MC73 63
16 BD_BASE_CS* 17 IO_MC32 IO_MC75 64
14 PAGE_BITS* 41 IO_MC33 IO_MC76 65
VC C 11 STAT_WR* 40 IO_MC35 IO_MC77 67
5 I2C_CS* 37 IO_MC37 IO_MC80 68 NMI_EN_H
4 HCT_OE* 36 IO_MC38 IO_MC81 69 BUS_RESET
10 BKPL_RD* 35 IO_MC40 IO_MC83 70 IO_CHNL_CHK 8
9 BKPL_WR* 34 IO_MC41 IO_MC84 71 ISA_INT_0 0
R115
4.75K 33 IO_MC43 IO_MC86 73 ISA_INT_1 1
R31 IO_MC88 74 ISA_INT_2 2
I_OE* 84 IN/OE1 IO_MC89 75 ISA_INT_3 3
249 2 IN/OE2 IO_MC91 76 ISA_INT_4 4
F 0 L IO_MC92 77 ISA_INT_5 5 F
CLK_BUS(4:0) R34 49.9
1 IN/GCLR IO_MC94 80 ISA_INT_6 6
[3–C1]–[4–C2]–[5–F1] 1 I_CLK 83 IN/GCLK IO_MC96 81 ISA_INT_7 7
[6–B1]–[8–A7] 2118567–2
ISA_INTR(8:0)
PORT_RST_H
[6–H5] [9–B1]
SYS_CTRL(10:0)
[3–C1]–[9–A6] 0 BUS_RESET

NMI_EN_H
[6–H5]

H BLOCK PATHNAME /user/xr_pwa/adx2_asc_biu/ports BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE piekarski_j DA TE 28/Jan/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 7 /8

1 2 3 4 5 6 7 8 9 1 0 1 1

30
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 8 CONT. 9
2107542SCH

A A

V CC CLK_BUS(4:0)
R69 A_CLK 0 [3–C1]–[4–C2]–[5–F1]–[6–B1]–[7–C1]
33.2
R67 I_CLK 1
R100 R89 R101 U51
4.75K 4.75K 4.75K 49.9
IDT49FCT805A
2 R 6 8 E_CLK 2
U63 OA1
74FCT161AT_UTF 9 _OEA OA2 3 49.9
B DIP OA3 4 B
R80 R 7 0 SEQ_CLK 3
VC C 3 A QA 14 10 INA OA4 6
4 B QB 13 49.9 OA5 7 49.9
5 C QC 12 R 8 2 I2C_10M 4
6 D QD 11 OB1 19
R81
11 INB OB2 18 49.9
R120 7 ENP 49.9 OB3 17
4.75K 14 Y 1 10 ENT RCO 15 12 _OEB OB4 15
NRT80C–40.0000 9 14
LOAD OB5
VCC 1 CLR
1 8 R99 2 13
CNTL OUT CLK MON
GND 49.9 TYP 249 249
40.000MHz R79 R83
7
C C

L L

12V_POS TP6
SYS_PWR(3:0)
3 R121
[9–A6] WHITE
2K
+ C54 + C2 + C89 C4 C99 C58

10U 10U 10U 0.1U 0.1U 0.1U

25V 25V 25V 50V 50V 50V
20% 20% 20% 10% 10% 10%
0
D CR3 D
1
LED_PWR
C48 C38 C95 C61 C84 C60 C67 C18 C63 C52 C73 C59 C96 C42 C34 C31 C57
1N4448 [3–A9]
0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U
50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V
10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% VCO_VCC
0
22.1
1
R95
+ C1 + C17 + C91 C44 C70 C40 C19 C86 C33 C41 C66 C77 C14 C12 C11 C37 C64 C65 C35 C23 C13 C21 C78 C47 C93 C75 C76 C22 C20 C80 + C98
E E
10U 10U 10U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 10U
25V 25V 25V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 25V
20% 20% 20% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 20%
0 VCC
TP5
2K
1 RED
R102
+ C 2 6 + C 8 5 + C 3 0 + C 1 0 0+ C 1 5 C69 C10 C55 C87 C51 C56 C27 C68 C5 C88 C9 C83 C3 C62 C7 C39 C72 C43 C28 C53 C46 C8 C94 C6 C45 C97 C29 C71 C50

33U 33U 33U 33U 33U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U
16V 16V 16V 16V 16V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V TP4
10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10% 10%
0 BLACK

F L F

U48
CE–2054
VIA1 VIA2 1 VIN+ VOUT+ 2 E_GND
4 VIN– VOUT– 3
+ C92 A

10U VEE
L 25V
20%
ENET_VEE

H BLOCK PATHNAME /user/xr_pwa/adx2_asc_biu/clk_pwr BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Jim Piekarski DA TE 28/Jan/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 8 /9

1 2 3 4 5 6 7 8 9 1 0 1 1

31
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

32
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

33
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

34
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

35
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

36
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 14 CONT. 15
2107542SCH

A A

B B

11

0
C C
PCI_AD(31:0)
1

10

12

14

17

19

21

23

25

27

29

31
[10–A1]

DEVSEL*
C_BE1*

C_BE2*

C_BE3*
AD_10

AD_12

AD_14

IRDY*

AD_17

AD_19

AD_21

AD_23

AD_25

AD_27

AD_29

AD_31
AD_1

AD_3

AD_5

AD_7

AD_8

VCC

CLK
P3 L
B62

B61

B60

B59

B58

B57

B56

B55

B54

B53

B52

B49

B48

B47

B46

B45

B44

B43

B42

B41

B40

B39

B38

B37

B36

B35

B34

B33

B32

B31

B30

B29

B28

B27

B26

B25

B24

B23

B22

B21

B20

B19

B18

B17

B16

B15

B14

B13

B12

B11

B10

B9

B8

B7

B6

B5

B4

B3

B2

B1
D D
A62

A61

A60

A59

A58

A57

A56

A55

A54

A53

A52

A49

A48

A47

A46

A45

A44

A43

A42

A41

A40

A39

A38

A37

A36

A35

A34

A33

A32

A31

A30

A29

A28

A27

A26

A25

A24

A23

A22

A21

A20

A19

A18

A17

A16

A15

A14

A13

A12

A11

A10

A7
A9

A8

A6

A5

A4

A3

A2

A1
Plug–Pin
Straight
160–Pin_Card–Edge
VC C

L
AD_0

AD_2

AD_4

AD_6

C_BE0*

AD_9

11 AD_11

13 AD_13

15 AD_15

STOP*

TRDY*

FRAME*

16 AD_16

18 AD_18

20 AD_20

22 AD_22

ID_SEL

24 AD_24

26 AD_26

28 AD_28

30 AD_30

RST*
E E
0

10
5

1
PCI_CTRL(11:0)

[10–E6]
F F

H BLOCK PATHNAME /user/xr_pwa/adx2_asc_biu/pci_conn BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE piekarski_j DA TE 11/Feb/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 1 4 /1 5

1 2 3 4 5 6 7 8 9 1 0 1 1

37
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 15 CONT. –
2107542SCH

A A

S PA RE S
B B

U65 U21
74ALS1005 74HCT14
9 8 11 10

U65 U21
74ALS1005 74HCT14
5 6 13 12
C C

U7 U21
74ALS1005 74HCT14
13 12 5 6

U7 U21
74ALS1005 74HCT14
11 10 9 8

L
D L D

E E

F F

H BLOCK PATHNAME /user/advantx_ii/asc_biu BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE piekarski_j DA TE 28/Jan/94 DE SIG N TIT LE ADX2_ASC_BIU
MADE BY DATE APPR BY DATE CHECK JIM WOODS DA TE 20–OCT–94 GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR JIM PIEKARSKI DA TE 20–OCT–94 M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER M POTTER–HUMMER DA TE 20–OCT–94 2107542SCH 0 B 1 5 /–

1 2 3 4 5 6 7 8 9 1 0 1 1

38
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL A1 A2 – SERIAL BOARD, 2113448

39
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

40
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

41
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

42
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

43
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

44
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

45
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

46
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

47
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

48
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
THIS PAGE INTENTIONALLY LEFT BLANK.

SKL A1 A4 – CONTROL PANEL BOARD, 2142602

49
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

50
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

51
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

52
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL A1 A20 – ASC BACKPLANE, 2109475

53
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

54
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 1 0 SHT. 2 CO NT. 3
2109475SCH

A A

SA(19:0) SA(19:0) SA(19:0) SA(19:0) SA(19:0) SA(19:0)

SD(15:0) SD(15:0) SD(15:0) SD(15:0) SD(15:0) SD(15:0)
LA(6:0) LA(6:0) LA(6:0) LA(6:0) LA(6:0) LA(6:0)

B B
DRQ(6:0) DRQ(6:0) DRQ(6:0) DRQ(6:0) DRQ(6:0) DRQ(6:0)
DACK(6:0) DACK(6:0) DACK(6:0) DACK(6:0) DACK(6:0) DACK(6:0)

CTRL(16:0) CTRL(16:0) CTRL(16:0) CTRL(16:0) CTRL(16:0) CTRL(16:0)

OSC OSC OSC OSC OSC OSC

CLK CLK CLK CLK CLK CLK

IRQ(10:0) IRQ(10:0) IRQ(10:0) IRQ(10:0) IRQ(10:0) IRQ(10:0)

C C

ISA_RESET ISA_RESET ISA_RESET ISA_RESET ISA_RESET ISA_RESET

ISA BUS 6 ISA BUS 5 ISA BUS 4 ISA BUS 3 ISA BUS 2 ISA BUS 1

D D

CLK ASC_OPP_PL(6:0)

ISA_RESET BIU(13:0)

ECM(1:0)

PCI_AD(31:0) PCI_AD(31:0) PCI_AD(31:0) PCI_AD(31:0)

PB_RESET* CPU_RESET*
E E
PCI_CUST(11:0) PCI_CUST(11:0) PCI_CUST(11:0) PCI_CUST(11:0)

RELAY LOGIC

PCI_CTRL(22:0) PCI_CTRL(22:0) PCI_CTRL(22:0) PCI_CTRL(22:0)

ÁÁÁÁ
Á ÁÁ
Á
ÁÁÁÁ
Á ÁÁ
Á
o o o o o o CPU_RESET*
o o o o o o

ÁÁÁÁ
Á ÁÁ
Á
F F
o o o o o o ECM(1:0)

ÁÁÁ
ÁÁÁÁ
Á
o o o o o o
PB_RESET* o o BIU(13:0)
oo oo
o o o o o o o o PCI BUS 4 PCI BUS 3 PCI BUS 2 PCI BUS 1
o o o o o o o o
oo oo ASC_OPP_PL(6:0)
o CONNECTORS o

ÁÁ
ÁÁ
ÁÁÁÁÁ
ÁÁ
o o

o o o o o o o
o o o o o o o o

H BLOCK PATHNAME /user/advantx_ii/backplane/asc_backplane BLOCK SHT 2 OF 4 H

REV 1 PCN DESCRIPTION MADE Park_C DATE 14/03/94 D ESI GN T ITL E ASC_BACKPLANE
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T MA DE FOR Advantx II
REV 2 PCN DESCRIPTION APPR DATE i DRAWING NO REV SIZE SHT /CONT ON

55
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 1 0 SHT. 3 CONT. 4
2109475SCH

P5V
A A

2 2 2 2 2 2 2 2 2 2 2 2 2
C4 C3 C18 C23 C20 C2 C17 C22 C24 C1 C16 C21 C48 C94 C95
+ 22U + 1.0U + 1.0U + 1.0U + 22U + 1.0U + 1.0U + 1.0U + 22U + 1.0U + 1.0U + 1.0U + 22U
35V 35V 35V 35V 35V 35V 35V 35V 35V 35V 35V 35V 35V
20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 0.01U 0.01U
P12V 3 1 3 1 3 1 3 1 3 1 3 1 3 1 3 1 3 1 3 1 3 1 3 1 3 1 50V 50V
10% 10%

L
ISA BUS 2 2 2 2
B C25 C96 C7 C5 C9 B
+ 22U + 1.0U + 1.0U + 1.0U
DECOUPLING 35V 35V 35V 35V
20% 0.01U 20% 20% 20%
3 1 50V 3 1 3 1 3 1
10%

2 2 2 2 J33 J1 J3
C11 C97 C8 C6 C10 L
+ 22U + 1.0U + 1.0U + 1.0U
N12V 35V 35V 35V 35V
20% 0.01U 20% 20% 20%
3 1 50V 3 1 3 1 3 1
10%
J11 J22 J12

C C
MOUNTING
J2 U18 J29 J25 HOLES

J24 J15 J13 J17

P5V

L
C71 C70 C69 C68 C67 C66 C65 C64 C 63 C62 C104 C105 C106 C112 C115 C116 C117
D LOGIC D
0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U
DECOUPLING 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V
20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20%

E E
P12V

P5V

2
C12 C76 C77
+ 22U
35V
2 2 2 20% 0.1U 0.1U
C26 C41 C33 C74 C108 C100 C39 C107 C72 C109 C73 C40 C110 3 1 100V 100V
+ 22U + 22U + 22U 20% 20%
PCI BUS 35V 35V 35V
20% 20% 20% 0.1U 0.01U 0.1U 0.22U 0.01U 0.1U 0.01U 0.1U 0.22U 0.01U
DECOUPLING 3 1 3 1 3 1 100V 50V 100V 50V 50V 100V 50V 100V 50V 50V
F 20% 10% 20% 10% 10% 20% 10% 20% 10% 10% 2 20% 20% F
C111 100V 100V L
+ 22U 0.1U 0.1U
N12V 35V
20% C102 C103
L 3 1

H BLOCK PATHNAME /user/advantx_ii/backplane/asc_backplane BLOCK SHT 3 OF 4 H

REV 1 PCN DESCRIPTION MADE Park_C DATE 14/03/94 D ESI GN TIT LE ASC_BACKPLANE
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR Advantx II

56
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

DATE
LA(6:0)
SA(19:0)
DRQ(6:0)

IRQ(10:0)

DESCRIPTION
L
P5V
DAT_15
C18 D18
DAT_14 MASTER16*

6
C17 D17

APPR
DAT_13
C16 D16
3

DAT_12

BY
DRQ_7
C15 D15
6

DAT_11 DACK_7*
6

C14 D14
DAT_10 DRQ_6

15 14 13 12 11 10
C13 D13
5

DAT_9 DACK_6*

9
5

C12 D12
DAT_8 DRQ_5

8
C11 D11
4

MEMW* DACK_5*

5
4

C10 D10
MEMR* DRQ_0

/user/advantx_ii/backplane/asc_backplane/isa_1
C9 D9
0

LADD_0 DACK_0*
0

C8 D8
4

0
LADD_1 IRQ_14
C7 D7

DATE
1
LADD_2 IRQ_15
C6 D6

2
10 9

LADD_3 IRQ_12
C5 D5

3
8

LADD_4 IRQ_11
C4 D4

4
7

LADD_5 IRQ_10
C3 D3

5
6

LADD_6 IOCS16*
7

C2 D2

6
SBHE* MEMCS16*

3
8

C1 D1
5

MADE
I S A
ADD_0

CHECK
A31 B31
0

ADD_1 OSC
A30 B30
1

ADD_2
A29 B29

S L O T
2

ADD_3

Park_C
BALE
A28 B28

1
3

ADD_4 TC
9 10

A27 B27
4

ADD_5 DACK_2*
2

A26 B26
5

ADD_6 IRQ_3
A25 B25
6

6
1

57
ADD_7 IRQ_4
A24 B24
7
2

ADD_8 IRQ_5
A23 B23
8
3

DATE
DATE
ADD_9 IRQ_6
A22 B22
9
4

ADD_10 IRQ_7
A21 B21
5

ADD_11 CLK
A20 B20
ADD_12 REFRESH*
11

A19 B19

14/03/94
ADD_13 DRQ_1
A18 B18
1
7

ADD_14 DACK_1*
1

A17 B17
ADD_15 DRQ_3
A16 B16
3

G E
ADD_16 DACK_3*
3

A15 B15
ADD_17 IOR*
A14 B14
ADD_18 IOW*
A13 B13
ADD_19 SMEMR*
A12 B12
10 11 12 13 14 15 16 17 18 19

AEN
M E D I C A L

SMEMW*
2
12 13 14 15

BLOCK

A11 B11
IOCHRDY
1

A10 B10
8

DAT_0
SHT
0

A9 B9
P12V

DAT_1 ENDXFR*
1
1
16

A8 B8
S Y S T E M S

DAT_2
2

A7 B7
OF
N12V

DAT_3 DRQ_2
3

A6 B6
2

DAT_4
4

A5 B5
N5V

DAT_5 IRQ_2_9
5

A4 B4
0

DAT_6
6

A3 B3
9

DAT_7 ISA_RESET
7

A2 B2
IOCHCHK*
0

A1 B1
J8

F IRS T M ADE F OR Advantx II

1 0

D ESI GN TIT LE ASC_BACKPLANE

CLK
OSC

CTRL(16:0)
DACK(6:0)

SD(15:0)
ISA_RESET
4 SHT.
2109475SCH
CONT. 5

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

DATE
LA(6:0)
SA(19:0)
DRQ(6:0)

IRQ(10:0)

DESCRIPTION
L
P5V
DAT_15
C18 D18
DAT_14 MASTER16*

6
C17 D17

APPR
DAT_13
C16 D16
3

DAT_12

BY
DRQ_7
C15 D15
6

DAT_11 DACK_7*
6

C14 D14
DAT_10 DRQ_6

15 14 13 12 11 10
C13 D13
5

DAT_9 DACK_6*

9
5

C12 D12
DAT_8 DRQ_5

8
C11 D11
4

MEMW* DACK_5*

5
4

C10 D10
MEMR* DRQ_0

/user/advantx_ii/backplane/asc_backplane/isa_2
C9 D9
0

LADD_0 DACK_0*
0

C8 D8
4

0
LADD_1 IRQ_14
C7 D7

DATE
1
LADD_2 IRQ_15
C6 D6

2
10 9

LADD_3 IRQ_12
C5 D5

3
8

LADD_4 IRQ_11
C4 D4

4
7

LADD_5 IRQ_10
C3 D3

5
6

LADD_6 IOCS16*
7

C2 D2

6
SBHE* MEMCS16*

3
8

C1 D1
5

MADE
I S A
ADD_0

CHECK
A31 B31
0

ADD_1 OSC
A30 B30
1

ADD_2
A29 B29

S L O T
2

ADD_3

Park_C
BALE
A28 B28

2
3

ADD_4 TC
9 10

A27 B27
4

ADD_5 DACK_2*
2

A26 B26
5

ADD_6 IRQ_3
A25 B25
6

6
1

58
ADD_7 IRQ_4
A24 B24
7
2

ADD_8 IRQ_5
A23 B23
8
3

DATE
DATE
ADD_9 IRQ_6
A22 B22
9
4

ADD_10 IRQ_7
A21 B21
5

ADD_11 CLK
A20 B20
ADD_12 REFRESH*
11

A19 B19

14/03/94
ADD_13 DRQ_1
A18 B18
1
7

ADD_14 DACK_1*
1

A17 B17
ADD_15 DRQ_3
A16 B16
3

G E
ADD_16 DACK_3*
3

A15 B15
ADD_17 IOR*
A14 B14
ADD_18 IOW*
A13 B13
ADD_19 SMEMR*
A12 B12
10 11 12 13 14 15 16 17 18 19

AEN
M E D I C A L

SMEMW*
2
12 13 14 15

BLOCK

A11 B11
IOCHRDY
1

A10 B10
8

DAT_0
SHT
0

A9 B9
P12V

DAT_1 ENDXFR*
1
1
16

A8 B8
S Y S T E M S

DAT_2
2

A7 B7
OF
N12V

DAT_3 DRQ_2
3

A6 B6
2

DAT_4
4

A5 B5
N5V

DAT_5 IRQ_2_9
5

A4 B4
0

DAT_6
6

A3 B3
9

DAT_7 ISA_RESET
7

A2 B2
IOCHCHK*
0

A1 B1
J7

F IRS T M ADE F OR Advantx II

1 0

D ESI GN TIT LE ASC_BACKPLANE

CLK
OSC

SD(15:0)
CTRL(16:0)
ISA_RESET
DACK(6:0)
5 SHT.
2109475SCH
CONT. 6

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

DATE
LA(6:0)
DRQ(6:0)

SA(19:0)
IRQ(10:0)

DESCRIPTION
L
P5V
DAT_15
C18 D18
DAT_14 MASTER16*

6
C17 D17

APPR
DAT_13
C16 D16
3

DAT_12

BY
DRQ_7
C15 D15
6

DAT_11 DACK_7*
6

C14 D14
DAT_10 DRQ_6

15 14 13 12 11 10
C13 D13
5

DAT_9 DACK_6*

9
5

C12 D12
DAT_8 DRQ_5

8
C11 D11
4

MEMW* DACK_5*

5
4

C10 D10
MEMR* DRQ_0

/user/advantx_ii/backplane/asc_backplane/isa_3
C9 D9
0

LADD_0 DACK_0*
0

C8 D8
4

0
LADD_1 IRQ_14
C7 D7

DATE
1
LADD_2 IRQ_15
C6 D6

2
10 9

LADD_3 IRQ_12
C5 D5

3
8

LADD_4 IRQ_11
C4 D4

4
7

LADD_5 IRQ_10
C3 D3

5
6

LADD_6 IOCS16*
7

C2 D2

6
SBHE* MEMCS16*

3
8

C1 D1
5

MADE
I S A
ADD_0

CHECK
A31 B31
0

ADD_1 OSC
A30 B30
1

ADD_2
A29 B29

S L O T
2

ADD_3

Park_C
BALE
A28 B28

3
3

ADD_4 TC
9 10

A27 B27
4

ADD_5 DACK_2*
2

A26 B26
5

ADD_6 IRQ_3
A25 B25
6

6
1

59
ADD_7 IRQ_4
A24 B24
7
2

ADD_8 IRQ_5
A23 B23
8
3

DATE
DATE
ADD_9 IRQ_6
A22 B22
9
4

ADD_10 IRQ_7
A21 B21
5

ADD_11 CLK
A20 B20
ADD_12 REFRESH*
11

A19 B19

14/03/94
ADD_13 DRQ_1
A18 B18
1
7

ADD_14 DACK_1*
1

A17 B17
ADD_15 DRQ_3
A16 B16
3

G E
ADD_16 DACK_3*
3

A15 B15
ADD_17 IOR*
A14 B14
ADD_18 IOW*
A13 B13
ADD_19 SMEMR*
A12 B12
10 11 12 13 14 15 16 17 18 19

AEN
M E D I C A L

SMEMW*
2
12 13 14 15

BLOCK

A11 B11
IOCHRDY
1

A10 B10
8

DAT_0
SHT
0

A9 B9
P12V

DAT_1 ENDXFR*
1
1
16

A8 B8
S Y S T E M S

DAT_2
2

A7 B7
OF
N12V

DAT_3 DRQ_2
3

A6 B6
2

DAT_4
4

A5 B5
N5V

DAT_5 IRQ_2_9
5

A4 B4
0

DAT_6
6

A3 B3
9

DAT_7 ISA_RESET
7

A2 B2
IOCHCHK*
0

A1 B1
J6

F IRS T M ADE F OR Advantx II

1 0

D ESI GN TIT LE ASC_BACKPLANE

CLK
OSC

DACK(6:0)

SD(15:0)
CTRL(16:0)
ISA_RESET
6 SHT.
2109475SCH
CONT. 7

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

DATE
LA(6:0)
SA(19:0)
DRQ(6:0)

IRQ(10:0)

DESCRIPTION
L
P5V
DAT_15
C18 D18
DAT_14 MASTER16*

6
C17 D17

APPR
DAT_13
C16 D16
3

DAT_12

BY
DRQ_7
C15 D15
6

DAT_11 DACK_7*
6

C14 D14
DAT_10 DRQ_6

15 14 13 12 11 10
C13 D13
5

DAT_9 DACK_6*

9
5

C12 D12
DAT_8 DRQ_5

8
C11 D11
4

MEMW* DACK_5*

5
4

C10 D10
MEMR* DRQ_0

/user/advantx_ii/backplane/asc_backplane/isa_4
C9 D9
0

LADD_0 DACK_0*
0

C8 D8
4

0
LADD_1 IRQ_14
C7 D7

DATE
1
LADD_2 IRQ_15
C6 D6

2
10 9

LADD_3 IRQ_12
C5 D5

3
8

LADD_4 IRQ_11
C4 D4

4
7

LADD_5 IRQ_10
C3 D3

5
6

LADD_6 IOCS16*
7

C2 D2

6
SBHE* MEMCS16*

3
8

C1 D1
5

MADE
I S A
ADD_0

CHECK
A31 B31
0

ADD_1 OSC
A30 B30
1

ADD_2
A29 B29

S L O T
2

ADD_3

Park_C
BALE
A28 B28

4
3

ADD_4 TC
9 10

A27 B27
4

ADD_5 DACK_2*
2

A26 B26
5

ADD_6 IRQ_3
A25 B25
6

6
1

60
ADD_7 IRQ_4
A24 B24
7
2

ADD_8 IRQ_5
A23 B23
8
3

DATE
DATE
ADD_9 IRQ_6
A22 B22
9
4

ADD_10 IRQ_7
A21 B21
5

ADD_11 CLK
A20 B20
ADD_12 REFRESH*
11

A19 B19

14/03/94
ADD_13 DRQ_1
A18 B18
1
7

ADD_14 DACK_1*
1

A17 B17
ADD_15 DRQ_3
A16 B16
3

G E
ADD_16 DACK_3*
3

A15 B15
ADD_17 IOR*
A14 B14
ADD_18 IOW*
A13 B13
ADD_19 SMEMR*
A12 B12
10 11 12 13 14 15 16 17 18 19

AEN
M E D I C A L

SMEMW*
2
12 13 14 15

BLOCK

A11 B11
IOCHRDY
1

A10 B10
8

DAT_0
SHT
0

A9 B9
P12V

DAT_1 ENDXFR*
1
1
16

A8 B8
S Y S T E M S

DAT_2
2

A7 B7
OF
N12V

DAT_3 DRQ_2
3

A6 B6
2

DAT_4
4

A5 B5
N5V

DAT_5 IRQ_2_9
5

A4 B4
0

DAT_6
6

A3 B3
9

DAT_7 ISA_RESET
7

A2 B2
IOCHCHK*
0

A1 B1
J5

F IRS T M ADE F OR Advantx II

1 0

D ESI GN TIT LE ASC_BACKPLANE

CLK
OSC

SD(15:0)
CTRL(16:0)
ISA_RESET
DACK(6:0)
7 SHT.
2109475SCH
CONT. 8

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

DATE
LA(6:0)
SA(19:0)
DRQ(6:0)

IRQ(10:0)

DESCRIPTION
L
P5V
DAT_15
C18 D18
DAT_14 MASTER16*

6
C17 D17

APPR
DAT_13
C16 D16
3

DAT_12

BY
DRQ_7
C15 D15
6

DAT_11 DACK_7*
6

C14 D14
DAT_10 DRQ_6

15 14 13 12 11 10
C13 D13
5

DAT_9 DACK_6*

9
5

C12 D12
DAT_8 DRQ_5

8
C11 D11
4

MEMW* DACK_5*

5
4

C10 D10
MEMR* DRQ_0

/user/advantx_ii/backplane/asc_backplane/isa_5
C9 D9
0

LADD_0 DACK_0*
0

C8 D8
4

0
LADD_1 IRQ_14
C7 D7

DATE
1
LADD_2 IRQ_15
C6 D6

2
10 9

LADD_3 IRQ_12
C5 D5

3
8

LADD_4 IRQ_11
C4 D4

4
7

LADD_5 IRQ_10
C3 D3

5
6

LADD_6 IOCS16*
7

C2 D2

6
SBHE* MEMCS16*

3
8

C1 D1
5

MADE
I S A
ADD_0

CHECK
A31 B31
0

ADD_1 OSC
A30 B30
1

ADD_2
A29 B29

S L O T
2

ADD_3

Park_C
BALE
A28 B28

5
3

ADD_4 TC
9 10

A27 B27
4

ADD_5 DACK_2*
2

A26 B26
5

ADD_6 IRQ_3
A25 B25
6

6
1

61
ADD_7 IRQ_4
A24 B24
7
2

ADD_8 IRQ_5
A23 B23
8
3

DATE
DATE
ADD_9 IRQ_6
A22 B22
9
4

ADD_10 IRQ_7
A21 B21
5

ADD_11 CLK
A20 B20
ADD_12 REFRESH*
11

A19 B19

14/03/94
ADD_13 DRQ_1
A18 B18
1
7

ADD_14 DACK_1*
1

A17 B17
ADD_15 DRQ_3
A16 B16
3

G E
ADD_16 DACK_3*
3

A15 B15
ADD_17 IOR*
A14 B14
ADD_18 IOW*
A13 B13
ADD_19 SMEMR*
A12 B12
10 11 12 13 14 15 16 17 18 19

AEN
M E D I C A L

SMEMW*
2
12 13 14 15

BLOCK

A11 B11
IOCHRDY
1

A10 B10
8

DAT_0
SHT
0

A9 B9
P12V

DAT_1 ENDXFR*
1
1
16

A8 B8
S Y S T E M S

DAT_2
2

A7 B7
OF
N12V

DAT_3 DRQ_2
3

A6 B6
2

DAT_4
4

A5 B5
N5V

DAT_5 IRQ_2_9
5

A4 B4
0

DAT_6
6

A3 B3
9

DAT_7 ISA_RESET
7

A2 B2
IOCHCHK*
0

A1 B1
J4

F IRS T M ADE F OR Advantx II

1 0

D ESI GN TIT LE ASC_BACKPLANE

SD(15:0)
DACK(6:0)
CLK

CTRL(16:0)
OSC

ISA_RESET
8 SHT.
2109475SCH
CONT. 9

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

DATE
LA(6:0)
DRQ(6:0)

SA(19:0)
IRQ(10:0)

DESCRIPTION
L
P5V
DAT_15
C18 D18
DAT_14 MASTER16*

6
C17 D17

APPR
DAT_13
C16 D16
3

DAT_12

BY
DRQ_7
C15 D15
6

DAT_11 DACK_7*
6

C14 D14
DAT_10 DRQ_6

15 14 13 12 11 10
C13 D13
5

DAT_9 DACK_6*

9
5

C12 D12
DAT_8 DRQ_5

8
C11 D11
4

MEMW* DACK_5*

5
4

C10 D10
MEMR* DRQ_0

/user/advantx_ii/backplane/asc_backplane/isa_6
C9 D9
0

LADD_0 DACK_0*
0

C8 D8
4

0
LADD_1 IRQ_14
C7 D7

DATE
1
LADD_2 IRQ_15
C6 D6

2
10 9

LADD_3 IRQ_12
C5 D5

3
8

LADD_4 IRQ_11
C4 D4

4
7

LADD_5 IRQ_10
C3 D3

5
6

LADD_6 IOCS16*
7

C2 D2

6
SBHE* MEMCS16*

3
8

C1 D1
5

MADE
I S A
ADD_0

CHECK
A31 B31
0

ADD_1 OSC
A30 B30
1

ADD_2
A29 B29

S L O T
2

ADD_3

Park_C
BALE
A28 B28

6
3

ADD_4 TC
9 10

A27 B27
4

ADD_5 DACK_2*
2

A26 B26
5

ADD_6 IRQ_3
A25 B25
6

6
1

62
ADD_7 IRQ_4
A24 B24
7
2

ADD_8 IRQ_5
A23 B23
8
3

DATE
DATE
ADD_9 IRQ_6
A22 B22
9
4

ADD_10 IRQ_7
A21 B21
5

ADD_11 CLK
A20 B20
ADD_12 REFRESH*
11

A19 B19

14/03/94
ADD_13 DRQ_1
A18 B18
1
7

ADD_14 DACK_1*
1

A17 B17
ADD_15 DRQ_3
A16 B16
3

G E
ADD_16 DACK_3*
3

A15 B15
ADD_17 IOR*
A14 B14
ADD_18 IOW*
A13 B13
ADD_19 SMEMR*
A12 B12
10 11 12 13 14 15 16 17 18 19

AEN
M E D I C A L

SMEMW*
2
12 13 14 15

BLOCK

A11 B11
IOCHRDY
1

A10 B10
8

DAT_0
SHT
0

A9 B9
P12V

DAT_1 ENDXFR*
1
1
16

A8 B8
S Y S T E M S

DAT_2
2

A7 B7
OF
N12V

DAT_3 DRQ_2
3

A6 B6
2

DAT_4
4

A5 B5
N5V

DAT_5 IRQ_2_9
5

A4 B4
0

DAT_6
6

A3 B3
9

DAT_7 ISA_RESET
7

A2 B2
IOCHCHK*
0

A1 B1
J9

F IRS T M ADE F OR Advantx II

1 0

D ESI GN TIT LE ASC_BACKPLANE

OSC

CLK
DACK(6:0)

CTRL(16:0)

SD(15:0)
ISA_RESET
9 SHT.
2109475SCH
CONT. 10

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

PCI_AD(31:0)

PCI_CTRL(22:0)
P5V
2

DATE
A62 B62

A61 B61

DESCRIPTION
A60 B60

A59 B59
AD_00 AD_01
A58 B58

0
1
AD_02
A57 B57

2
AD_03

APPR
A56 B56
3

AD_04 AD_05
A55 B55
3

BY
4
5

AD_06
A54 B54

6
AD_07
A53 B53
7

CBE_0* AD_08
A52 B52
8

22
AD_09
A49 B49

9
AD_10
A48 B48

/user/advantx_ii/backplane/asc_backplane/pci_1
AD_11 AD_12
A47 B47
10 12

AD_13
4

A46 B46

11 13

DATE
AD_14
A45 B45
14

AD_15 CBE_1*
0

A44 B44

15
PAR
A43 B43

21
SERR*
1

A42 B42
SBO*
A41 B41
SDONE PERR*
2

A40 B40

20 19
LOCK*
3
5

A39 B39
STOP*
A38 B38

MADE
P C I
18

CHECK
DEVSEL*
4

A37 B37

( M A S T E R
TRDY*
A36 B36

/
17

S L O T
IRDY*
5

A35 B35

Park_C
1
FRAME*
A34 B34
16

CBE_2*

C P U )
6

A33 B33
AD_16 AD_17
A32 B32
17
6

AD_18
A31 B31

63
16 18

AD_19
A30 B30
AD_20 AD_21
A29 B29

DATE
DATE
19 21

AD_22
A28 B28
20 22

AD_23
A27 B27
23

GNT_2* CBE_3*
7

A26 B26
11

14/03/94
AD_24
A25 B25
24

AD_25
7

A24 B24
AD_26 AD_27
A23 B23
25 27

AD_28
A22 B22
G E
26 28

AD_29
A21 B21
AD_30 AD_31
A20 B20
30
29 31

REQ_2*
A19 B19
10

REQ_0*
0

A18 B18
M E D I C A L
BLOCK

GNT_0*
A17 B17
9
8

CLK_B
1

A16 B16
SHT

RST*
A15 B15
1
15

GNT_1* CLK_A
2

A14 B14
S Y S T E M S
8

OF

A13 B13
1

A12 B12
CLK_D GNT_3*
3

A11 B11
7

REQ_1*
4

A10 B10
CLK_C REQ_3*
5
9

A9 B9
6

INT_D*
8

A8 B8
INT_C* INT_B*
9

A7 B7
INT_A*
A6 B6
14 13

A5 B5

A4 B4
TMS
A3 B3
12

TCK
10

A2 B2
F IRS T M ADE F OR Advantx II

TRST*
1 0

A1 B1
D ESI GN TIT LE ASC_BACKPLANE
11
J20

L
SHT.

PCI_CUST(11:0)
P12V
N12V
2109475SCH
10 CONT. 11

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

PCI_AD(31:0)

PCI_CTRL(22:0)
P5V
2

DATE
A62 B62

A61 B61

DESCRIPTION
A60 B60

A59 B59
AD_00 AD_01
A58 B58

0
1
AD_02
A57 B57

2
AD_03

APPR
A56 B56
3

AD_04 AD_05
A55 B55
3

BY
4
5

AD_06
A54 B54

6
AD_07
A53 B53
7

CBE_0* AD_08
A52 B52
8

22
AD_09
A49 B49

9
AD_10
A48 B48

/user/advantx_ii/backplane/asc_backplane/pci_2
AD_11 AD_12
A47 B47
10 12

AD_13
4

A46 B46

11 13

DATE
AD_14
A45 B45
14

AD_15 CBE_1*
0

A44 B44

15
PAR
A43 B43

21
SERR*
1

A42 B42
SBO*
A41 B41
SDONE PERR*
2

A40 B40

20 19
LOCK*
3
5

A39 B39
STOP*
A38 B38

MADE
P C I
18

CHECK
DEVSEL*
4

A37 B37
TRDY*
A36 B36
17

S L O T
IRDY*
5

A35 B35

Park_C
2
FRAME*
A34 B34
16

CBE_2*
6

A33 B33
AD_16 AD_17
A32 B32
17
6

AD_18
A31 B31

64
16 18

AD_19
A30 B30
AD_20 AD_21
A29 B29

DATE
DATE
19 21

AD_22
A28 B28
20 22

AD_23
A27 B27
23

IDSEL CBE_3*
7

A26 B26

14/03/94
AD_24
A25 B25
31 24

AD_25
7

A24 B24
AD_26 AD_27
A23 B23
25 27

AD_28
A22 B22
G E
26 28

AD_29
A21 B21
AD_30 AD_31
A20 B20
30
29 31

A19 B19
REQ_0*
0

A18 B18
M E D I C A L
BLOCK

GNT_0*
A17 B17
9
8

CLK_A
2

A16 B16
SHT

RST*
A15 B15
1
15

A14 B14
S Y S T E M S
OF

A13 B13
1

A12 B12

A11 B11

A10 B10
9

A9 B9
INT_D*
A8 B8
INT_C* INT_B*
13 14

A7 B7
8

INT_A*
A6 B6
9

A5 B5

A4 B4
TMS
A3 B3
12

TCK
10

A2 B2
F IRS T M ADE F OR Advantx II

TRST*
1 0

A1 B1
D ESI GN TIT LE ASC_BACKPLANE
11
J19

L
SHT.

PCI_CUST(11:0)
P12V
N12V
2109475SCH
11 CONT. 12

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

PCI_AD(31:0)

PCI_CTRL(22:0)
P5V
2

DATE
A62 B62

A61 B61

DESCRIPTION
A60 B60

A59 B59
AD_00 AD_01
A58 B58

0
1
AD_02
A57 B57

2
AD_03

APPR
A56 B56
3

AD_04 AD_05
A55 B55
3

BY
4
5

AD_06
A54 B54

6
AD_07
A53 B53
7

CBE_0* AD_08
A52 B52
8

22
AD_09
A49 B49

9
AD_10
A48 B48

/user/advantx_ii/backplane/asc_backplane/pci_3
AD_11 AD_12
A47 B47
10 12

AD_13
4

A46 B46

11 13

DATE
AD_14
A45 B45
14

AD_15 CBE_1*
0

A44 B44

15
PAR
A43 B43

21
SERR*
1

A42 B42
SBO*
A41 B41
SDONE PERR*
2

A40 B40

20 19
LOCK*
3
5

A39 B39
STOP*
A38 B38

MADE
P C I
18

CHECK
DEVSEL*
4

A37 B37
TRDY*
A36 B36
17

S L O T
IRDY*
5

A35 B35

Park_C
3
FRAME*
A34 B34
16

CBE_2*
6

A33 B33
AD_16 AD_17
A32 B32
17
6

AD_18
A31 B31

65
16 18

AD_19
A30 B30
AD_20 AD_21
A29 B29

DATE
DATE
19 21

AD_22
A28 B28
20 22

AD_23
A27 B27
23

IDSEL CBE_3*
7

A26 B26

14/03/94
AD_24
A25 B25
30 24

AD_25
7

A24 B24
AD_26 AD_27
A23 B23
25 27

AD_28
A22 B22
G E
26 28

AD_29
A21 B21
AD_30 AD_31
A20 B20
30
29 31

A19 B19
REQ_1*
4

A18 B18
M E D I C A L
BLOCK

GNT_1*
A17 B17
8
8

CLK_B
1

A16 B16
SHT

RST*
A15 B15
1
15

A14 B14
S Y S T E M S
OF

A13 B13
1

A12 B12

A11 B11

A10 B10
9

A9 B9
INT_D*
9

A8 B8
INT_C* INT_B*
8

A7 B7
INT_A*
A6 B6
13 14

A5 B5

A4 B4
TMS
A3 B3
12

TCK
10

A2 B2
F IRS T M ADE F OR Advantx II

TRST*
1 0

A1 B1
D ESI GN TIT LE ASC_BACKPLANE
11
J18

L
SHT.

PCI_CUST(11:0)
P12V
N12V
2109475SCH
12 CONT. 13

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 H
F
E
D
C
B
A
REV 4

BLOCK
REV 1
MADE BY
1

PCN
PATHNAME
GE MEDICAL SYSTEMS

PCI_AD(31:0)

PCI_CTRL(22:0)
P5V
2

DATE
A62 B62

A61 B61

DESCRIPTION
A60 B60

A59 B59
AD_00 AD_01
A58 B58

0
1
AD_02
A57 B57

2
AD_03

APPR
A56 B56
3

AD_04 AD_05
A55 B55
3

BY
4
5

AD_06
A54 B54

6
AD_07
A53 B53
7

CBE_0* AD_08
A52 B52
8

22
AD_09
A49 B49

9
AD_10
A48 B48

/user/advantx_ii/backplane/asc_backplane/pci_4
AD_11 AD_12
A47 B47
10 12

AD_13
4

A46 B46

11 13

DATE
AD_14
A45 B45
14

AD_15 CBE_1*
0

A44 B44

15
PAR
A43 B43

21
SERR*
1

A42 B42
SBO*
A41 B41
SDONE PERR*
2

A40 B40

20 19
LOCK*
3
5

A39 B39
STOP*
A38 B38

MADE
P C I
18

CHECK
DEVSEL*
4

A37 B37
TRDY*
A36 B36
17

S L O T
IRDY*
5

A35 B35

Park_C
4
FRAME*
A34 B34
16

CBE_2*
6

A33 B33
AD_16 AD_17
A32 B32
17
6

AD_18
A31 B31

66
16 18

AD_19
A30 B30
AD_20 AD_21
A29 B29

DATE
DATE
19 21

AD_22
A28 B28
20 22

AD_23
A27 B27
23

IDSEL CBE_3*
7

A26 B26

14/03/94
AD_24
A25 B25
29 24

AD_25
7

A24 B24
AD_26 AD_27
A23 B23
25 27

AD_28
A22 B22
G E
26 28

AD_29
A21 B21
AD_30 AD_31
A20 B20
30
29 31

A19 B19
REQ_2*
10

A18 B18
M E D I C A L
BLOCK

GNT_2*
A17 B17
11
8

CLK_C
6

A16 B16
SHT

RST*
A15 B15
1
15

A14 B14
S Y S T E M S
OF

A13 B13
1

A12 B12

A11 B11

A10 B10
9

A9 B9
INT_D*
A8 B8
INT_C* INT_B*
14 13

A7 B7
9

INT_A*
A6 B6
8

A5 B5

A4 B4
TMS
A3 B3
12

TCK
10

A2 B2
F IRS T M ADE F OR Advantx II

TRST*
1 0

A1 B1
D ESI GN TIT LE ASC_BACKPLANE
11
J21

L
SHT.

PCI_CUST(11:0)
P12V
N12V
2109475SCH
13 CONT. 14

H
F
E
D
C
B
A
SYSTEM SCHEMATICS
REVOLUTION XR/d FULL DIGITAL

DIRECTION 2357601–100
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

67
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 1 0 SHT. 15 CONT. 16
2109475SCH

A A

REMOTE RESET DETECT

B B
P5V

ASC_OPP_PL(6:0) BIU(13:0)

RT_RST_PR R8 R13
U27 1 R7
4 HCPL2731 2.2K
1.10K 1.10K U7 U2
1% 1% 1 A V 8 2% 74HC14 74ALS1005
0.25W 0.19W
C 9 8 0.25W O
2
OPP_PL_RTB_RST*
1N5817 7 11 10 5 6
0.01U 10
CR4 2 5
50V
10% C M
C RT_RST_NR C
3

ID_CLK
13

D ID_DATA D
P5V
7

P5V P5V

J34
U6
2 1 PCF8582E2N
R7 1
I2C 4 3 2.2K SDA 5
R4
TEST 2% SCL 6
ONLY 0.19W 5 VDD 8 100
6 5
7 PTC A0 1 1%
A1 2 0.25W
E 8 7 E
A2 3
10 9 VSS 4

L L

SERIAL ID PROM

F F

H BLOCK PATHNAME /user/advantx_ii/backplane/asc_backplane/relay_logic BLOCK SHT 2 OF 3 H

REV 1 PCN DESCRIPTION MADE Park_C DATE 14/03/94 D ESI GN TIT LE ASC_BACKPLANE
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR Advantx II

68
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 1 0 SHT. 16 CONT. 17
2109475SCH

A A

RESET CLEAR PULSE EXTENDER

B B

P5V

1 R2
U2 2.2K
2% U21
74ALS1005 LTC1232
4 0.19W
13 12 1 _PBRST _RST 6 U19 U23
2 TD 74HC32 74HC14
3 TOL RST 5 9 P5V
7 _ST 8 11 10
C 10 C

L 1 R7
P5V U22 U7 U2 2.2K

13
74HC74 74HC14 74ALS1005 2%
ISA_RESET 4 0.19W
U19 U23 U25 CPU_RESET*

_CLR
74HC32 74HC14 74HC14 _Q 13 12 1 2
4 8
6 3 4 1 R2 3 4 CLK
5 U19 U2 2.2K 11

_PRE
74HC32 2% U20 YELLOW
RESET_MGR 74ALS1005 LTC1232 D Q
1 2 0.19W P5V 12 9
3 11 10 1 6 TP14
U23 _PBRST _RST

10
74HC14 2 2 TD
3 TOL RST 5 P5V
D CLK 13 12 7 D
_ST

1
L R2 1
R37 U2 2.2K U1 U28

JP2
3.32K 74ALS1005 2% 74HC14 74ALS1005
1% 0.19W 10
0.25W 3 4 EARLY_CPU_RST* SUICIDE_RST* 5 6 9 8
1

U22
2
U23 U28
_CLR

74HC74 L
74HC14 _Q 74ALS1005
6
POK* 5 6 11 10 PWR_OUT_DET*
E CLK E
3
_PRE

PWR_UNIT_OFF*
D Q
2 5 P5V
4

3 5 6 11 0
BIU(13:0)

F F

POWER UNIT OFF DETECT LOCAL RESET PROCESSOR

H BLOCK PATHNAME /user/advantx_ii/backplane/asc_backplane/relay_logic BLOCK SHT 3 OF 3 H

REV 1 PCN DESCRIPTION MADE Park_C DATE 14/03/94 D ESI GN TIT LE ASC_BACKPLANE
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR Advantx II

69
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

70
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 1 0 SHT. 18 CONT. 19
2109475SCH

A A
P5V

TP1
P O W E R P5V P5V P12V P5V
RED
J10
1
TP13 U P S
2 R7 1 1
R7 R29 1 R2
2.2K 2.2K YELLOW J30 6.65K 2.2K
2% 2% 1% U17 2%
3 U2 8 U7 0.25W SN75454B
74ALS1005 74HC14 0.19W 7 10 0.19W 5 0.19W
1 UPS_SHUT_OFF*
4 6 3 _Y1 A1 1 2
3 POK* 4 3 4 3 2
2 B1
B 5 5 _Y2 A2 6 B
7
3 B2 7
6 U2 U7 YELLOW
8
P5V_SENSE 74ALS1005 74HC14 4 TP12 R20 R19 R18
7 9 100 100 100
4 LOW_BATT* 8 9 8 9 1% 1% 1%
P5V_SENSE_RTN 5 0.25W 0.25W 0.25W
8

9
YELLOW
L
10 TP11 L
11 P12V N12V N5V
BIU(13:0)
C 12 C
TP3 TP4 TP8
13
WHITE WHITE WHITE
14

15 TP2 CR15

16 BLACK

17 1N5235B
6.8 V
18

P5V 19
L BIU(13:0)

D U7 U28 D
74HC14 74ALS1005 U P S I N T E R F A C E W I R I N G T A B L E
R35 POK*
1 2 1 2
3
2

6.65K
1% P A R A
0.25W B A C K P L A N E D E L T E C
JP1

S Y S T E M S

NOT USED 1 1 2
1

L C P U _ R E S E T
E POK* 2 2 3 E
J23
1 2 NOT USED 3 3 6

3 4
GND/COMMON 4 4 4
5 6

7 8 LOW_BATT* 5 5 5

9 10
UPS_SHUT_OFF* 6 6 1
11 12
F CPU_RESET* NOT USED 7 7 7 F
13 14

15 16
NOT USED 8 8 8

L NOT USED 9 9 9

H BLOCK PATHNAME /user/advantx_ii/backplane/asc_backplane/connectors BLOCK SHT 2 OF 2 H

REV 1 PCN DESCRIPTION MADE Park_C DATE 14/03/94 D ESI GN TIT LE ASC_BACKPLANE
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR Advantx II

71
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 1 0 SHT. 19 CONT. –
2109475SCH

A A

B B

C C
U28
74ALS1005
13 12

U10
74ALS1005 U24
74HC74 P5V
13 12

4
U10 U23 U26

_PRE
2 D HCPL2731
74ALS1005 74HC14 Q 5
1 A V 8
9 8 1 2 3 CLK O 7

_CLR
D U10 U25 _Q 6 D
74ALS1005 74HC14 2 5
C M

1
5 6 1 2

L L L L

E E

S P A R E S

F F

H BLOCK PATHNAME /user/advantx_ii/backplane/asc_backplane BLOCK SHT 4 OF 4 H

REV 1 PCN DESCRIPTION MADE Park_C DATE 14/03/94 D ESI GN TIT LE ASC_BACKPLANE
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE FOR Advantx II

72
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL A2 – ECM, 2108822

73
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

74
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 2 CONT. 3
2108822–SCH

BIU
A A
SHEET 19
G_TRANS_ENB(15:0) CONNECTOR_BLK
G_TRANS_ENB(15:0)
SHEET 3
BIU_CTRL(8:0)
BIU_CTRL(8:0) G_RT_DATA(15:0)
L O CA L _ R T _ B U S ( 1 5 : 0 ) GLOBAL_RT_BUS(31:0)
LOCAL_RT_BUS(15:0) GLOBAL_RT_BUS(31:0)
GE_BUS(1:0)
DATA1(31:0) GE_BUS(1:0)

ADR_L(25:0) INTERRUPT(30:0)

CLK_RST(11:0)

B B
ETL_LOC_RT(3:0)

CPU
SHEET 9 THRU 18
G_TRANS_ENB(15:0)
ETL_LOC_RT(3:0)
BIU_CTRL(8:0) EXPOSURE_TIMING_LOGIC
SHEETS 20 THRU 27
G_RT_DATA(15:0) LOCAL_RT_BUS(15:0)
C G_RT_DATA(15:0) REAL_TIME_INPUTS(3:0) C
REAL_TIME_INPUTS(3:0)
DATA1(31:0) ETL_LOC_RT(3:0)
DATA1(31:0) LOCAL_RT_BUS(15:0)
ADR_L(25:0)
ADR_L(25:0) ADR_L(25:0) INTERRUPT(30:0)
RESET(1:0)
RESET(1:0) DATA1(31:0) RS232(7:0)
CLK_RST(11:0) RS232(7:0)
CLK_RST(11:0) CLK_RST(11:0)
CONTROL(14:0) SFT_STRT_CONTACTOR*
CONTROL(14:0) CONTROL(14:0) SFT_STRT_CONTACTOR*
ETL_DECODE(16:0)
ETL_DECODE(16:0) ETL_DECODE(16:0)
DIAGNOSTICS(15:0) ETL_PU_CNTRL(7:0)
DIAGNOSTICS(15:0)
INTERRUPT(30:0)
D PWR_CTRL(8:0) PWR_CTRL(8:0) D
ETL_PU_CTRL_STAT(7:0)
DATA2(15:0)

I2C(2:0)
POWER_UNIT_INTERFACE
ETL_PU_CNTRL(7:0) SHEET 28
F2
RS232_SERVICE_PT(6:0)
CONTROL(14:0) RS232_SERVICE_PT(6:0)
RS232_SERVICE_PT(6:0)
DIAGNOSTICS(15:0) INTERRUPT(30:0)
PWR_UNT_IF(30:0)
PWR_CTRL(8:0) PWR_UNT_IF(30:0)
E ISOLATED_POWER(1:0) E
DATA2(15:0) ISOLATED_POWER(1:0)

INTERRUPT(30:0)

I2C(2:0)

F F
D C _ P O W ER _ I N ( 5 : 0 )

POWER_SUPPLY_DECOUPLING
UNUSED_DEVICES_AND_SPARES
SHEET 29 THRU 30
DC_POWER_IN(5:0)

H BLOCK PATHNAME /user/advantx_ii/ecm_ASM.cab/ecm_pwb BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE J. Dwyer DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 /3

1 2 3 4 5 6 7 8 9 1 0 1 1

75
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 3 CONT. 4
2108822–SCH

PU_BUS_PROTECTION RT_TERMINATION
SHEET 4 RT_BUS_PROTECTION SERIES_RES
PU_IF_CONN(30:0) PWR_UNT_IF(30:0) RT_OUT(31:0) GLOBAL_RT_BUS(31:0)
A A
J12 J31
1 1 RTB1_N* RTB1_P* 0
1 26
1 RTB2_N* RTB2_P*
3 2
20 2 27
2 RTB3_N* RTB3_P*
5 4
21 3 28
3 RTB4_N* RTB4_P* 1
7 6
22 4 29 SHEET 5 SHEET 6 SHEET 7
HV_ON_PU–P 4 9 RTB5_N* RTB5_P* 8
8 23 5 30
HV_ON_PU–N 9
5 RTB6_N* RTB6_P* 10
24 11 6 31
EXP_EN*–P 6 RTB7_N* RTB7_P* 12
0 25 13 7 32
B EXP_EN*–N 1 B
PU_EXT_SYNC–P 7 RTB8_N* RTB8_P* 14
2 26 15 8 33
PU_EXT_SYNC–N 3
RAD_PULSE*–P 8 RTB9_N* RTB9_P* 16
7 17
27 RAD_PULSE*–N 9 34
9 6
5 EXP_CMND*–P 19 RTB10_N* RTB10_P* 18
28 EXP_CMND*–N 10 35
10 4
12 RXCLK–P 21 RTB11_N* RTB11_P* 20
29 RXCLK–N 11 36
11 13
18 TXCLK–P 23 RTB12_N* RTB12_P* 22
30 TXCLK–N 12 37
12 19
14 SERVREQ–P 25 RTB13_N* RTB13_P* 24
31 SERVREQ–N 13 38
13 15
10 PURX–P 27 RTB14_N* RTB14_P* 26
32 PURX–N 14 39
14 11
C 20 PU_RST–P 29 RTB15_N* RTB15_P* 28 C
33 PU_RST–N 15 40
15 21
16 PUTX–P 31 RTB16_N* RTB16_P* 30
34 PUTX–N 16 41
16 17
1 RESET–N RESET–P 0
35 17 42
17
36 18 43
9.2VDC_RTN_KERNEL 18
1 37 19 44
9.2VDC_KERNEL_REMOTE 0
19
12VP 20 45 J8
Plug_Pin 21 46
Straight 0 RESET–P
ARTB1–N ARTB1–P 1
37–Pos_Sub–D 0 22 47 1 6
1 RESET–N
VDC_24_KERNEL PREP_SW 2
D 2 D
23 48 7
EXP_SW VDC_24_RTN_KERNEL 3
3 24 49 8
ISOLATED_POWER(1:0) 2 PREP_SW
4
25 50 12VN EXP_SW 9
3 5
SHIELD_GND_KERNEL
51 52 G2
G1
1 Rec–Soc L
Rt–Angle L L
50–Pos_CHAMP
Rt–Angle
REAL_TIME_INPUTS(3:0) 9–Pos_Sub–D_Emi
E DC_POWER_IN(5:0) Plug–Pin E
RESET(1:0)

J25

VCC_IN 1 J14 J15

0 1
9
DCD 4
2 DSR 1 1
10 6 J13 6
RXD* 0 0 RD_2*
3 RTS 2 2
11 3 7 7 RTS_2 1
TXD* 1 SFT_STRT_CONTACTOR* 12VP 2 TD_2*
4 CTS 3 1 3
12 12VP_IN 2 8 V CC 6 8 CTS_2 3
DTR 5 4 DTR_2
5 4 2 4
F 13 9 7 9 F
2
6 5 3 R11 5
14 G2 8 4.75K G2
0 I2C_CLK
7 G1 4 G1
L
15 12VN_IN 3 I2C_DATA 9
8 1 5 L
L Rec–Soc L TG Rec–Soc 1
G2 G2 = Transient Ground 1
Rt–Angle 12VN L 2 Rt–Angle
G1 I2C(2:0) G1
9–Pos_Sub–D_Emi 9–Pos_Sub–D_Emi
L L
Plug–Pin L L Rec–Soc 2 = Transient Ground 2
RS232(7:0) RS232_SERVICE_PT(6:0) TG
Rt–Angle Rt–Angle
15–Pos_Sub–D_Emi 9–Pos_Sub–D_Emi

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/connector_blk BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E J.Dwyer DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 3 /4

1 2 3 4 5 6 7 8 9 1 0 1 1

76
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

77
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 5 CONT. 6
2108822–SCH

R_P(31:0) RT_OUT(31:0)
A A
16 V+ 16 V+ 16 V+ 16 V+

CR12 CR12 CR12 CR12

SP720 SP720 SP720 SP720
0 IN 1 IN 2 IN 3 IN
7 6 10 11

8 V– 8 V– 8 V– 8 V–

16 V+ 16 V+ 16 V+ 16 V+

B CR12 CR12 CR12 CR12 B

SP720 SP720 SP720 SP720
4 IN 5 IN 6 IN 7 IN
5 4 12 13
16 V+ 16 V+ 16 V+ 16 V+ 16 V+ 16 V+

CR10 CR10 CR10 CR10 CR10 CR10 8 V– 8 V– 8 V– 8 V–

SP720 SP720 SP720 SP720 SP720 SP720
16 V+ 16 V+ 16 V+ 16 V+
IN IN IN IN IN IN
1 6 7 9 10 11 CR12 CR12 CR12 CR12
SP720 SP720 SP720 SP720
C 8 IN 9 IN 10 IN 11 IN C
8 V– 8 V– 8 V– 8 V– 8 V– 8 V– 3 2 14 15

L L L L L L 8 V– 8 V– 8 V– 8 V–
16 V+ 16 V+ 16 V+ 16 V+

CR11 CR11 CR11 CR11

SP720 SP720 SP720 SP720
12 IN 13 IN 14 IN 15 IN
7 6 10 11

D D
8 V– 8 V– 8 V– 8 V–
POS_TVS_CLAMP 16 V+ 16 V+ 16 V+ 16 V+
V+ 16 V+ 16
CR11 CR11 CR11 CR11
CR10 CR10 SP720 SP720 SP720 SP720
CR13 16 V+ 16 V+ 16 V+ 16 V+ SP720 SP720
2 16 IN 17 IN 18 IN 19 IN
10.0V 28 29
CR12 CR12 CR11 CR11 IN IN 5 4 12 13
SMBJ10 SP720 SP720 SP720 SP720 3 2
1
IN IN IN IN
9 1 9 1 8 V– 8 V– 8 V– 8 V–
E V– 8 V– 8 E
16 V+ 16 V+ 16 V+ 16 V+

8 V– 8 V– 8 V– 8 V– CR11 CR11 CR11 CR11

SP720 SP720 SP720 SP720
V+ 16 V+ 16
NEG_TVS_CLAMP 20 IN 21 IN 22 IN 23 IN
CR10 CR10 3 2 14 15
SP720 SP720
L L L L 30 31
IN IN
1 CR9 14 15 8 V– 8 V– 8 V– 8 V–
SMBJ5.0
5.0V 16 V+ 16 V+ 16 V+ 16 V+
F 2 F
V– 8 V– 8 CR10 CR10 CR10 CR10
SP720 SP720 SP720 SP720
24 IN 25 IN 26 IN 27 IN
5 4 12 13

8 V– 8 V– 8 V– 8 V–

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/connector_blk/rt_bus_protection BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E J.Dwyer DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 5 /6

1 2 3 4 5 6 7 8 9 1 0 1 1

78
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 6 CONT. 7
2108822–SCH

A A

B B

S_R(31:0)
R_P(31:0)

C C

L
R239 R284 R236 R281 R233 R278 R230 R275 R227 R272 R224 R269 R221 R266 R218 R263
332 332 332 332 332 332 332 332 332 332 332 332 332 332 332 332
1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1%
0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31

D D
R240 R285 R237 R282 R234 R279 R231 R276 R228 R273 R225 R270 R222 R267 R219 R264
150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150
1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1%
0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W 0.25W

0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30

R241 R286 R238 R283 R235 R280 R232 R277 R229 R274 R226 R271 R223 R268 R220 R265
VC C 332 332 332 332 332 332 332 332 332 332 332 332 332 332 332 332
1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1%
0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W 0.125W
E E

F F

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/connector_blk/rt_termination BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 1 B 6 /7

1 2 3 4 5 6 7 8 9 1 0 1 1

79
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 7 CONT. 8
2108822–SCH

A A

GLOBAL_RT_BUS(31:0)

33.2
1%
0.100W
0 R188 RTB1_P 0
1 R187 RTB1_N 1
B B
2 R163 RTB2_P 2
3 R162 RTB2_N 3
4 R186 RTB3_P 4
5 R185 RTB3_N 5
6 R161 RTB4_P 6
7 R160 RTB4_N 7
8 R184 RTB5_P 8
C 9 R183 RTB5_N 9 C
10 R159 RTB6_P 10
11 R158 RTB6_N 11 S_R(31:0)

12 R182 RTB7_P 12
13 R181 RTB7_N 13
14 R157 RTB8_P 14
15 R156 RTB8_N 15
16 R180 RTB9_P 16

D 17 R179 RTB9_N 17 D
18 R155 RTB10_P 18
19 R154 RTB10_N 19
20 R178 RTB11_P 20
21 R177 RTB11_N 21
22 R153 RTB12_P 22
23 R152 RTB12_N 23
E 24 R176 RTB13_P 24 E

25 R175 RTB13_N 25
26 R151 RTB14_P 26
27 R150 RTB14_N 27
28 R174 RTB15_P 28
29 R173 RTB15_N 29
30 R149 RTB16_P 30
31 R148 RTB16_N 31
F F

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/connector_blk/series_res BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 7 /8

1 2 3 4 5 6 7 8 9 1 0 1 1

80
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

81
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

82
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 10 CONT. 11
2108822–SCH

A A

A_D(19:0)
U57
SN74ABT16373
R117 INT_A1
24 _OC1
1 _OC2 68.1
25 _C1
48 AL2(19:0)
_C2
L
1 A_D1 47 1A1 1Y1 2 0
1 A_D1 46 1A2 1Y2 3 1
2 44 1A3 1Y3 5 2
3 43 1A4 1Y4 6 3
4 41 2A1 2Y1 8 4
B 5 40 2A2 2Y2 9 5 B
6 38 2A3 2Y3 11 6
7 37 2A4 2Y4 12 7
8 36 3A1 3Y1 13 8
9 35 3A2 3Y2 14 9
10 33 3A3 3Y3 16 10
11 32 3A4 3Y4 17 11
12 30 4A1 4Y1 19 12
13 29 4A2 4Y2 20 13
14 27 4A3 4Y3 22 14
15 A_D15 26 4A4 4Y4 23 15

U50
SN74ABT16373
C 24 C
_OC1
1 _OC2
25 _C1
48 _C2
16 A_D16 47 1A1 1Y1 2 16
17 46 1A2 1Y2 3 17
18 44 1A3 1Y3 5 18
19 A_D19 43 6 19 A1_NPX
1A4 1Y4
1 A_D1 41 2A1 2Y1 8
2 A_D2 40 9 A2_NPX
2A2 2Y2
2 A_D2 38 2A3 2Y3 11 A2_SCC 25
1 A_D1 37 2A4 2Y4 12 A1_SCC 24
4 A_D4 36 3A1 3Y1 13 A4_SERIAL 23
3 A_D3 35 3A2 3Y2 14 A3_SERIAL 22
2 A_D2 33 3A3 3Y3 16 A2_SERIAL 21
D 1 A_D1 32 3A4 3Y4 17 A1_SERIAL 20 D
16 A_D16 30 4A1 4Y1 19 A16 16
17 29 4A2 4Y2 20 17
18 27 4A3 4Y3 22 18
ALE_2 19 A_D19 26 23 A_19 19
4A4 4Y4

U54 ADR_L(25:0)
SN74ABT16373
24 _OC1
1 _OC2
25 _C1
48 _C2
E R118 A_D0 A0 E
332 0 47 1A1 1Y1 2 0
1% 1 46 1A2 1Y2 3 1
0.100W 2 44 5 2
1A3 1Y3
3 43 1A4 1Y4 6 3
4 41 2A1 2Y1 8 4
5 40 2A2 2Y2 9 5
L 6 38 2A3 2Y3 11 6
7 37 2A4 2Y4 12 7
8 36 3A1 3Y1 13 8
9 35 3A2 3Y2 14 9
10 33 3A3 3Y3 16 10
11 32 3A4 3Y4 17 11
12 30 4A1 4Y1 19 12
13 29 4A2 4Y2 20 13
F 14 27 4A3 4Y3 22 14 F
15 A_D15 26 23 A15 15
4A4 4Y4

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/address_latch BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 0 /1 1

1 2 3 4 5 6 7 8 9 1 0 1 1

83
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 11 CONT. 12
2108822–SCH

10 DT_R U47 DATA1(31:0)

0 XCEIVER_1A_EN* 74ABT16245–1
A 1 XCEIVER_1B_EN* 1 DIR1 VCC A
24 DIR2
48 _G1 R97
A_D(19:0) 25 _G2
10K 16
0 47 1A1 1Y1 2 0
1 46 1A2 1Y2 3 1 5
2 44 1A3 1Y3 5 2 6
3 43 1A4 1Y4 6 3 8
4 41 2A1 2Y1 8 4 7
5 40 2A2 2Y2 9 5 4
6 38 2A3 2Y3 11 6 3
7 37 2A4 2Y4 12 7 2
0 36 13 8 1 R93
3A1 3Y1
1 35 3A2 3Y2 14 9 15 10K
2 33 3A3 3Y3 16 10 14 2%
B 3 32 3A4 3Y4 17 11 13 0.08W B
4 30 4A1 4Y1 19 12 12
5 29 4A2 4Y2 20 13 11
6 27 4A3 4Y3 22 14 10
7 26 4A4 4Y4 23 15 9

10 DT_R
U56
74ABT16245–1
2 XCEIVER_2_EN* 1 DIR1 VCC
24 DIR2
48 _G1
C 25 R116 C
_G2
10K 16
0 47 1A1 1Y1 2 16
1 46 1A2 1Y2 3 17 8
2 44 1A3 1Y3 5 18 9
3 43 1A4 1Y4 6 19 4
4 41 2A1 2Y1 8 20 3
5 40 2A2 2Y2 9 21 7
6 38 2A3 2Y3 11 22 10
7 37 2A4 2Y4 12 23 2
8 36 13 24 6 R127
3A1 3Y1
9 35 3A2 3Y2 14 25 1 10K
10 33 3A3 3Y3 16 26 13 2%
11 32 3A4 3Y4 17 27 11 0.08W
12 30 4A1 4Y1 19 28 5
13 29 4A2 4Y2 20 29 14
D 14 27 4A3 4Y3 22 30 15 D
15 26 4A4 4Y4 23 31 12

10 DT_R

3 XCEIVER_3A_EN*
CPU_FPGA(20:0)
4 XCEIVER_3B_EN*
XCEIVER_CTRL(4:0) U55
74ABT16245–1 DATA2(15:0)
VC C 1 DIR1 VCC
E 24 E
DIR2
48 _G1
R114 25 R115
_G2
16 10K 10K 16
0 47 1A1 1Y1 2 0
1 1 46 1A2 1Y2 3 1 9
2 2 44 1A3 1Y3 5 2 10
4 3 43 1A4 1Y4 6 3 7
13 4 41 2A1 2Y1 8 4 6
3 5 40 2A2 2Y2 9 5 11
8 6 38 2A3 2Y3 11 6 12
12 7 37 2A4 2Y4 12 7 5
R125 7 8 36 13 8 13 R126
3A1 3Y1
10K 10 9 35 3A2 3Y2 14 9 4 10K
F 2% 5 10 33 3A3 3Y3 16 10 3 2% F
0.08W 6 11 32 3A4 3Y4 17 11 14 0.08W
14 12 30 4A1 4Y1 19 12 15
9 13 29 4A2 4Y2 20 13 2
11 14 27 4A3 4Y3 22 14 1
15 15 26 4A4 4Y4 23 15 8

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/transceivers BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 1 /1 2

1 2 3 4 5 6 7 8 9 1 0 1 1

84
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 12 CONT. 13
2108822–SCH

A DATA2(15:0) DATA2(15:0) A

U65 1
HM628128LP–8
A_D(19:0)
VC C 1 A2_1 12 A0
2 11 A1
U60 3 10 A2
74ABT245–1 12VP 4 9 A3
U62 5 8 13 D2_0 0
E28F400BX–T–80 A4 IO0
8 A_D8 2 A1 B1 18 D2_0 0 6 7 A5 IO1 14 1
9 5 A2 B2 15 1 CR4 0 FLASH_BYTE* 54 _BYTE 7 6 A6 IO2 15 2
6 14 1N914 1 FLASH_CE* 32 8 5 17 3

2
10 A3 B3 2 _CE A7 IO3
B 11 9 A4 B4 11 3 2 FLASH_WR* 13 _WE 9 27 A8 IO4 18 4 B
12 8 A5 B5 12 4 3 FLASH_OE* 34 _OE 10 26 A9 IO5 19 5
13 7 A6 B6 13 5 14 _PWD 11 23 A10 IO6 20 6
R123 J32 D2_7 7
14 4 A7 B7 16 6 10K 12 25 A11 IO7 21
15 A_D15 3 A8 B8 17 D2_7 7 1 A2_1 31 A0 DQ0 35 D2_0 0 13 4 A12
2 27 A1 DQ1 37 1 14 28 A13
R124

1
GLOBAL_DT_R 1 DIR 3 26 39 2 15 3
A2 DQ2 A14
19 G 2.21K 4 25 A3 DQ3 41 3 16 31 A15
0.125W 5 24 A4 DQ4 45 4 17 2 A16
TYP 6 23 47 5 18 A2_18 1
A5 DQ5 NC
C 7 22 A6 DQ6 49 6 7 SRAM_WR* 29 WE
8 21 A7 DQ7 51 7 8 SRAM_LOW_CS* 22 CS1
4 RESET R120 B Q4 9 10 36 8 30
CLK_RST(11:0) A8 DQ8 CS2
3.74K MMBT3904L 10 9 A9 DQ9 38 9 6 SRAM_OE* 24 OE
11 8 40 10
C R119 A10 DQ10 V CC C
10K E 12 7 A11 DQ11 42 11
13 6 A12 DQ12 46 12
BYTE_WR_SWAP* 5 14 5 A13 DQ13 48 13
15 4 A14 DQ14 50 14
L 16 3 A15 DQ15 52 D2_15 15
12VP 17 55 A16
18 A2_18 20 A17 U64
HM628128LP–8 1
17 VPP
1 A2_1 12 A0
2 11 A1
C116 3 10 A2
4 9 A3
5 8 A4 IO0 13 D2_8 8
0.1U 9
50V 6 7 A5 IO1 14
10% 7 6 15 10
A6 IO2
D 8 5 A7 IO3 17 11 D
9 27 A8 IO4 18 12
L 10 26 A9 IO5 19 13
11 23 A10 IO6 20 14
12 25 A11 IO7 21 D2_15 15
13 4 A12
14 28 A13
15 3 A14
16 31 A15
17 2 A16
10 BYTE_WR_A0 18 A2_18 1 NC
7 SRAM_WR* 29 WE
9 SRAM_HIGH_CS* 22 CS1
30 CS2
E 6 SRAM_OE* 24 E
OE
V CC

AL2(19:0)

MEM_CTRL(10:0)

F F

1 U64 and U65 can accomodate a 128K by 8

or 512K by 8 part

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/memory_blk BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 2 /1 3

1 2 3 4 5 6 7 8 9 1 0 1 1

85
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 13 CONT. 14
2108822–SCH
S2 VC C
PUSHSW_2GND

1 2 R189
R139
A 10 2K A
L 3 4
G1 G2
L L

C151

U66 U75 0.01U

74HCT14 SN74HC05 50V
10%
5 REMOTE_RESET* 5 6 5 6
RS232_SERVICE_PT(6:0)

B U75 B
SN74HC05
DIAGNOSTICS(15:0)
14 CPU_RESET 1 2
RESET(1:0) VC C

0 RESET–P R243 R244 U88

HCPL0700 VCC
3.74K 3.74K C164 R242
C165 VCC 8 2K U66 U75
CR15 2 A 0.01U 74HCT14 SN74HC05
0.1U PMLL4150 50V
50V VO 6 10% 1 2 3 4
10% R190
1 RESET–N 3 5 U85 4.75K
C C GND 7 C
LTC1232
VB VC C
1 6 RST*
_PBRST _RST
L V CC R209 2 TD
20.5 1% 3 TOL RST 5
0.125W 7 _ST
vcc_for_1232 8 VCC GND 4

L
CLK_4MEG

IO_CTRL(15:0) 7 8

D D
VC C 11 DIP_SWITCH_EN*

R29 U7
R10 R8 R5 R4 R9 R7 R6 R3 SN74ABT16244
2K 2K 2K 2K 2K 2K 2K 2K 332
S1 1 _G1
DIPSW8 48 _G2
DP0 L 25
E _G3 E
8 9 24 _G4
DP1
7 10 47 1A1 1Y1 2 8
DP2 46 1A2 1Y2 3 9
6 11 44 1A3 1Y3 5 10
DP3 43 1A4 1Y4 6 11
5 12 41 2A1 2Y1 8 12
DP4 40 2A2 2Y2 9 13
4 13
13 38 11 14
2A3 2Y3
DP5 37 2A4 2Y4 12 15
3 14 16 36 13 0
3A1 3Y1
DP6 17 35 3A2 3Y2 14 1
2 15
15 18 33 16 2
3A3 3Y3
DP7 19 32 3A4 3Y4 17 3
F 1 16
16 20 30 19 4 F
4A1 4Y1
21 29 4A2 4Y2 20 5
22 27 4A3 4Y3 22 6
L 23 26 4A4 4Y4 23 7
IO_DATA_BUS(7:0)

DATA1(31:0)

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/input_output_blk BLOCK SHT 1 OF 3 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 3 /1 4

1 2 3 4 5 6 7 8 9 1 0 1 1

86
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 14 CONT. 15
2108822–SCH
VC C

U61
74ABT244 DATA2(15:0)
A R96 16 16 16 16 16 16 16 0 2A4 2Y4 D2_0 0 A
R128 1 1
10K 10K 17 2A3 2Y3 3
2% 1% 2 15 2A2 2Y2 5 2 U3
0.08W 2 3 4 5 6 7 8 0.100W 3 13 7 3 74FCT2273AT_UTF
J11 2A1 2Y1
4 11 1A4 1Y4 9 4
MP0 0 5 8 1A3 1Y3 12 5 0 3 1D 1Q 2 0
1 6 6
6 1A2 1Y2 14 1 4 2D 2Q 5 1
MP1 1 7 4 1A1 1Y1 16 D2_7 7 2 7 3D 3Q 6 2
2
2 18 3 8 4D 4Q 9 3
MP2 2 _2G 4 13 5D 5Q 12 4 VLED
3
10 MANUF_PT* 19 _1G 5 14 6D 6Q 15 5 <<––– CPU LED PORT
MP3 3 1 6 17 7D 7Q 16 6
4
7 18 8D 8Q 19 7
MP4 4 DS12
5 PRD_LED_BUS(7:0)
1 CLR 555–4403
MP5 5 11 CLK 0 2 1
6
B 1 4 3 B
MP6 6 TYP 2 6 5
7
5 CPU_PRD_LEDS* 3 8 7
MP7 7
8 J10 YELLOW 2 0 4 H ( I / O )
DS11
9 1
Manufacturing Port U22 555–4403
Hdr–Soc 74FCT2273AT_UTF 2 4 2 1
0000H I/O 5 4 3
Straight
9–Pos L 0 3 1D 1Q 2 SD_1 6 6 5
3
1 4 2D 2Q 5 SD_2 7 8 7
2 7 3D 3Q 6 SD_3 4
3 8 9 SD_4 YELLOW
4D 4Q
4 13 5D 5Q 12 SD_5
5
5 14 6D 6Q 15 SD_6
C 6 17 16 SD_7 C
7D 7Q 6
7 18 8D 8Q 19 SD_8
7
1 CLR
11 CLK 8
TYP 2 0 8 H ( I / O )
4 SFT_DEBUG_PT* 9
U13 <<––– SOFTWARE DEBUG PORTT
74FCT2273AT_UTF Hdr–Soc
Straight
0 3 1D 1Q 2 0 L 9–Pos
1 4 2D 2Q 5 1
2 7 3D 3Q 6 2 VLED
3 8 4D 4Q 9 3
4 13 5D 5Q 12 4 – 2 0 % – 1 0 % – 5 % + / – 2 % + 5 % + 1 0 % + 2 0 % + 3 0 %
5 14 6D 6Q 15 5
D 6 17 7D 7Q 16 6 D
7 18 8D 8Q 19 7 DS4 DS3 DS9 DS1
555–2007 555–2303 555–2007 555–2007
1 CLR DS8 RED DS2 GREEN DS7 RED DS5 RED
11 CLK 555–2007 555–2403 555–2403 555–2007
TYP RED YELLOW YELLOW RED
3 WR_ABC_LEDS*
U37 0 1 2 3 4 5 6 7
74FCT2273AT_UTF PT_BUS(7:0)

0 3 1D 1Q 2
1 4 2D 2Q 5 TEST_INT1 26
2 7 3D 3Q 6 TEST_INT2 29 7 1 F 0 C H ( M E M O R Y )
3 8 4D 4Q 9
E 4 13 12 SCC_LOOP_BK 1 E
5D 5Q
5 14 6D 6Q 15 PWR_UNIT_RESET* 0
6 17 7D 7Q 16 CPU_RESET 14
7 18 8D 8Q 19 2 0 0 H
1 CLR
11 CLK ( I / O )
TYP INTERRUPT(30:0)

1 CPU_TST_PT* DIAGNOSTICS(15:0)
U20
74FCT2273AT_UTF J33
F 0 3 1D 1Q 2 TEST_INT3 7 F
1 4 2D 2Q 5 TEST_INT4 15
2 7 3D 3Q 6 TEST_INT5 23 Plated_Thru
3 8 4D 4Q 9 Mounting_Hole
4 13 5D 5Q 12 .079_Diameter
5 14 6D 6Q 15
IO_CTRL(15:0) 6 17 16 BIT_BUCKET_ERROR_FOR_SW_DIAG CONTROL(14:0)
7D 7Q
7 18 8D 8Q 19 PU_9V_ENAB 14
IO_DATA_BUS(7:0)
1 CLR
0 WR_ETL1_DIAG* 11 CLK
RESET* TYP

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/input_output_blk BLOCK SHT 2 OF 3 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 4 /1 5

1 2 3 4 5 6 7 8 9 1 0 1 1

87
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 15 CONT. 16
2108822–SCH
NOTES:

(1). The software driver for I2C must be

A written with two (nop) cycles after each A

read or write access. This will create

at least 6 T–Cycles between accesses to the

I2C master controller.

(2). The controller is addressable at addresses

02A0 IO and 02A2 IO.

B B

V CC
VCC

U39 R100
PCD8584 10K
L
20 VDD U52
10 VSS 74HCT14
6 CLK_8MEG_6 1 5 3 4 I2C_INT 30
CLK _INT
4 _IACK
C 7 0 INTERRUPT(30:0) C
DB0
12 I2C_WR* 18 _WR DB1 8 1
2 IO_A1 6 A0 DB2 9 2
14 I2C_CS* 17 _CS DB3 11 3
DB4 12 4
13 I2C_RD* 16 _RD DB5 13 5
5 RESET* 19 _RESET DB6 14 6
IO_CTRL(15:0) DB7 15 7
2 DATA1(31:0)
SDA
3 SCL
CLK_RST(11:0)
V CC

D R98 R99 D
2K 2K

R310 I2C_CLK 0
R311 100
I2C_DATA 1
100
I2C(2:0)

E E

F F

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/input_output_blk BLOCK SHT 3 OF 3 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 5 /1 6

1 2 3 4 5 6 7 8 9 1 0 1 1

88
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 16 CONT. 17
2108822–SCH
U4 2
ECM_DECODE_FPGA
ETL_DECODE(16:0)
ACT1020B–1–PL84C
WR_BASED_ON_T3* 76 WR_T3* GA2
A 0 A0 63 ADR0 AEC_CS_EN* 38 AEC_CS_EN* 0 A
1 17 ADR1 ETL1_SEL* 28 ETL1_SEL* 1
2 3 ADR2 SYS_TMR1_CS* 31 SYS_TMR1_CS* 5
3 70 ADR3 SYS_TMR2_CS* 34 SYS_TMR2_CS* 6
4 69 ADR4 SYS_TMR3_CS* 32 SYS_TMR3_CS* 7
5 23 ADR5 ETL2_PORTS_CS* 27 ETL2_PORTS_CS* 8
6 6 ADR6 VG_DUART_CS* 24 VG_DUART_CS* 9
7 21 59 WR_PG_DAC 10 INTERRUPT_CTRL(16:0)
ADR7 WR_PG_DAC
8 50 ADR8 RD_ABC_A–D* 5 RD_ABC_A–D* 14
9 49 81 INT_EN* 15
ADR9 INT_ENB*
10 48 ADR10 MAS_INT_CS* 80 MAS_INT_CS* 8
11 47 ADR11 SLV1_INT_CS* 1 SLV1_INT_CS* 9
12 42 ADR12 SLV2_INT_CS* 84 SLV2_INT_CS* 10
13 41 ADR13 SLV3_INT_CS* 79 SLV3_INT_CS* 11
14 43 ADR14 SLV4_INT_CS* 78 SLV4_INT_CS* 12
15 44 ADR15 INT_DIR 15 INT_DIR 14
B 16 45 ADR16 SPEN 16 SPEN 13 B
17 36 ADR17
18 37 IO_CTRL(15:0)
ADR18
19 A19 39 ADR19 WR_ETL1_DIAG* 13 WR_ETL1_DIAG* 0
7 RESET 29 RESET CPU_TST_PT* 11 CPU_TST_PT* 1
11 ALE 51 9 CPU_PRD_LEDS* 5
ALE CPU_PRD_LEDS*
5 WR_2* 22 WR* WR_ABC_LEDS* 10 WR_ABC_LEDS* 3
13 RD* 20 7 SFT_DEBUG_PT* 4
RD* SFT_DEBUG_PT*
15 INTA* 14 83 DIP_SWITCH_EN* 11
DT_R1 INTA* DIP_SWITCH_EN* MANUF_PT* 10
56 DT_R MANUF_PT* 77
0 PCS0* 2 PCS0* I2C_WR* 71 I2C_WR* 12
4 PCS4* 8 PCS4* I2C_CS* 62 I2C_CS* 14
5 PCS5* 65 PCS5* W_REGB 58 WT_REGB 7
64 CLK_8MEG CLK_4MEG 35
3 CLK_8MEG_3 53
C CLK_RST(11:0) WAIT 2110212PDL ARDY 1 C
54
TS_OUT NT_RDY* R312 CLK_4MEG 7 5
1 WAIT 52 68.1
CONTROL(14:0) R92
332 MEM_CTRL(10:0)
L

U58
74HCT244 SCC_RD* 0
R121
1 _1G
19 SCC_WR* 1
332 _2G
L
D 13 RD* 2 1A1 1Y1 18 SRAM_WR* 7 D
14 WR* 4 1A2 1Y2 16
6 1A3 1Y3 14 SRAM_OE* 6
8 1A4 1Y4 12
10 DT_R 11 9 GLOBAL_DT_R
2A1 2Y1
13 2A2 2Y2 7
R122 GLOBAL_DT_R
15 2A3 2Y3 5
332 17 2A4 2Y4 3
U21 L
SN74ABT16244
R70
1 _G1
332 48 _G2
L V CC 25 _G3
24 _G4
E R69 IO_A1 2 E
R67
47 1A1 1Y1 2 68.1
46 3 R71 I2C_RD* 13
2K 1A2 1Y2
44 1A3 1Y3 5 68.1 R68 INT_INTA*
43 1A4 1Y4 6 0
41 2A1 2Y1 8 68.1
R62 INT_RD*
40 2A2 2Y2 9 2
38 2A3 2Y3 11 68.1
A1_SERIAL R54 INT_WR*
20 37 2A4 2Y4 12 3
36 3A1 3Y1 13 68.1
15 INTA* 35 3A2 3Y2 14
33 3A3 3Y3 16
14 WR* 32 3A4 3Y4 17
30 4A1 4Y1 19 R53
F ADR_L(25:0) 29 20 BIU_RD* 3 F
4A2 4Y2
13 RD* 27 4A3 4Y3 22 68.1 R63 BIU_WR*
26 4A4 4Y4 23 4
68.1

25 A2_SCC 2
CPU_FPGA(20:0) 24 A1_SCC 4
5 PCS5* 3
2 PCS2* 0 PWR_CTRL(8:0)

CHIP_SELECTS(11:0) BIU_CTRL(8:0)

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/control_blk BLOCK SHT 1 OF 2 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 1 6 /1 7

1 2 3 4 5 6 7 8 9 1 0 1 1

89
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 17 CONT. 18
2108822–SCH
U 59

CPU_BIU_FPGA
ACT1240A–PQ144C
A A
2108826–2
XCEIVER_CTRL(4:0)
XCEIVER_1A_EN*78 XCEIVER_1A_EN* 0
XCEIVER_1B_EN*75 XCEIVER_1B_EN* 1
19 A_D19 53 A19 XCEIVER_2_EN*83 XCEIVER_2_EN* 2
18 58 A18 XCEIVER_3A_EN*76 XCEIVER_3A_EN* 3
17 59 A17 XCEIVER_3B_EN*77 XCEIVER_3B_EN* 4
16 57 A16
15 41 A_D15
14 24 A_D14
13 26 A_D13
12 25 A_D12
11 43 A_D11 BYTE_WR_A0 85 BYTE_WR_A0 10
10 42 70 SRAM_HIGH_CS* 9 HALT INDICATOR
A_D10 SRAM_HIGH_CS*
B 9 47 A_D9 SRAM_LOW_CS* 69 SRAM_LOW_CS* 8 (RED) VLED B
8 49 A_D8 BYTE_WR_SWAP* 72 BYTE_WR_SWAP* 5
7 133 A_D7 FLASH_OE* 73 FLASH_OE* 3
6 129 A_D6 FLASH_WR* 86 FLASH_WR* 2
5 134 A_D5 FLASH_CE* 84 FLASH_CE* 1 1
4 135 A_D4 FLASH_BYTE* 74 FLASH_BYTE* 0 DS10
3 120 A_D3 555–2003
2 121 MEM_CTRL(10:0)
A_D2 RED
1 115 2
A_D1
A_D(19:0) 0 A_D0 119 A_D0
15 R15 16 HALT*
G_RT_DATA_15 HALT* 97
14 R14 15 G_RT_DATA_14
13 R13 17 G_RT_DATA_13
12 R12 8 G_RT_DATA_12 CAS_BUS_EN* 7 CAS_BUS_EN* 5
11 R11 38 G_RT_DATA_11
C 10 R10 37 C
G_RT_DATA_10
9 R9 50 G_RT_DATA_9
8 R8 52 G_RT_DATA_8 RTD15 132 RTB16* 15
7 R7 4 123 RTB15* 14 INTERRUPT_CTRL(16:0)
G_RT_DATA_7 RTD14
6 R6 13 G_RT_DATA_6 RTD13 144 RTB14* 13
5 R5 12 G_RT_DATA_5 RTD12 110 RTB13* 12
4 R4 6 G_RT_DATA_4 RTD11 40 RTB12* 11
3 R3 112 G_RT_DATA_3 RTD10 39 RTB11* 10
2 R2 111 G_RT_DATA_2 RTD9 48 RTB10* 9
1 R1 99 G_RT_DATA_1 RTD8 51 RTB9* 8
G_RT_DATA(15:0) 0 R0 109 G_RT_DATA_0 RTD7 143 RTB8* 7
RTD6 142 RTB7* 6
RTD5 1 RTB6* 5
RTD4 141 RTB5* 4
RTD3 107 RTB4* 3
RTD2 104 RTB3* 2
D RTD1 103 RTB2* 1 D
CPU_FPGA(20:0) RTB1* 0
RTD0 108 LOCAL_RT_BUS(15:0)
7 RESET 63 RESET
4 S2* 61 S2* GTE15 33 T15 15
3 S1* 71 S1* GTE14 32 T14 14
2 S0* 68 S0* GTE13 22 T13 13
11 ALE 130 ALE GTE12 23 T12 12
0 BHE 66 BHE GTE11 31 T11 11
12 MCS3* 62 MCS3* GTE10 35 T10 10
CLK_RST(11:0) 5 WR_2* 67 36 T9 9
CPU_WR* GTE9
2 CLK_8MEG_2 125 CLK_8MEG GTE8 34 T8 8
GTE7 131 T7 7
GTE6 124 T6 6
GTE5 139 T5 5
E 140 T4 4 E
GTE4
GTE3 105 T3 3
ETL_LOC_RT(3:0) 122 T2 2
GTE2
GTE1 114 T1 1
0 PRTRG_RTB2 96 PRTRG_RTB2 GTE0 113 T0 0 G_TRANS_ENB(15:0)
1 EXP_SIG_RTB3 98 EXP_SIG_RTB3
2 VG_RTB6 14 VG_RTB6
3 CNTRL_OUT_RTB8 5 CNTRL_OUT_RTB8

WR_T3* 94 WR_BASED_ON_T3*
MRD 82 MRD 2
MWR 95 MWR 3
RD_RTB* 87 RD_RTB* 10

F F

CONTROL(14:0)

GLOBAL_DT_R 4

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/cpu/control_blk BLOCK SHT 2 OF 2 H

REV 1 PCN DESCRIPTION MAD E dwyer_j DATE DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 1 B 1 7 /1 8

1 2 3 4 5 6 7 8 9 1 0 1 1

90
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

91
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

92
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 20 CONT. 21
2108822–SCH

E XP O SUR E TIM I NG L O GI C F UN CTI O NS

A A

DATA1(31:0)

CLK_RST(11:0)
SYSTEM_TIMERS
RESET* SHEET 24 THRU 25
5
RESET* F4
B PWR_SUPPLY_DIAGNOSTIC B
TIMER_CLKS(1:0)
SHEET 22
F2 TIMER_GATES(6:0) DATA1(31:0)
ETL_CNTRL(11:0) ETL_CNTRL(11:0) INTERRUPT(30:0)

ETL_DECODE(16:0) TIMERS(15:1)

INTERRUPT(30:0)

ETL_FPGA_FUNCTIONS
C SHEET_x C
F3
AEC_REFERENCE_UPDATE\
TIMERS(15:1) INTERRUPTS(30:0) ABC VIDEO GAIN CONTROL\
BOARD_ID_AND_SOFT–SCOPE_IF
CLK_RST(11:0) TIMER_CLKS(1:0) RESET* SHEET_x
LOCAL_RT_BUS(15:0) F5
LOCAL_RT_BUS(15:0) TIMER_GATES(6:0) 9 DUART_CS*
DUART_CS* DATA1(31:0)
ADR_L(25:0)
ADR_L(25:0) DATA1(31:0) ETL_CNTRL(11:0)
RS232(7:0)
PREP_EXP_SW(3:0) AEC_RAM_ADR(11:1) AEC_RAM_ADR(11:1) RS232(7:0)
PREP_EXPOSE_SW_RCVRS
SHEET 21 ETL_DECODE(16:0) ETL_CNTRL(11:0) CONTROL(14:0)
F1
CONTROL(14:0) AEC_CONTROL(14:0) AEC_CONTROL(14:0)
D PREP_EXP_SW(3:0) D
REAL_TIME_INPUTS(3:0) ETL_PU_CNTRL(7:0)
REAL_TIME_INPUTS(3:0) ETL_LOC_RT(3:0)
ETL_LOC_RT(3:0)
SFT_STRT_CONTACTOR*
SFT_STRT_CONTACTOR*

CONTROL(14:0)

ETL_DECODE(16:0) ABC_AEC_CONTROL
SHEET_x
F?
E CONTROL(14:0) E

ETL_DECODE(16:0)

ETL_CNTRL(11:0)
0 ARTB1–N AEC_CONTROL(14:0)
ARTB1–N
1 ARTB1–P DATA1(31:0)
ARTB1–P

ETL_PU_CNTRL(7:0)
F F

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/etl BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E F.BOEHM DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 0 /2 1

1 2 3 4 5 6 7 8 9 1 0 1 1

93
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

94
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 22 CONT. 23
2108822–SCH

P O W E R S U P P L Y D I A G N O S T I C S
A (F2) A

VC C

B R247 R248 B
1.0K 1.0K
L
V CC

12VP

5 R213
B 2K
3 8 ETL_CNTRL(11:0)
R215 I– V+ 6
200K
BS 7 12VP_OK 10
POWER O.K. WHEN OUT
C +12VDC > 10.8V V– C
2 I+GND AR11
POWER NOT O.K. WHEN 4 LM311
+12VDC < 8.0V R216 1
73.2K
L
1
L
R214
1M

V CC

VCC
D R211 D
5 2K
B 8 U63
R246 3 74HCT14
I–V+ 6
42.2K
BS 7 9 8 12VN_OK 11
POWER O.K. WHEN OUT
–12VDC < –10.8V V–
2 I+GND AR10
POWER NOT O.K. WHEN 4 LM311
–12VDC > –8.0V R245 1
200K
L
1

E R212 E
12VN 1M

F F

1 Voltages indicted are worst case assuming

Vcc(min) = 4.75V or Vcc(max) = 5.25V and worst
case resistance values

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/etl/pwr_supply_diag BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E F.BOEHM DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 2 /2 3

1 2 3 4 5 6 7 8 9 1 0 1 1

95
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 23 CONT. 24
2108822–SCH
EXP O SU RE TI MI N G LO G IC FU N CT IO N S FP G A
(F3)
ADR_L(25:0) ETL_CNTRL(11:0)
A U40 A
20 A1_SERIAL 1 AEC_RAM_ADR(11:1)
ETL_FUNCTIONS_FPGA
21 A2_SERIAL 2 IO48 115 12VP_OK 10
22 A3_SERIAL 3 ACT1280A_PQ160C 12VN_OK
GA1 IO49 112 11
DATA1(31:0)
23 A4_SERIAL 4 IO90 19 WR_9513* 7
IO91 25 RD_9513* 6
1 A1 5 92 IO64
2 87 IO65 IO75 52 RAM_ADR1 1
3 90 53 2 ETL_PU_CNTRL(7:0)
IO66 IO76
4 67 IO67 IO77 50 3
5 55 IO68 IO78 68 4
CONTROL(14:0) 6 34 56 5 TIMER_CLKS(1:0)
U46 IO69 IO79
74HCT14 7 33 IO70 IO80 36 6
8 46 IO71 IO81 37 7 VC C 12VP
2 MRD 13 12 9 45 IO72 IO82 47 8
B U46 10 43 IO73 IO83 42 9 B
74HCT14 11 A11 39 IO74 IO84 41 10
IO85 48 RAM_ADR11 11 R16 R2
3 MWR 1 2 U1 10K 4.75K
RD* 8 18 IO88 IO6 131 DAT0 16 74HCT14 E 1% CR1
WR* 9 29 132 17 0.125W PMLL4150
IO89 IO7 SOFT_START 1 R17 Q2
1 WAIT 22 IO5 IO8 111 18 2
10 RD_RTB* 108 110 19 B MMBT2907A DS6
IO51 IO9 2K
TIMERS(15:1) 107 20 555–2403
IO10
IO11 104 21 C YELLOW
1 TIMER1 94 IO108 IO12 106 22
2 102 IO109 IO13 103 23 R1 SFT_STRT_CONTACTOR*
3 105 IO110 IO14 141 24 1.21K
4 113 IO111 IO15 142 25 1% C
5 122 144 26 0.500W
C IO112 IO16 Q1 C
6 100 IO113 IO17 149 27 B
7 91 51 28 MMBT3904L
IO114 IO18
8 17 IO115 IO19 146 29 C8 R15
9 12 IO116 IO20 143 30 10K E
10 13 IO117 IO21 147 DAT15 31 0.1U
11 10 IO118 50V
12 96 IO119 IO28 63 EXP_CMND 2 10%
13 97 IO120 IO29 65 RAD_PULSE 3
14 93 IO121 IO37 82 EXP_EN* 0
15 TIMER15 24 IO122 IO39 16 PU_EXT_SYNC 1
IO26 79 HV_ON_PU 5 12VN
IO44 15 CLK_100KHZ_TMR* 1
PREP_EXP_SW(3:0) 14 CLK_4MHZ_TMR* 0 TIMER_GATES(6:0)
IO47
IO52 137
0 PREP_SW1 83 IO22 EXP_CMND 5
1 PREP_SW2 158 IO23 IO1 133 GATE_TEST 6
D 2 EXP_SW1 81 IO24 IO33 78 PRTRG_TMR_GT1 0 D
3 EXP_SW2 157 66 PRTRG_TMR_GT2 1 ETL_LOC_RT(3:0)
IO25 IO34
IO35 123 PRTRG_TMR_GT3 2
ETL_DECODE(16:0) 70 3 EXP_SIG_RTB3 1
IO30
TP5
0 AEC_CS_EN* 28 IO56 IO4 62 CNTRL_OUT_RTB8 3
1 ETL1_SEL* 85 IO86 IO36 128 PRTRG_RTB2 0 YELLOW
CLK_RST(11:0) 8 ETL2_PORTS_CS* 101 IO87 VG_RTB6
IO55 76 2
AEC_CONTROL(14:0)
5 RESET* 9 IO2 74 VID_GAIN_CMND 6
CLK_8MEG_1 IO50
1 21 CLK IO53 136 DIAG1_2 11
IO54 73 DIAG2_2 12
LOCAL_RT_BUS(15:0) 124 ABC_SMPL_RDY 4
IO27 U34
IO42 129 START_CONV 5 74HCT14
E 0 RTB1* 116 84 AEC_TRIP 10 E
IO92 IO57 INTERRUPTS(30:0)
1 117 IO93 IO58 154 AEC_RST* 9 3 4 ABC_SMPL_RDY* 4
2 95 IO94 IO59 31 RAM_CS* 0
3 127 IO95 IO60 27 RAM_RD* 1
4 119 IO96 IO61 26 RAM_WR* 2 4 ABC_SMPL_RDY 5
5 121 IO97 IO62 32 RAM_XCVR* 3 U1
6 118 IO98 IO63 134 CLK_LUT_REG 7 74HCT14
7 126 IO99
8 151 IO100 9 8 EXP_SIGNAL* 19
9 152 IO101
10 1 IO102 IO3 148 RECIPE_PROCESS* 12
11 153 IO103 IO31 156 PREP_EXP_TRANS 1
12 4 IO104 IO38 77 FLUOR0_TMO 13
13 7 IO105 2110213PDL IO40 71 WTCHDG_TMO 4
F 14 8 IO106 IO41 75 EXP_STRETCHED 18 F
15 RTB16* 3 IO107 IO45 72 CLK_50MS 17
TST_CLK TS_OUT
88 5
R102 R91 4
332 332 EXP_GATE* 20

L L 0 RCPTR_RDY_LOSS 2

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/etl/etl_fpga BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E F.BOEHM DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 3 /2 4

1 2 3 4 5 6 7 8 9 1 0 1 1

96
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 24 CONT. 25
2108822–SCH
E C M S Y S T E M T I M E R S
(F4) V CC

A A
ETL_CNTRL(11:0) R84
U34 7.15K
74HCT14
6 X1 FOUT 8
11 10 13 CLK_4MEG_TMR 7 X2 U29
OUT1 4 TIMER1 1
ETL_DECODE(16:0) 7 WR_9513* 11 2 TIMER2 2
_WR OUT2
6 RD_9513* 13 _RD OUT3 44 TIMER3 3
TIMER_CLKS(1:0) 5 A1 10 C_D OUT4 42 TIMER4 4
5 SYS_TMR1_CS* 12 _CS OUT5 41 TIMER5 5
TIMER_GATES(6:0)
AM9513A
DB0 15 DAT0 16
U24 37 S1 DB1 16 17
74FCT2273AT_UTF 36 S2 DB2 17 18
35 S3 DB3 18 19
B 3 1D 1Q 2 34 S4 DB4 19 20 B
4 2D 2Q 5 L 33 S5 DB5 20 21
L 7 3D 3Q 6 DB6 21 22
0 PRTRG_TMR_GT1 8 4D 4Q 9 1 TM1_G1 5 G1 DB7 22 23
1 PRTRG_TMR_GT2 13 5D 5Q 12 2 TM1_G2 43 G2 G1A_DB8 23 24
2 PRTRG_TMR_GT3 14 6D 6Q 15 3 TM1_G3 40 G3 G2A_DB9 25 25
3 EXP_SIG_RTB3 17 7D 7Q 16 4 TM1_G4 39 G4 G3A_DB10 26 26
4 ABC_SMPL_RDY* 18 8D 8Q 19 5 TM1_G5 38 G5 G4A_DB11 27 27
G5A_DB12 28 28
1 CLR V CC DB13 29 29
0 CLK_4MHZ_TMR* 11 CLK DB14 30 30
DB15 31 DAT15 31
TYP
R51
C U34 7.15K C
74HCT14
6 X1 FOUT 8
1 CLK_100KHZ_TMR* 13 12 14 CLK_100KHZ_TMR2 7 X2 U10
OUT1 4 TIMER6 6
11 _WR OUT2 2 TIMER7 7
13 _RD OUT3 44 TIMER8 8
10 C_D OUT4 42 TIMER9 9
6 SYS_TMR2_CS* 12 _CS OUT5 41 TIMER10 10
AM9513A
DB0 15 DAT0 16
U6 37 S1 DB1 16 17
74FCT2273AT_UTF 36 S2 DB2 17 18
35 S3 DB3 18 19
3 1D 1Q 2 34 S4 DB4 19 20
U1 4 2D 2Q 5 L 33 S5 DB5 20 21
74HCT14 L 7 3D 3Q 6 DB6 21 22
D 8 4D 4Q 9 6 TM2_G1 5 G1 DB7 22 23 5 TIMER5 9 D
13 12 13 5D 5Q 12 7 TM2_G2 43 G2 G1A_DB8 23 24 6 TIMER6 16
EXP_SIGNAL* 14 6D 6Q 15 8 TM2_G3 40 G3 G2A_DB9 25 25 9 TIMER9 22
5 EXP_CMND 17 16 9 TM2_G4 39 26 26 10 TIMER10 21
7D 7Q G4 G3A_DB10
6 GATE_TEST 18 8D 8Q 19 10 TM2_G5 38 G5 G4A_DB11 27 27 15 TIMER15 10
G5A_DB12 28 28
RESET* 1 CLR V CC DB13 29 29
11 CLK DB14 30 30
31 DAT15 31 INTERRUPT(30:0)
TYP DB15

R74
U34 7.15K
74HCT14
6 X1 FOUT 8
E 9 8 15 CLK_100KHZ_TMR3 7 E
X2 U31
OUT1 4 TIMER11 11
11 _WR OUT2 2 TIMER12 12
13 _RD OUT3 44 TIMER13 13
10 C_D OUT4 42 TIMER14 14
7 SYS_TMR3_CS* 12 _CS OUT5 41 TIMER15 15
AM9513A
VCC DB0 15 DAT0 16
37 S1 DB1 16 17
36 S2 DB2 17 18
35 S3 DB3 18 19
34 S4 DB4 19 20
33 S5 DB5 20 21
R65 R73 DB6 21 22
5 22 23 TIMERS(15:1)
F 2K 2K G1 DB7 F
43 G2 G1A_DB8 23 24
40 G3 G2A_DB9 25 25
11 TM3_PU1 39 26 26
G4 G3A_DB10
12 TM3_PU2 38 G5 G4A_DB11 27 27
G5A_DB12 28 28
DB13 29 29
DB14 30 30
DB15 31 DAT15 31
L
DATA1(31:0)
TMR_GT_CK(15:1)

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/etl/system_timers BLOCK SHT 1 OF 2 H

REV 1 PCN DESCRIPTION MAD E F.BOEHM DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 4 /2 5

1 2 3 4 5 6 7 8 9 1 0 1 1

97
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 25 CONT. 26
2108822–SCH

U30
ETL_CNTRL(11:0) AM D 95 13 A R EP L AC EME N T FP G A’ S
A CT 9 5 1 3 A – 1
ACT1280A–PL84C

A 13 CLK_4MEG_TMR 78 CLK1 A
83 CLK2 OUT1 82 TIMER1 1
ETL_DECODE(16:0) 7 WR_9513* 68 3 TIMER2 2
_WR OUT2
6 RD_9513* 62 _RD OUT3 5 TIMER3 3
5 A1 69 C_D OUT4 8 TIMER4 4
5 SYS_TMR1_CS* 67 _CS OUT5 9 TIMER5 5

DB0 61 DAT0 16
DB1 59 17
DB2 58 18
DB3 56 19
DB4 50 20
DB5 48 21
DB6 47 22
1 TM1_G1 80 G1 DB7 46 23
N OT E : T h e s e p a r t s a r e fo r d ev e lo pm e nt 2 TM1_G2 7 G2 DB8 45 24
B 3 TM1_G3 14 G3 DB9 44 25 B
p u r p o s e s o n l y . 4 TM1_G4 18 40 26
G4 DB10
5 TM1_G5 19 G5 DB11 39 27
VCC DB12 38 28
43 VCC_GND DB13 27 29
R79 VC C 63 VKS_VCC DB14 26 30
64 VPP_GND DB15 25 DAT15 31
0 R78 R80
0 0 R81
L U28
0 A CT 9 5 1 3 A – 2
L ACT1280A–PL84C

14 CLK_100KHZ_TMR2 78 CLK1
C 83 82 TIMER6 6 C
CLK2 OUT1
68 _WR OUT2 3 TIMER7 7
62 _RD OUT3 5 TIMER8 8
69 C_D OUT4 8 TIMER9 9
6 SYS_TMR2_CS* 67 _CS OUT5 9 TIMER10 10

DB0 61 DAT0 16
DB1 59 17
DB2 58 18
DB3 56 19
DB4 50 20
DB5 48 21
DB6 47 22
6 TM2_G1 80 G1 DB7 46 23
7 TM2_G2 7 G2 DB8 45 24
8 TM2_G3 14 G3 DB9 44 25
D 9 TM2_G4 18 G4 DB10 40 26 D
TM2_G5 10 19 G5 DB11 39 27
VCC DB12 38 28
43 VCC_GND DB13 27 29
VC C 63 VKS_VCC DB14 26 30
R87 64 VPP_GND DB15 25 DAT15 31
0 R86 R89
0 0 U11
L R88
A CT 9 5 1 3 A – 3
0 ACT1280A–PL84C
L
15 CLK_100KHZ_TMR3 78 CLK1
83 CLK2 OUT1 82 TIMER11 11
E 68 3 TIMER12 12 E
_WR OUT2
62 _RD OUT3 5 TIMER13 13
69 C_D OUT4 8 TIMER14 14
7 SYS_TMR3_CS* 67 _CS OUT5 9 TIMER15 15

DB0 61 DAT0 16
DB1 59 17
DB2 58 18
DB3 56 19
DB4 50 20
DB5 48 21
DB6 47 22
11 TM3_PU1 80 46 23 TIMERS(15:1)
G1 DB7
12 TM3_PU2 7 G2 DB8 45 24
F 14 G3 DB9 44 25 F
18 G4 DB10 40 26
L 19 G5 DB11 39 27
VCC DB12 38 28
43 VCC_GND DB13 27 29
VC C 63 VKS_VCC DB14 26 30
TMR_GT_CK(15:1) R57 DAT15
64 VPP_GND DB15 25 31
0 R56 R58
DATA1(31:0)
0 0 R59
L
0
L

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/system_timers BLOCK SHT 2 OF 2 H

REV 1 PCN DESCRIPTION MAD E F.BOEHM DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT/CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 5 /2 6

1 2 3 4 5 6 7 8 9 1 0 1 1

98
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 26 CONT. 27
2108822–SCH
A E C R E F E R E N C E U P D A T E , A B C V I D E O G A I N , B O A R D I D A N D S O F T S C O P E I N T E R F A C E
(F5)
AEC_CONTROL(14:0)
A AEC REFERENCE GENERATOR A

AEC REFERENCE PROFILE LUT

P12V_A

AEC_RAM_ADR(11:1) U43
CY7C185–35
REF_DAC

14
1 RAM_ADR1 21 A0 TP4

VCC
2 23 A1 U15
3 24 A2 IO0 11 LUT0 0 12 CE YELLOW
25 12 1 13 CS AD558 20 AEC_REF
4 A3 IO1 VOUT 8
5 2 13 2 17 LGND 19

15 AGND
A4 IO2 R55 R50 VOSNS

DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
6 3 A5 IO3 15 3 332 332 VOSEL 18
B 7 4 A6 IO4 16 4 U46 B
8 5 A7 IO5 17 5 74HCT14

2
3
4
5
7
8
9
10
9 6 A8 IO6 18 6
10 7 A9 IO7 19 LUT7 7 5 6 L
11 RAM_ADR11 8 A10 L
9 A11
10 A12
L U41
2 RAM_WR* 27 WE 74FCT2273AT_UTF
0 RAM_CS* 20 CE1
26 CE2 0 3 1D 1Q 2
1 RAM_RD* 22 OE 1 4 2D 2Q 5
VC C 2 7 3D 3Q 6
3 8 4D 4Q 9
4 13 5D 5Q 12
C R94 14 15 C
5 6D 6Q
2K 6 17 7D 7Q 16
18 8D 8Q 19 U46
74HCT14 ABC VIDEO GAIN, BOARD ID AND SOFT–SCOPE CONTROL
9 AEC_RST* 1 CLR
7 CLK_LUT_REG 11 CLK 3 4
TYP VCC BOARD ID EEPROM AND INTERFACE

VCC
U38 VCC
74FCT2245AT_UTF
R96
8 DAT0_H 2 A1 B1 18 LUT0 0 1 16 R82 Y2
9 3 A2 B2 17 1 15 16 2K 8
10 4 A3 B3 16 2 13 16 VCC R95 VCC
11 5 15 3 14 16 VID_GAIN_CMND 6 2K
A4 B4 OSC_TRI–S
D 12 6 A5 B5 14 4 11 16 1 OE OUT 5 D
13 7 13 5 12 16 U4
A6 B6 3.6864MHz SERIAL_DATA
14 8 12 6 9 16 PCF8582E2D
A7 B7 GND
15 DAT7_H 9 A8 B8 11 LUT7 7 10 16 5 SDA VC C
4 SCLK R30
10K 6 SCL
1 DIR 0.08W 100 8 VDD
RAM_XCVR* L R22
3 19 G 1 A0 PTC 7
2 A1 2K
GLOBAL_DT_R TYP C 3
4 A2
U46 R32 4 VSS
U44 B Q3
CONTROL(14:0) 74HCT14 SCC2692
10K MMBT3904L
RESET* 9 8 38 32 L
RESET OP0 R31
37 X2 OP1 14 RTS* 4 10K E
E ETL_CNTRL(11:0) 36 31 E
X1_CLK OP2
L OP3 15
1 A1_SERIAL 2 A0 OP4 30
2 A2_SERIAL 4 A1 OP5 16
3 A3_SERIAL 6 A2 OP6 29 L
4 A4_SERIAL 7 A3 OP7 17 DTR* 5

8 DAT0_H 28 D0 RXDA 35 SOFT–SCOPE INTERFACE

9 18 D1 TXDA 33
10 27 D2
11 19 D3 RXDB 11 RXD 0 12VP
12 26 13 TXD 3 U32
D4 TXDB SN75C1154
13 20 D5
14 25 D6 IP0 8 VDD 1
F 15 DAT7_H 21 D7 IP1 5 CTS* 1 F
IP2 40 DCD* 2 19 _1RY 1RA 2
DATA1(31:0) 3 18 3
IP3 1DA _1DY
39 _CEN IP4 43 0 17 _2RY 2RA 4 RXD* 0
9 WR* 9 _WRN IP5 42 3 16 2DA _2DY 5 TXD* 1
8 RD* 10 _RDN IP6 41 1 15 _3RY 3RA 6 CTS 2
_INTRN 24 4 14 3DA _3DY 7 RTS 3
2 13 _4RY 4RA 8 DCD 4
DUART_CS* VG_DUART 5 12 4DA _4DY 9 DTR 5
V CC
VSS 10
RS232(7:0)
R72
2K 12VN

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/etl/aec_ref_video_gain BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E F.BOEHM DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 6 /2 7

1 2 3 4 5 6 7 8 9 1 0 1 1

99
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 27 CONT. 28
2108822–SCH
A E C C O N T R O L A N D A B C S A M P L I N G
(F6)

PROGRAMMABLE GAIN AMPLIFIER

A A

VC C
U16 C30
DATA1(31:0) U17 17 VDD C31
74FCT373AT_UTF
4 VREFA 10P
16 DAT0 3 2 14 2 50V
1D 1Q D0 OUTA .5pf
17 4 2D 2Q 5 13 D1 10P
18 7 6 12 3 50V
3D 3Q D2 RFBA .5pf R41 P12V_A
19 8 4D 4Q 9 11 D3 V CC
20 13 5D 5Q 12 10 D4 P12V_A 20.0K
21 14 6D 6Q 15 9 D5
22 17 7D 7Q 16 8 D6 P12V_A
23 DAT7 18 8D 8Q 19 7 D7 RFBB 19 R85
B 18 TP9 5 AEC_CONTROL(14:0) B
R52 VREFB 2K
1 OC 6 A–B OUTB 20 2
I– 8 AR5 3 8B
11 C TLE2062CD V+I– 6
332 AD7528 V+ R42 TP2
L 15 CS
1 6
I– 8 AR5 BS 7 AEC_TRIP 10
ETL_CNTRL(11:0) OUT TLE2062CD OUT
16 WR 20.0K V+ YELLOW V–
3 V– 7 R27
5 LGND I+ OUT 2 I+GND AR3
5 A1 1 AGND 4 1.0K 4 LM311
9 WR* 5 V– 1
R44 I+
U34 PG_DAC 11.0K R43 4
74HCT14 10K
ETL_DECODE(16:0) L L
10 WR_PG_DAC 5 6 N12V_A N12V_A
L
N12V_A R28
L
C C
CONTROL(14:0) 249K
GAINED_AEC_BRT
13 PU_9V_FILTERED
AEC_REF 8
14 PU_9V_ENAB

DIAG1_2 11

DIAG2_2 12
ARTB1–N
P12V_A

RV2
VC080518C400 R12 C6 7 TP3 P12V_A U34
10K V+ 8 AR1 L 74HCT14
D 2 C23 YELLOW D
1000P I– C R14 U9 ABC_SMPL_RDY
RV1 50V 6 1 2 4
INA117 OUT
VC080518C400 5% 3 BCB
I+ 7.15K V– N12V_A
BCA
1
470P
50V V+ 14 R35 START_CONV
V– 10 IN 11 5
5 5% DB
4 SB 1.0K U23
ARTB1–P 5 6
R39 74FCT2244AT DATA1(31:0)
DA P12V_A VCC
9 SA 8 U14 1
10K AD573JP _1G
N12V_A L P12V_A DG403 19 _2G
11 V+
DB9 10 2 1A1 1Y1 18 DAT9 25
C16 2
I– 8 AR4 12 CONV DB8 9 4 1A2 1Y2 16 24
R37 TLE2062CD
3.74K U9 V+ 17 DCOM DB7 8 6 1A3 1Y3 14 23
E R38 6 8 AR4 1 R36 14 AIN E
I– TLE2062CD DG403 OUT DB6 7 8 1A4 1Y4 12 22
10P 20.0K V+ 15.0 15 ACOM DB5 6
50V 7 16 SA 1 R40 3 V– 16 BOC
R24 .5pf OUT I+ DB4 5 17 2A1 2Y1 3 21
L DA 1.0K 4 18 _DR DB3 4 15 2A2 2Y2 5 20
5 V– 4 SB 3 YELLOW 19 _LBE
2.10K P12V_A I+ AEC_INT_BRT DB2 3 13 2A3 2Y3 7 19
4 DB P12V_A 20 _HBE DB1 2 11 2A4 2Y4 9 18
R13 TP1
C26 15 IN V+ 11 DB0 1
20.0K V– 14 13 V– U27
7 560P N12V_A L 74FCT2244AT_UTF
AR2 U92 50V ABC_A–D
VCC 2 5% 17 3 17
6 INM DG403 N12V_A A1 Y1
OP–27 R25 N12V_A 15 A2 Y2 5 DAT0 16
OUT 3 8 SA 9 13 7
BALB INP N12V_A A3 Y3
BALA 20.0K P12V_A DA 11 A4 Y4 9
F 8 VEE 6 SB 5 19 F
1 R26 G
2.10K DB
4 11 V+ IN 10 L L
14 V–
ETL_DECODE(16:0)
N12V_A 14 RD_ABC_A–D*
L N12V_A

DIVIDE–BY–2 DIFFERENTIAL ANALOG RECEIVER DIAGNOSTIC MULTIPLEXER 60kHZ 2–POLE BUTTERWORTH FILTER DIAGNOSTIC MULTIPLEXER

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/etl/abc_aec_control BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E B.BRANECKY DA TE 94–APR–10 DE SIG N TIT LE ECM PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 7 /2 8

1 2 3 4 5 6 7 8 9 1 0 1 1

100
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 28 CONT. 29
2108822–SCH
V CC VC C VCC VC C INTERRUPT(30:0)

DATA2(15:0) U86
AM85C30–8 R171 R210 R202 R200 V CC U5 12VP
A 10K 10K 10K 10K U76 A
0 D2_0 1 SN75C1154
D0 74HCT14 R23
1 2 D1 VDD 1
2 44 SCCINT 27 RS232_SERVICE_PT(6:0)
PWR_CTRL(8:0) D2 _INT 6 5 6 2K
3 3 D3 IEO 7 19 _1RY 1RA 2
4 43 D4 18 1DA _1DY 3
5 4 SERVICE_REQUEST 28 DTR_2 4
D5 TXDA 16 2 17 _2RY 2RA 4
6 42 D6 16 2DA _2DY 5
7 D2_7 5 D7 _TRXCA 15 1 CTS* 15 _3RY 3RA 6 RTS_2 1
VC C 2 TD 14 3DA _3DY 7 TD_2* 2
0 SCC_RD* 41 _RD _SYNCA 12 0 RD 13 _4RY 4RA 8 RD_2* 0
1 SCC_WR* 40 _WR _W_REQA 11 3 RTS* 12 4DA _4DY 9 CTS_2 3
_DTR_REQA 19
R201 2 A2_SCC 39 A_B _RTSA 20 3 VSS 10
2K 3 PCS5* 38 _CE
4 A1_SCC 37 D_C
B TXDB 29 12VN B
9 _INTACK REMOTE_RESET* 5
8 IEI _TRXCB 30 U90
_SYNCB 33 U76
0 14 RXDA DS34C87
13 74HCT14 1 2 PUTX_P 16
_RTXCA IA OA
_W_REQB 34 1 2 WT_REGB 7 _OA 3 PUTX_N 17
10 PURX_P R260 1 21 _CTSA _DTR_REQB 27 7 IB OB 6 TXCLK_P 18
R 2 6 1 4.75K 22 _DCDA _RTSB 26 V CC _OB 5 TXCLK_N 19
121
1% 31 0 PWR_UNIT_RST* 9 10 PWR_UNIT_RST_N 21
0.25W R 2 6 2 RXDB IC OC
11 PURX_N 32 _RTXCB _OC 11 PWR_UNIT_RST_P 20
0 EXP_EN* 15 14 EXP_EN*–P 0
4.75K R250 U76 ID OD
25 _CTSB 10K 74HCT14 _OD 13 EXP_EN*–N 1
24 _DCDB DTR_REGB U52 4 CTLA–B
C 12 RXCLK_P R254 1 2 3 4 6 12 C
74HCT14 CTLC–D
R255 4.75K J26 V CC 1
121 5 CLK_4MEG 23 1 SCC_LOOP_BK* 9 8
PCLK
1%
13 RXCLK_N 0.25W R 2 5 6 U91
R217
4.75K DS34C86 2K
10 ID2
9 ID1 OD 11 U89
SERVREQ_P R257
14 14 IB2 DS34C87
R 2 5 8 4.75K 15 IB1 OB 13
1 PU_EXT_SYNC 1 2 PU_EXT_SYNC–P 2
121 IA OA
1% 6 IC2 _OA 3 PU_EXT_SYNC–N 3
15 SERVREQ_N 0.25W R 2 5 9 7 5 7 6
IC1 OC IB OB
4.75K 2 IA2 _OB 5
1 IA1 OA 3 HV_ON_PU 5
2 EXP_CMND 9 10 EXP_CMND*–N 4
HV_ON_PU–P R251 IC OC
D 8 12 CTLB–D _OC 11 EXP_CMND*–P 5 D
4 3 RAD_PULSE 15 14 RAD_PULSE*–N 6
R 2 5 2 4.75K CTLA–C V CC ID OD
7
121 _OD 13 RAD_PULSE*–P
1% 4 CTLA–B
9 HV_ON_PU–N 0.25W R 2 5 3 R309
12 CTLC–D
4.75K 2K V CC
DI A G N O S T I C S ( 1 5 : 0 )
R249

ETL_PU_CNTRL(7:0) 2K
PWR_UNT_IF(30:0)
NOTES: 12VP
E (1). T H E S W I T C H E R S H O U L D H A V E A L L U N U S E D P I N S S T AK E D T O ” P G N D ” E
1 SOME SIGNALS WITH ”_P” EXTENTION ARE INTENTIONALLY (2). THE MINIMUM ”PGND” PLANE SHOULD BE AT LEAST 3 SQUARE INCHES ISOLATED_POWER(1:0) C174 C176
CONNECTED TO THE NONINVERTING OUTPUTS. AND LOCATED DIRECTLY UNDER THE SWITCHER.
+
1.0U 0.1U L
35V 50V
L1 10% 10%
12VP_IN FL3 1 2 9.2VDC_KERNEL_REMOTE 0
BNX002–01 P U87 R313
470U R204
3 B LM2575M–ADJ 10% 11.0K 10K
CB 4 14 VIN1 ON–OFF 10
2 PSG C157 + + C172 15 VIN2 OUT1 17 7
CG1 CG2 CG3 OUT2 18 AR12
L R316 2 VCC CONTROL(14:0)
1 5 6 47U 47U 7 FB R203 INM R315
F 20V 20V 8 2K OP–27 6 PU_9V_FILTERED 13 F
SGND + C 1 7 1+ C 1 6 8+ C 1 6 7 R 3 1 7 20.0K 3 OUT
20% 20% 2 HS1 PGND1 1 15MQ040 INP BALB 10K
3 HS2 PGND2 12 47U 47U 47U 20.0K BALA + C175
4 CR14 VEE 8
HS3 20V 20V 20V
P 5 19 20% 20% 20% 1
HS4 HS10 4 1.0U
6 HS5 HS11 20 R172 35V
9 21 2K C177 10%
HS6 HS12 + C173 R314
11 HS7 HS13 22 9.2VDC_RTN_KERNEL 10K
13 HS8 HS14 23 1
1.0U
16 HS9 HS15 24 35V 0.1U L
10% 50V
10% L
P P
P 12VN

H BLOCK PATHNAME /user/xr_pwa/ecm_pwb/power_unit_if BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MAD E J.DWYER DA TE 94–APR–10 DE SIG N TIT LE ECM_PWB
MADE BY DATE APPR BY DATE CHECK DATE GE M EDI C AL S Y ST EM S FI RST M ADE F OR ADVANTX_II
REV 2 PCN DESCRIPTION APPR DATE M il w au ke e , WI US A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108822–SCH 0 B 2 8 /2 9

1 2 3 4 5 6 7 8 9 1 0 1 1

101
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

102
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

103
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
SKL A3 – HUB, 2111391ADW and 2108475SCH

MODULE COVER TO CIRCUIT BOARD DESIGNATOR CROSS–REFERENCE DIAGRAM

104
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

U31 U32 U23 U24 U16 U11 U4 U3

R T R T R T R T
J5 J4 J3 J2

J9 J8 J7 J6
R T R T R T R T

U34 U35 U28 U20 U19 U13 U8 U7

J13 J12 J11 J10

R T R T R T R T

U37 U36 U30 U21 U22 U15 U9 U10

J1

R=Blue T=Gray
U## designators refer to the Arcnet receivers and transmitters located on the circuit board beneath the cover.

105
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 1 0 SHT. 1 CONT. 2
2108475SCH

A A

S H T S I G N
S H E E T _ N A M E R E V R E V I S I O N P C N N U M B E R D A T E
N U M O F F
B B
C O V E R _ S H E E T 1 0 A – – – – – –

B L O C K _ D I A G – S H 1 2 0 0 – – – – – –

B L O C K _ D I A G – S H 2 3 0

F I B E R _ X C V R S – S H 1 4 0

F I B E R _ X C V R S – S H 2 5 0

F I B E R _ X C V R S – S H 3 6 0

H U B _ C O N T R O L L E R 7 0

C C

D D

N O T E S : N O T E :

1 . T H E G R O U P N U M B E R A N D G R O U P R E V I S I O N V E R I F Y T H I S P R I N T I S T H E L A T E S T R E V I S I O N

F O R T H I S P W A I S 2 1 0 8 4 7 5 U S I N G G E P R O D U C T S T R U C T U R E S Y S T E M ( P S S ) .
E 2 . T H I S S C H E M A T I C M E E T S T H E S P E C I F I C A – E

T I O N S O F G E S C H E M A T I C S T A N D A R D S

4 6 – 0 1 7 4 8 6 .

3 . U N L E S S O T H E R W I S E S P E C I F I E D :

R E S I S T O R S A R E I N O H M S , 0 . 2 5 W , 1 % .

C A P A C I T O R S A R E I N F A R A D S .

I N D U C T O R S A R E I N H E N R I E S .

F 4 . A C T I V E L O W S I G N A L S A R E I N D I C A T E D F
W I T H ” * ” A F T E R T H E S I G N A L N A M E

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub/cover_sheet BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 1/2

1 2 3 4 5 6 7 8 9 1 0 1 1
106
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 1 0 SHT. 2 CONT. 3
2108475SCH

A A

B B

F I B E R O P T I C T R A N S M I T T E R S

A N D R E C E I V E R S
F1

FIBER_RCV(11:0) FIBER_OPTIC_INPUTS FIBER_OPTIC_OUTPUTS FIBER_XMIT(11:0)

HUB_BUS(29:0)
C C
SHEETS 4–6

H U B C O N T R O L L E R

F2

D D
HUB_BUS(29:0)

SHEET 7

E E

POWER(14:0)

F F

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub BLOCK SHT 1 OF 2 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 2/3

1 2 3 4 5 6 7 8 9 1 0 1 1
107
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 1 0 SHT. 3 CONT. 4
2108475SCH

VCC
TP19
FB2 J6 J8 J10
A 1 2 A
2
C17 C51 C30 C19 C38 C20 C29 C55 C16 C36 C52 C37 C53 C45 C22 C32 C21
+ 47U J2 J3 J9
J1 16V
20% 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U TP18 TP4
3 1 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V 100V
1 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20%
J4 J5 J7
9
2
10 TP3 V5P
L
3
FB1 L
11 R3 1 2
4
12 2 10.0 2 VCC
5 C9 C12 C2 C3 C6 C1
+ 10U + 10U
13 16V 16V
B L B
6 20% 0.1U 20% 0.1U 0.1U 0.1U
14 3 1 100V 3 1 100V 100V 100V VCC VCC VCC
7 20% TP 12 V12P 20% 20% 20% 3 1 43
15
8 1 14 1 20 1 8
A
G2
G1 2
C15 C13
+ 10U FB5
16V 1 2
Plug–Pin 20% 0.1U TP1 VCC
Rt–Angle 3 1 100V
20% L A 7 8 10 11 4 5 10
15–Pos_Sub–D_Emi
L
2 ACT1010A 35
A R23 L L L
C10 C11
C L + 10U C
16V 10.0K VCC
FB3 20% 0.1U TP2 74HCT14 74ABT244 75454
1 2 3 1 100V L
20% LTC1232
GA1_MODE
14 32
FB4 L
1 2
V12N
SERIAL_DATA

SCLK
21 25
R8 R7 VCC

10K 10K V5P

D 0.1% V12P 0.1% L D
A 0.125W 0.125W
R16
V12P 16.2K
U2 U1
PCF8591 V5P R9
PCF8582E2N 2.00K
6
I– 8 AR1 10 SCL 5 SDA
TLE2022ACP 9 6
2 V+ SDA SCL FOR I2C TEST ONLY!
VR1 7 8
OUT V12P VDD
VIN V5P 5 A0 1 A0 PTC 7 VCC
5 V– R11
C14 VOUT 6 I+ C5 V5P 6 A1 2 A1
AD680 4 7 A2 2.00K 3 A2
0.1U TEMP 3 4 VSS
100V R10 12 TST
E GND A E
20% 0.1U 56.2K
4 +2.5V 100V 16 15 J11
20% VDD AOUT
V12N 8 VSS A
1 2
V12P BAT48
2
I– 8 AR1 11 OSC
TLE2022ACP CR2 3 4
A V+
MT1 1 R2
1 AIN0 5 6
AD592 OUT
10.0K 2 AIN1
1 3 3 V– 3
IN+ OUT I+ AIN2 7 8
2 4 BAT48 4 AIN3
NC 2 R12 C8 C7 9 10
+ 3.3U C4 CR1 14
14.3K 35V VREF
0.1% 20% 0.1U 13 AGND Hdr–Pin
0.125W 3 1 100V R63 Right–Angle
F 20% 0.1U A A 4.87K 10–Pos F
100V A
20%
R64
V12N
A 20.0K L

BAT48
V12N CR39 V5P V12P

R6 R1 R5 R4
A 6.65K 20.0K 20.0K 10.0K
A A

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub BLOCK SHT 2 OF 2 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 3/4

1 2 3 4 5 6 7 8 9 1 0 1 1
108
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 1 0 SHT. 4 CONT. 5
2108475SCH

A A

HUB_BUS(29:0)

VCC

VCC VCC

2
R13 R14 C18
B C27 + 10U B
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1 ARCNET TRANSMITTERS
ARCNET RECEIVERS –––––––––––––––––––––
––––––––––––––––––– 0.1U R26
100V 1.00K L U3
3 4 20% CR5 CR4 CR3
HFBR1537
VCC RL GND U33 TP16 1 AN
2 74HCT14
CHANNEL 1 L CHANNEL 1
5 6 RX0 0 1N5819 1N5819 1N5819 2 CAT
VO 1 VCC
HFBR2531
U4 U17 L
SN75454B
24 PULSE1_1* 1 A1 _Y1 3
C VCC VCC C
12 TX_EN0* 2 B1
24 PULSE1_1* 6 A2 _Y2 5 2
13 TX_EN1* 7 B2 C28
C34 R32 R33 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R31
100V 1.00K L U11
3 4 20% CR14 CR13 CR12
HFBR1537
VCC RL GND U33 TP14 1 AN
2 74HCT14
CHANNEL 2 L CHANNEL 2
9 8 RX1 1 1N5819 1N5819 1N5819 2 CAT
VO 1 VCC
HFBR2531
U16 L
D D
VCC VCC

2
R44 R43 C35
C43 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R42
100V 1.00K L U24
3 4 20% CR23 CR22 CR21
HFBR1537
VCC RL GND U33 TP5 1 AN
2 74HCT14
CHANNEL 3 L CHANNEL 3
E RX2 2 1N5819 1N5819 1N5819 E
11 10 2 CAT
VO 1 VCC
HFBR2531
U23 U25 L
SN75454B
25 PULSE1_2* 1 A1 _Y1 3
VCC VCC
14 TX_EN2* 2 B1
25 PULSE1_2* 6 A2 _Y2 5 2
15 TX_EN3* 7 B2 C44
C50 R54 R55 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R56
100V 1.00K L U32
3 4 20% CR32 CR31 CR30
F HFBR1537 F
VCC RL GND U33 TP13 1 AN
2 74HCT14
CHANNEL 4 L CHANNEL 4
13 12 RX3 3 1N5819 1N5819 1N5819 2 CAT
VO 1
HFBR2531
U31 L

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub/fiber_xcvrs BLOCK SHT 1 OF 3 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 4/5

1 2 3 4 5 6 7 8 9 1 0 1 1
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REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 1 0 SHT. 5 CONT. 6
2108475SCH

A A

HUB_BUS(29:0)

VCC

VCC VCC

2
R18 R17 C23
B C24 + 10U B
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1 ARCNET TRANSMITTERS
ARCNET RECEIVERS –––––––––––––––––––––
––––––––––––––––––– 0.1U R27
100V 1.00K L U7
3 4 20% CR6 CR7 CR8
HFBR1537
VCC RL GND U6 TP9 1 AN
2 74HCT14
CHANNEL 5 L CHANNEL 5
5 6 RX4 4 1N5819 1N5819 1N5819 2 CAT
VO 1 VCC
HFBR2531
U8 U18 L
SN75454B
26 PULSE1_3* 1 A1 _Y1 3
C VCC VCC C
16 TX_EN4* 2 B1
26 PULSE1_3* 6 A2 _Y2 5 2
17 TX_EN5* 7 B2 C31
C40 R28 R29 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R39
100V 1.00K L U13
3 4 20% CR15 CR16 CR17
HFBR1537
VCC RL GND U6 TP10 1 AN
2 74HCT14
CHANNEL 6 L CHANNEL 6
3 4 RX5 5 1N5819 1N5819 1N5819 2 CAT
VO 1 VCC
HFBR2531
U19 L
D D
VCC VCC

2
R48 R49 C39
C47 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R50
100V 1.00K L U20
3 4 20% CR24 CR25 CR26
HFBR1537
VCC RL GND U33 TP15 1 AN
2 74HCT14
CHANNEL 7 L CHANNEL 7
E RX6 6 1N5819 1N5819 1N5819 E
3 4 2 CAT
VO 1 VCC
HFBR2531
U28 U27 L
SN75454B
27 PULSE1_4* 1 A1 _Y1 3
VCC VCC
18 TX_EN6* 2 B1
27 PULSE1_4* 6 A2 _Y2 5 2
19 TX_EN7* 7 B2 C46
C54 R57 R59 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R58
100V 1.00K L U35
3 4 20% CR33 CR34 CR35
F HFBR1537 F
VCC RL GND U33 TP17 1 AN
2 74HCT14
CHANNEL 8 L CHANNEL 8
1 2 RX7 7 1N5819 1N5819 1N5819 2 CAT
VO 1
HFBR2531
U34 L

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub/fiber_xcvrs BLOCK SHT 2 OF 3 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 5/6

1 2 3 4 5 6 7 8 9 1 0 1 1
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1 2 3 4 5 6 7 8 9 1 0 SHT. 6 CONT. 7
2108475SCH

A A

HUB_BUS(29:0)

VCC

VCC VCC

2
R20 R19 C25
B C26 + 10U B
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1 ARCNET TRANSMITTERS
ARCNET RECEIVERS –––––––––––––––––––––
––––––––––––––––––– 0.1U R30
100V 1.00K L U10
3 4 20% CR9 CR10 CR11
HFBR1537
VCC RL GND U6 TP7 1 AN
2 74HCT14
CHANNEL 9 L CHANNEL 9
9 8 RX8 8 1N5819 1N5819 1N5819 2 CAT
VO 1 VCC
HFBR2531
U9 U14 L
SN75454B
28 PULSE1_5* 1 A1 _Y1 3
C VCC VCC C
20 TX_EN8* 2 B1
28 PULSE1_5* 6 A2 _Y2 5 2
21 TX_EN9* 7 B2 C33
C42 R40 R25 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R41
100V 1.00K L U15
3 4 20% CR18 CR19 CR20
HFBR1537
VCC RL GND U6 TP6 1 AN
2 74HCT14
CHANNEL 10 L CHANNEL 10
11 10 RX9 9 1N5819 1N5819 1N5819 2 CAT
VO 1 VCC
HFBR2531
U22 L
D D
VCC VCC

2
R51 R52 C41
C49 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R53
100V 1.00K L U21
3 4 20% CR27 CR28 CR29
HFBR1537
VCC RL GND U6 TP8 1 AN
2 74HCT14
CHANNEL 11 L CHANNEL 11
E RX10 10 1N5819 1N5819 1N5819 E
13 12 2 CAT
VO 1 VCC
HFBR2531
U30 U29 L
SN75454B
29 PULSE1_6* 1 A1 _Y1 3
VCC VCC
22 TX_EN10* 2 B1
29 PULSE1_6* 6 A2 _Y2 5 2
23 TX_EN11* 7 B2 C48
C56 R60 R62 + 10U
84.5 84.5 16V
1% 1% 20%
0.5W 0.5W 3 1
0.1U R61
100V 1.00K L U36
3 4 20% CR36 CR37 CR38
F HFBR1537 F
VCC RL GND U6 TP11 1 AN
2 74HCT14
CHANNEL 12 L CHANNEL 12
1 2 RX11 11 1N5819 1N5819 1N5819 2 CAT
VO 1
HFBR2531
U37 L

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub/fiber_xcvrs BLOCK SHT 3 OF 3 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 6/7

1 2 3 4 5 6 7 8 9 1 0 1 1
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REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 1 0 SHT. 7 CONT. –
2108475SCH

A A

HUB_BUS(29:0)

B B

VCC

A C T 1 0 1 0
16 Vpp U12
GA 1
0 RX0 44 RX0 TX0_EN* 42 TX0_EN* 12
1 RX1 26 RX1 TX1_EN* 1 TX1_EN* 13
2 RX2 27 RX2 TX2_EN* 2 TX2_EN* 14
C 3 RX3 40 41 TX3_EN* 15 C
RX3 TX3_EN*
4 RX4 5 RX4 TX4_EN* 4 TX4_EN* 16
5 RX5 17 RX5 TX5_EN* 7 TX5_EN* 17
VCC 6 RX6 6 RX6 TX6_EN* 9 TX6_EN* 18
7 RX7 8 RX7 TX7_EN* 12 TX7_EN* 19
8 RX8 31 RX8 TX8_EN* 28 TX8_EN* 20
VCC VCC 9 RX9 24 RX9 TX9_EN* 15 TX9_EN* 21
10 RX10 22 RX10 TX10_EN* 20 TX10_EN* 22
11 RX11 13 RX11 TX11_EN* 19 TX11_EN* 23
R38
2.00K

R21 U26
Y1 8 11 _TS_OUT 29 74ABT244
2.00K PULSE1*
VCC PULSE2* 30 1 _1G
OSC_TRI–S 19 _2G
1 OE OUT 5 33 CLK_IN
D R46 PULSE1_1* 24 D
23 INIT* WATCH_DOG 18 2 1A1 1Y1 18
20.000MHz
4 1A2 1Y2 16 75.0
GND 34 MODE 6 14
1A3 1Y3 R45
4 8 1A4 1Y4 12 PULSE1_2* 25
11 2A1 2Y1 9 75.0
13 2A2 2Y2 7
L R34 PULSE1_3* 26
15 2A3 2Y3 5
17 2A4 2Y4 3 75.0
GA1_MODE R35 PULSE1_4* 27
VCC
VCC L 75.0
R36 PULSE1_5* 28
E R47 75.0 E
267 R37 PULSE1_6* 29
R22
R24 4.75K 75.0
4.75K 1%
U5 0.125W
VCC LTC1232
1 _PBRST _RST 6 L
2 TD
R15
3 TOL RST 5
2.00K 7 _ST

F F

H BLOCK PATHNAME /user/advantx_ii/hub_ASM.cab/hub_pwb/arcnet_hub/hub_controller BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE schwarz_c DATE 27/06/94 D ESI GN TIT LE ARCNET HUB
MADE BY DATE APPR BY DATE CHECK DATE G E M E D I C A L S Y S T E M S F IRS T M ADE F OR ADVANTX II
REV 2 PCN DESCRIPTION APPR DATE M i l w a u k e e , W I U S A DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER DATE 2108475SCH 0 B 7/–

1 2 3 4 5 6 7 8 9 1 0 1 1
112
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REV 4 DIRECTION 2357601–100
SKL A4 – POWER DISTRIBUTION UNIT, 2264423
OVERALL SCHEMATIC ONLY, DETAILED SCHEMATIC IS PROPERTY OF PHOENIX POWER SYSTEMS

113
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REV 4 DIRECTION 2357601–100

114
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100
SKL A5 – CABINET FANS, see page 7, 2293680SCH

115
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REV 4 DIRECTION 2357601–100
SKL A6 – POWER STRIP PANEL, no schematic available

J19

116
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REV 4 DIRECTION 2357601–100
SKL A7 – ETHERNET HUB ASSEMBLY, 2268309, see page 7, 2293680SCH

117
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REV 4 DIRECTION 2357601–100
SKL A7 A1 – ETHERNET HUB, see page 7, 2293680SCH

118
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REV 4 DIRECTION 2357601–100
SKL A7 A2 – MEDIA CONVERTER, see page 7, 2293680SCH

INDICATORS BNC PORT

Rx (Reception): When this LED light blinks, data is being received through the BNC port.
Collision: When this LED light blinks, data packet collisions are taking place on the thin coaxial cable segment connected to the BNC port.
Jabber: When this LED light is ON, jabber is taking place on the thin coaxial cable segment connected to the BNC port.

INDICATORS UTP PORT

Pwr/Rx (Power/Reception): When this LED light is continuously ON, the DE–855 is in a “power good” condition. When this LED light blinks, data is being received through the UTP port.
Link: When this LED light is ON, data link is successful between the UTP port of the DE–855 and the hub to which it is connected.
Collision: When this LED light blinks, data packet collisions are taking place on the Ethernet bus.

119
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REV 4 DIRECTION 2357601–100
SKL A7 A3 – FAST ETHERNET CONVERTER, see page 7, 2293680SCH

120
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REV 4 DIRECTION 2357601–100
SKL A25 – CABINET BULKHEAD & MAIN HARNESS, see page 7, 2293680SCH

121
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REV 4 DIRECTION 2357601–100
SKL RPM – RAD POSITIONER MODULE AREA ONLY, see page 7, 2293680SCH

122
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REV 4 DIRECTION 2357601–100
SKL RPM A1 – CPU ASSEMBLY, 2266551, see page 7, 2293680SCH

123
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REV 4 DIRECTION 2357601–100
SKL RPM A2 – I/O ASSEMBLY, 2270631

124
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REV 4 DIRECTION 2357601–100

125
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REV 4 DIRECTION 2357601–100
SKL RPM A2 A1 – REMOTE I/O BOARD, 2262617

126
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REV 4 DIRECTION 2357601–100

127
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REV 4 DIRECTION 2357601–100

128
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REV 4 DIRECTION 2357601–100

129
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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

132
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REV 4 DIRECTION 2357601–100

133
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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

136
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100
SKL IDC A1 – IDC INDUSTRIAL PC, 2199347 Series

137
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REV 4 DIRECTION 2357601–100
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138
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100
TBL – REVOLUTION XR/d TABLE, 2259988–2

139
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REV 4 DIRECTION 2357601–100

140
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REV 4 DIRECTION 2357601–100

141
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

142
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REV 4 DIRECTION 2357601–100
TBL A1 – BULKHEAD, see page 139, 2259988–2SCH

143
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REV 4 DIRECTION 2357601–100
TBL A2 – CONDITIONER, see page 139, 2259988–2SCH

144
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REV 4 DIRECTION 2357601–100
TBL A3 – POWER SUPPLY REGION, see page 139, 2259988–2SCH

145
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REV 4 DIRECTION 2357601–100

TBL A3 A1 – TABLE I/O, 2270274

146
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REV 4 DIRECTION 2357601–100

147
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

148
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REV 4 DIRECTION 2357601–100

149
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REV 4 DIRECTION 2357601–100

150
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REV 4 DIRECTION 2357601–100

151
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

152
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REV 4 DIRECTION 2357601–100

153
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REV 4 DIRECTION 2357601–100

TBL A3 A2 – TABLE LOGIC CONTROL BOARD

154
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REV 4 DIRECTION 2357601–100

155
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

156
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

TBL A3 A3 – DETECTOR POWER SUPPLY, No Schematic

157
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REV 4 DIRECTION 2357601–100

TBL A4 – TABLE SCISSOR MECHANISM, see page 139, 2259988–2SCH

158
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

TBL A5 – TOP FRAME, see page 139, 2259988–2SCH

159
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

TBL A6 – DETECTOR ASSEMBLY, see page 139, 2259988–2SCH

160
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REV 4 DIRECTION 2357601–100

TBL A6 A1 – ION CHAMBER ASSEMBLY, 2210104

161
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

TBL A6 A1 A1 – ION CHAMBER PREAMP, 2210104SCH

162
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REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 1 CONT.2
2210104SCH

A A

B B

C C

D D

E E

F F

H H
PATH: XRNETAPP1/USER12/DOCSRC/SCH/2210104.ILF (INTERLEAF 5.0)
REV 1 PCN: DESCRIPTION: MADE: GORDON HEILERT DATE: 99JUN04 DESIGN TITLE: ION CHAMBER PRE–AMP FOR REVOLUTIONXQ/i
MADE BY: DATE: APPR BY: DATE: CHECK: DATE: GE MEDICAL SYSTEMS FIRST MADE FOR: EAGLE1
REV 2 PCN: DESCRIPTION: APPR: DATE: Milwaukee, WI USA DRAWING NO. REV SIZE SHT. / CONT. ON
MADE BY: DATE: APPR BY: DATE: OTHER: DATE: 2210104SCH 0 B 1 / –
1 2 3 4 5 6 7 8 9 10 11

163
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100
TBL A7 – TABLE DRIVE, see page 139, 2259988–2SCH

164
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100
TBL A8 – TOP FRAME ENDS, see page 139, 2259988–2SCH

165
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REV 4 DIRECTION 2357601–100
TBL A9 – TABLE BASE, see page 139, 2259988–2SCH

TBL A9 A1 – PEDAL I/F BOARD–FRONT

TBL A9 A2 – PEDAL I/F BOARD–BACK
TBL A9 A3 – LIMIT I/O BOARD

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REV 4 DIRECTION 2357601–100

167
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REV 4 DIRECTION 2357601–100
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168
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REV 4 DIRECTION 2357601–100

OTS1 – OVERALL, 2269647SCH

169
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REV 4 DIRECTION 2357601–100

170
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

OTS1 A3 A1 – I/O BOARD, 2263526

171
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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100

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REV 4 DIRECTION 2357601–100
WLS – REVOLUTION XR/d WALLSTAND, Assembly: 2291655 and Schematic: 2291655SCH
A3 Top Section
A3 A1 Display Asm.

A2 Tower Area

A7 Control Arm

A2 A1 A2 I/O Board

A2 A1 A1 Power Supply
A2 A1 Electronics Module

A5 Receptor Arm A4 Carriage Area

(behind receptor)

A6 Receptor Area:
A6 A1 – Grid
A6 A2 – Ion Chamber
A6 A2 A1 – Pre Amp
A6 A3 – Detector

A1 Bulkhead

183
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100

184
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REV 4 DIRECTION 2357601–100

185
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187
 REVOLUTION XR/d FULL DIGITAL
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REV 4 DIRECTION 2357601–100
WLS – REVOLUTION XR/d WALLSTAND, Assembly: 2291655 and Schematic: 2291655SCH
A3 Top Section
A3 A1 Display Asm.

A2 Tower Area

A7 Control Arm

A2 A1 A2 I/O Board

A2 A1 A1 Power Supply
A2 A1 Electronics Module

A5 Receptor Arm A4 Carriage Area

(behind receptor)

A6 Receptor Area:
A6 A1 – Grid
A6 A2 – Ion Chamber
A6 A2 A1 – Pre Amp
A6 A3 – Detector

A1 Bulkhead

188
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WLS A2 A1 – ELECTRONICS MODULE, Schematic: S0002733

A2 A1 Electronics Module

A2 A1 A2 I/O Board

A2 A1 A1 Power Supply

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A2A1A1
A2A1FL1 A2A1CB1

A2A1A2

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REV 4 DIRECTION 2357601–100

A2A1A2

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WLS A2 A1 A1 – I/O BOARD, Assembly: 2290188, Schematic: 2290188SCH

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WLS A2 A2 – WALL STAND SPEED CONTROL BOARD (OPTIONAL), Assembly: S0002777, Schematic: S0002777

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WLS A2 A3 – SERVO POWER BOARD (OPTIONAL), Assembly: S0002821 and Schematic: S0002821

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WLS A3 A1 – DISPLAY ASM, Assembly: 2316329 and Schematic: 2302748

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REV 4 DIRECTION 2357601–100
1 2 3 4 5 6 7 8 9 10 SHT. 1 CONT.2
2210104SCH

A A

B B

C C

D D

E E

F F

H H
PATH: XRNETAPP1/USER12/DOCSRC/SCH/2210104.ILF (INTERLEAF 5.0)
REV 1 PCN: DESCRIPTION: MADE: GORDON HEILERT DATE: 99JUN04 DESIGN TITLE: ION CHAMBER PRE–AMP FOR REVOLUTIONXQ/i
MADE BY: DATE: APPR BY: DATE: CHECK: DATE: GE MEDICAL SYSTEMS FIRST MADE FOR: EAGLE1
REV 2 PCN: DESCRIPTION: APPR: DATE: Milwaukee, WI USA DRAWING NO. REV SIZE SHT. / CONT. ON
MADE BY: DATE: APPR BY: DATE: OTHER: DATE: 2210104SCH 0 B 1 / –
1 2 3 4 5 6 7 8 9 10 11

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ADS – ACQUISITION DIGITAL STATION, 2219402–2, 2219403–2

ADS A8
Workstation
Monitor

ADS A12
CDROM Burner
(SUN U10 only)

ADS
Acquisition Digital Station

ADS Enclosure

SUN U10 (old) SUNBLADE 150 (new)

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ADS ASSEMBLY (SUNBLADE 150, DIE PC–READY)
KEY TO CONNECTOR STYLES:
ADS A7 DICOM IEC 320
ADS A5 ADS A6
MONITOR BAR CODE
KEYBOARD MOUSE
READER ETNETB
SUB–D
Service
Key NEMA

RJ–45
14 12 11
SUPPLIED WITH 4

A1J9 A1J8 A1J7 A1J6 A1J5 A1J4

ADS A1 ETHERNET
RJ–45
A1J14 A1J1 A1J10 A1J2 A1J3

SYSTEM
CABINET 10
(TITAN)
SUPPLIED WITH 3 35
SUPPLIED WITH 5

37 ADS A4
PHONE TELEPHONE
15 MODEM JACK
PLUG OUTLET
20VAC
42

ADS A3 ADS A2 FIBER SYSTEM

SWITCH / CABINET
FILTER ASSM UPS MEDIA
OUT IN AC/AC RJ–45
CONVERTER
POWER
WALL OUTLET SUPPLY
120VAC/240VAC IN OUT IN OUT 33
IP SERVER PC
50/60 HZ
(optional)
34
41 36
38
44

ADS A8
FAN 10 AMP
ADS ENCLOSURE
49
POWER STRIP

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ADS ASSEMBLY (SUNBLADE 150)

Fiber XCVR

SYSTEM
CABINET

SYSTEM
CABINET
(TITAN)

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ADS ASSEMBLY (SUN U10 WITH LCD MONITOR)

230
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ADS ASSEMBLY (SUN U10 WITH CRT MONITOR)

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SCC1 – ADVANTX CONSOLE, 2224559

SCC1
Advantx Console

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1 2
2224559SCH

SYSTEM CONNECTOR
CIRCUIT BREAKER
SCC1–J1 SCC1–CB1
120_VAC 26 BLK 1 120_VAC 120VAC_BREAKER 2 BLK

POWER SUPPLY CONSOLE CONTROL PWA

SCC1–A1 SCC1–A2
EMI LINE FILTER TB1–1 120VAC_FILTER(TB1–3) TB2–2 YEL J5–1
SCC1_FL1 12VP 12VP
TB1–3 120RTN_FILTER (TB1–2) 12VN TB2–4 BRN J5–2 12VN
1 120VAC_BREAKER 120VAC_FILTER 4 BLK
TB1–5 LGND TB2–7 GRN J5–4 LGND
120_RTN 25 WHT 2 120_RTN CHASSIS_GND(TB1–1)
LGND TB2–8 GRN J5–6 LGND
3 CHASSIS_GND 120RTN_FILTER 5 WHT
VCC TB2–9 RED J5–7 VCC
VCC TB2–10 RED J5–8 VCC
TB2–6 GND HARNESS CHASSIS_GND
12VP (PWA MOUNTING SCREW)

GRN/YEL
GRN/YEL

CHASSIS_GND 42 GRN/YEL

CHASSIS_GND SHELL GRN/YEL

(CONNECTOR
MOUNTING
SCREW)
EL DISPLAY
SCC1–A3
GRN J2–3 LGND_DISPLAY
GRN J2–2 LGND_DISPLAY
PUR J2–1 VCC_DISPLAY

GND HARNESS CHASSIS_GND

(ESD SHIELD)

SCC1–STUD2

SCC1–STUD1

/user/xr_pwa/console_ASM/documents/gems_engineering_docu.drw/2224559sch.doc 1 2
J. Dwyer 28–Sept–1998 CONSOLE ASSEMBLY – TITAN VERSION
EAGLE
2224559SCH
1 2

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2 –
2224559SCH

SYSTEM CONNECTOR CONSOLE CONTROL PWA HANDSWITCH CRADLE HANDSWITCH

SCC1–J1 SCC1–A2 SCC1–A6–A1 SCC1–A6
24VL 1 ORN J3–1 24VL 12VP J2–2 12VP 12VP J1–1 J1–1 12VP
VL_RTN_FRT 16 PUR J3–4 VL_RTN_FRT TRIAL J2–5 TRIAL TRIAL J1–2 J1–2 TRIAL
SYS_ON*_FRT 34 BLU J3–5 SYS_ON*_FRT PREP J2–3 PREP PREP J1–3 J1–3 PREP
VL_RTN_LAT 11 GRY J3–6 VL_RTN_LAT EXPOSE J2–4 EXPOSE EXPOSE J1–4 J1–4 EXPOSE
SYS_ON*_LAT 29 BRN J3–7 SYS_ON*_LAT LGND J2–6 C
LGND
RESET_SW_FRT 23 ORN J3–11 RESET_SW_FRT CRADLE* J2–7 NO
CRADLE*
RESET_SW_LAT 18 PUR J3–12 RESET_SW_LAT
FRT_EXPOSE 4 RED J3–13 FRT_EXPOSE GND_HARNESS CHASSIS_GND
FRT_PREP 19 YEL J3–14 FRT_PREP
FRT_24V 37 ORN J3–15 FRT_24V
LAT_EXPOSE 13 PUR J3–16 LAT_EXPOSE SCC1–STUD3 INFARED TOUCH FRAME
LAT_24V 31 BLU J3–17 LAT_24V SCC1–A4
LAT_PREP 20 GRY J3–18 LAT_PREP LGND J10–1 J5–1 LGND
RESET_P 12 BRN J3–19 RESET_P LGND J10–2 J5–2 LGND
RESET_N 30 RED J3–20 RESET_N TXDA* J10–3 J5–3 TXDA*
LGND J10–4 J5–4 LGND
RXDA* J10–5 J5–5 RXDA*
VCC_ISO J10–6 J5–6 VCC_ISO
CTSA* J10–7 J5–7 CTSA*
VCC_ISO J10–8 J5–8 VCC_ISO
DTRA* J10–9 J5–9 DTRA*
VCC_ISO J10–10 J5–10 VCC_ISO
FLAT CABLE
J8 GE_BUS_RXD
J6 GE_BUS_TXD
SYSTEM ON/STAND–BY
SWITCH/LAMP
SCC1–SW1
22 FIBER OPTIC ON_SWITCH J1–3 RED ON–POLE2–4 ON_SWITCH SW_TO_LMP ON–POLE1–4 BLU
GE_BUS_RXD J1–4 YEL ON–POLE2–3 VL_RTN_FRT
VL_RTN_FRT
21 FIBER OPTIC J1–9 GRY ON–POLE1–3 12VP_ISO
GE_BUS_TXD 12VP_ISO
SYS_ON* J1–7 BLU ON–POLE1–A SYS_ON* SW_TO_LMP ON–POLE1–B
(THIS SWITCH IS LABELED
”ON” INSIDE OF CASE.)

SYSTEM RESET SWITCH

SCC1–SW2
AUDIO JACK J1–14 PUR OFF–3
RESET_SWITCH RESET_SWITCH
SCC1–J2 J1–13 ORN OFF–4
1 GRY J3–21 VL_RTN_FRT VL_RTN_FRT
PEXT1 PEXT1 (THIS SWITCH IS LABELED
PEXT2 2 BLU J3–22 PEXT2 ”OFF” INSIDE OF CASE.)

XRAY ON LAMP
SCC1–IND1
12VP_ISO J1–10 BLK IND–B 12VP_ISO
XRAY_ON* J1–8 BRN IND–A XRAY_ON*
SELFTEST J1–26 J9–5 LGND (THIS SWITCH IS LABELED
LGND J1–3 J9–6 ”IND” INSIDE OF CASE.)
LGND
VSYNC J1–24 J9–1 F_VSYNC
LGND J1–21 J9–2 LGND OPTICAL ENCODER
EL DISPLAY HSYNC J1–22 J9–3 F_HSYNC SCC1–V1
SCC1–A3 LGND J1–19 J9–4 LGND VCC J4–1 RED 1 VCC
D0 J1–2 J9–7 F_D0 CLAR_CHB J4–3 ORN 3 CLAR_CHB
LGND J1–5 J9–8 LGND CLAR_CHA J4–4 YEL 4 CLAR_CHA
D1 J1–4 J9–9 F_D1 LGND J4–5 GRN 5 LGND
LGND J1–1 J9–10 LGND
PCLK J1–18 J9–11 F_PCLK
LGND J1–17 J9–12 LGND
D2 J1–6
J1–8
D3

/user/xr_pwa/console_ASM/documents/gems_engineering_docu.drw/2224559sch.doc 2 2
J. Dwyer 28–Sept–1998 CONSOLE ASSEMBLY – TITAN VERSION
EAGLE
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SCC1 A2 – CONTROL BOARD, 2106682–2

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1 2 3 4 5 6 7 8 9 10 SHT. 2 CONT. 3
2106682SCH

A A

ARCNET_RS232_IF

CHIP_SELECTS(10:0)
MISC_IO(8:0)
RES_CONTROL(9:0)

RES_ADDRESS(20:0)
B RES_DATA(15:0) B
INTERRUPTS(3:0)
RESETS(4:0)

CPU_CONTROL SHEET 7

CHIP_SELECTS(10:0)
C CHIP_SELECTS(10:0) C
RES_CONTROL(9:0)
MISC_IO(8:0) RES_CONTROL(9:0)
RES_ADDRESS(20:0)
INTERRUPTS(3:0) RES_ADDRESS(20:0)
RES_DATA(15:0)
RES_DATA(15:0)

RESETS(4:0)
SHEETS 3–6

RESETS(4:0)

D D
INTERRUPTS(3:0)

MISC_IO(8:0)

E E

VCC SWITCH _RELAY_IF EN CODER_PIEZO_IF PLASMA_DISPLAY_IF

POWER_DECOUPLING
CHIP_SELECTS(10:0) CHIP_SELECTS(10:0)
VCC 12VP
RES_CONTROL(9:0) RES_CONTROL(9:0)
MISC_IO(8:0) MISC_IO(8:0) MISC_IO(8:0)
12VP LED5V RES_ADDRESS(20:0) RES_ADDRESS(20:0)

RES_DATA(15:0) RES_DATA(15:0) RES_DATA(15:0)

LED5V
INTERRUPTS(3:0) INTERRUPTS(3:0)
F LGND RESETS(4:0) RESETS(4:0) F
L
SHEET 8 SHEET 9 SHEETS 10–13
12VN
SHEET 14

12VN

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1 – S E P – 94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER P o t t e r – Hu m m e r DATE 1 – S E P –9 4 2 1 0 66 8 2 S C H 0 B 2 /3

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1 2 3 4 5 6 7 8 9 10 SHT. 3 CONT. 4
2106682SCH

A A

MISC_IO(8:0)

ME MORY_IF

CPU_STATUS(3:0)
B B
CHIP_SELECTS(10:0)

RES_CONTROL(9:0)

RES_ADDRESS(20:0) IO_IF
RES_DATA(15:0)
RESETS(4:0)
SHEET 5 MISC_IO(8:0)

C RESETS(4:0) C

RES_DATA(15:0)
CPU_80C186

CPU_STATUS(3:0) SHEET 6

CHIP_SELECTS(10:0)
CHIP_SELECTS(10:0)
RESETS(4:0)
RESETS(4:0)
D RES_CONTROL(9:0) D
RES_CONTROL(9:0)

RES_ADDRESS(20:0)
RES_ADDRESS(20:0)
INTERRUPTS(3:0)
INTERRUPTS(3:0)
RES_DATA(15:0)
RES_DATA(15:0)

E SHEET 4 E

F F

H BLOCK PATHNAME /user/advantx_ii/console_ASM/console_control_pwa/cpu_control BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION M ADE S c o t t Bi e l s k i DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _C O N S O L E _ C O N T R O L _ P W A
MADE BY DATE APPR BY DATE C HECK J i m W o od s DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X– I I _ C O N S O L E _ A S M
REV 2 PCN DESCRIPTION A PPR Scott Bielski DATE 1–SEP–94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE O THER Potter–Hummer DATE 1–SEP–94 2 1 0 66 8 2 S C H 0 B 3/4

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1 2 3 4 5 6 7 8 9 10 SHT. 4 CONT. 5
2106682SCH

CHIP_SELECTS(10:0)

A 7 PCS5* PCS4* 6 A
INTERRUPTS(3:0) 8 PCS6* PCS3* 5
9 MCS0* PCS2* 4 RES_CONTROL(9:0)
10 MCS1* PCS1* 3
PCS0* 2
UCS* 1 U22
LCS* 0 S N 7 4 A B T 84 1 _ U T F

35
36
37
38

32
31
30
29
28
27
25

34
33
V CC 0 2 1D 1Q 23 RADDR0 0

M C S3
M C S2
M C S1
M C S0

P C S 6 / A2
P C S 5 / A1
P C S4
P C S3
P C S2
P C S1
P C S0

U CS
L CS
VCC 1 3 2D 2Q 22 1
2 4 3D 3Q 21 2
3 5 4D 4Q 20 3
4 6 5D 5Q 19 4
0 52 S0 5 7 6D 6Q 18 5
1 53 6 8 17 6
R48 Y2 S1 7D 7Q
2K 8 2 54 S2 A D0 17 AD0 0 7 9 8D 8Q 16 7
B VC C A D1 15 1 8 10 9D 9Q 15 8 B
O S C _ TR I– S 20 TMRIN0 A D2 13 2 9 11 10D 10 Q 14 RADDR9 9
1 OE OUT 5
CPU_CLK 22 TMROUT0 A D3 11 3
A D4 8 4 1 OC
1 6 . 00 0 M H z RALE
21 TMRIN1 A D5 6 5 1 13 C
GN D 23 4 6
TMROUT1 A D6
4 A D7 2 7
18 DRQ0 A D8 16 8 U23
19 DRQ1 U24 A D9 14 9 S N 7 4 A B T 84 1 _ U T F
L L N 8 0 C 18 6 X L _ U T F 12 10
A D 10
A D 11 10 11 10 2 1D 1Q 23 RADDR10 10
0 VSYNC_INT 45 7 12 11 3 22 11
INT0 A D 12 2D 2Q
1 DUART_INT 44 5 13 12 4 21 12
INT1 A D 13 3D 3Q
2 ENCODER_INT 42 3 14 13 5 20 13
I N T 2 / I N TA 0– A D 14 4D 4Q
3 ARC_INT 41 I N T 3 / I N TA 1– A D 15 1 AD15 15 14 6 5D 5Q 19 14
C NMI 46 15 7 18 15 C
NMI 6D 6Q
A 1 6 / S3 68 A16_S3 1 6 16 8 7D 7Q 17 16
A D D R _D A TA ( 1 9 : 0 )
59 X1 A 1 7 / S4 67 A17_S4 1 7 17 9 8D 8Q 16 17
58 X2 A 1 8 / S5 66 A18_S5 1 8 18 10 9D 9Q 15 RADDR18 18
A 1 9 / S6 65 A19_S6 1 9 11 10D 10 Q 14 RBHE* 20
57
R36 RESET
100 24 RES 1 OC
56 CLKOUT 13 C
RES_ADDRESS(20:0)
1 RALE

B H E – / S7
DT/R–
LOCK

SRDY
ARDY
TEST

HOLD
HLDA
L

DEN

ALE
R44

WR
RD
100

39
48
40

61
63
62
64

49
55
47

50
51
L
CPU_HOLD 7
D BHE* D
CPU_ARDY
VC C
RES_DATA(15:0)
L
R35
R34
2K
3 DT_R
100
L U20
RESETS(4:0)
U21 74ABT16245–1
74ALS244A 3 RDTR* 1 DIR1
1 _ 1G RRD* 5 24 DIR2
3 4 0 1 19 RWR* 4 RDEN* 48
SELF_RST VCC _ 2G _G1
RALE 1 25
E VCC
2 18
_G2 E
1 A1 1Y 1
R28 4 16 RDEN* 2 0 47 2 RDAT0 0
R29 6
1 A2 1Y 2
14 1 46
1A1 1Y1
3 1
2K 1 A3 1Y 3 1A2 1Y2
8 12 2 44 5 2
R 26 4.75K
CLKOUT
1 A4 1Y 4 R41 1A3 1Y3
4. 7 5 K 11 2 A1 2Y 1 9 RCLK 0 3 43 1A4 1Y4 6 3
U11 13 2 A2 2Y 2 7 33.2 4 41 2A1 2Y1 8 4
LTC1232 15 5 LWR* 8 5 40 9 5
PB_SYS_RST* 2 A3 2Y 3 2A2 2Y2
1 6 PWA_RST* 17 3 LRD* 9 6 38 11 6
_ P BR ST _RST 2 A4 2Y 4 2A3 2Y3
2 TD 7 37 2A4 2Y4 12 7
3 TOL RST 5 PWA_RST 8 36 3A1 3Y1 13 8
2 C 7 9 35 14 9
_ST 3A2 3Y2
S3 L 10 33 3A3 3Y3 16 10
P U SH S W B Q1 11 32 3A4 3Y4 17 11
M M B T 3 9 04 L TOL_10 12 30 19 12
C 40 4A1 4Y1
F 1
V CC 13 29 4A2 4Y2 20 13 F
E 14 27 22 14
RESET R27 0.01U 4A3 4Y3
4 .7 5 K 15 26 23 RDAT15 15
R31 4A4 4Y4

2K
L
CPU_STATUS(3:0)
L L
WATCH_DOG 6

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a / c p u _ c o n t r o l / c p u _ 8 0c 1 8 6 BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1 – S E P – 94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER P o t t e r – Hu m m e r DATE 1 – S E P –9 4 2 1 0 66 8 2 S C H 0 B 4 /5

240
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

241
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 10 SHT. 6 CONT. 7
2106682SCH

VC C
A A
U9
16 16 16 16 16 16 16 16 R19 74 H C 2 4 4
10K 1
S2 _1G
180H *
D IP SW 8 19 _2G
1 2 3 4 8 7 6 5
1 16 8 1A1 1Y1 12 RDAT0 0 L ED 5 V
13 1A2 1Y2 7 1
2 15 4 1A3 1Y3 16 2 * I/O ADDRESS DIAGNOSTIC STATUS
17 3 3
1A4 1Y4 *
L 3 14 2 2A1 2Y1 18 4 182H
15 2A2 2Y2 5 5
4 13 6 2A3 2Y3 14 6 U1 0 DS1 DS 2 DS3 DS4 DS5 DS6 DS7 DS8
DIAGNOSTIC 11 2A4 2Y4 9 RDAT7 7 74HCT273 55 5 – 3 0 0 7
5 12 PWA_RST* 1 RED RE D R ED RED R ED RED RED RE D
_ C LR
B CONFIG 11 CLK B
6 11
0 RDAT0 1 8 1 D 1 Q 1 9
7 10 1 4 2D 2Q 5
2 14 3D 3Q 15
8 9 3 8 4D 4Q 9
4 13 5D 5Q 12
5 7 6D 6Q 6
VC C 6 17 7D 7Q 16
7 RDAT7 3 8D 8Q 2

U8 V CC
16 16 16 16 16 16 16 R1 9 74 H C 2 4 4
10K 1
C S1 _1G
1 8 1 H* C
D IP SW 8 19 _2G
15 14 13 12 11 10 9
1 16 2 18 RDAT8 8 16
1A1 1Y1
4 1A2 1Y2 16 9 0 1
2 15 6 1A3 1Y3 14 10 1 2
8 1A4 1Y4 12 11 2 3
L 3 14 11 2A1 2Y1 9 12 3 4
13 2A2 2Y2 7 13 4 5
4 13 15 2A3 2Y3 5 14 5 6
ARCNET 17 2A4 2Y4 3 RDAT15 15 6 7
5 12 7 8 R54
8 9
NODE I.D. 6 11 9 10
10K
2%
VCC 10 11
0.08W
CPU DATA BUS PULL–UP TERMINATION
7 10 11 12
12 13
D 8 9
R18 13 14 D
10K 14 15
15 VCC
RES_DATA(15:0)
R50
10K
RESETS(4:0) 0

7 DIP_SW_RD*
E E
8 LED_WR*
MISC_IO(8:0)

F F

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a / c p u _ c o n t r o l / i o _ i f BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1 – S E P – 94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER P o t t e r – Hu m m e r DATE 1 – S E P –9 4 2 1 0 66 8 2 S C H 0 B 6 /7

242
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

243
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

244
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 10 SHT. 9 CONT. 10
2106682SCH

C16

A A
10 0 P
RES_DATA(15:0) 50 V
10 %
0 RDAT0
1
R13 R12
2 10K 20.0K
3
4 3 R7 PEXT1
PIEZO 0.5W 12 VP J3 21
5 10% 4 99
6 100K
VOLUME 2
7 RDAT7 R8 C20
1 R4 PEXT2
J3 22
UP (CW) = 1 4 99
0. 1 U L
5 PCS3* D O W N ( C CW ) = 0 L 25 V
B CHIP_SELECTS(10:0) 10 % B
TP5

23
22
21
19
18
17
15
14
13
12
11
10
9
8
7
6
5
4
Y EL L O W 2 8 AR1
I– T L E 20 62 C D

I O3 7
I O3 6
I O3 5
I O3 4
I O3 3
I O2 1
I O2 0
I O1 9
I O1 8
I O1 7
IO 8
IO 7
IO 6
IO 5
IO 4
IO 3
IO 2
IO 1
U6 V+ PIEZO_H
1
7 4 H CT 14 OUT
C17 TL072_IN
RESETS(4:0) PIEZO* PIEZOAMP_IN 3 V–
IO49 24 5 6 I+
IO50 25 BUZ_EN 4
IO51 26 WATCH_DOG 0.1U C 22
RES_ADDRESS(20:0) 27 25V
IO52 10% R14 R17
4 PCS2* 2 I1 IO53 28 1M 20 .0 K
0 PWA_RST* 32 29 CLK_DN 1 00 P P KM 4 4 E P – 0 90 1 2 MT1
RES_CONTROL(9:0) I2 IO54
1 RADDR1 34 30 CLK_UP 5 0V
I3 U12 IO55 12 VN 1 0%
4 RWR* 68 I4 E P M 5 1 2 8– 2 IO56 31 UP1_DOWN0
5 RRD* 66 38
C PHASE_A* 36
I5 IO65
39 CNT_DN* L
R16 1 C
VCC I6 IO66
PHASE_B* 35 I7 2106793 IO67 40 CNT_UP* 20 .0 K
41 U6
R2 4 IO68
42
12VP
IO69 7 4 H CT 14 VC C
2K IO70 43
IO71 44 13 12
0 RCLK 1 45 ENCODER_INT 2
U6 I / C LK IO72
6 8 AR1
74HCT14 U6 M E B 12 – 5 2 DS10 I– T L E 2 0 6 2C D

I O 1 20
I O 1 19
I O 1 18
I O 1 17
I O 1 16
I O 1 15
I O 1 14
I O 1 13
I O 1 01
I O 1 00
R1 0 7 4 H CT 14 V+

IO99
IO98
IO97
IO85
IO84
IO83
IO82
IO81
CLAR_CHB 11 10 7 PIEZO_L
J4 3 V CC P OS OUT
1 2
10 0 N EG R15 5 V–
PH_A I+

65
64
63
62
61
60
59
58
57
56
55
53
52
51
49
48
47
46
1 4
VCC U6 10K
R25 7 4 H CT 14
L C 19
2K
3 4 BUZ_EN*
D VCC R9 D
J4 1 EPM_OE 0 .1 U L
2K
2 5V
U6 12VN 1 0%
7 4 H C T1 4
3 SELF_RST XC_RST* 4
CLAR_CHA R11 9 8
J4 4
100 XC_PROG 5
PH_B 2 RADDR2
DIP_SW_RD* 7
LGND 3 RADDR3 INTERRUPTS(3:0)
J4 5 LED_WR* 8
L 4 RADDR4
RELAY_WR* 3

E J4 2 E
MISC_IO(8:0)

6 WATCH_DOG

F F

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a / e n c o d e r _ p i e z o _ i f BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1–SEP–94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER Potter–Hummer DATE 1 – S E P –9 4 2 1 0 66 8 2 S C H 0 B 9 /1 0

245
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 10 SHT. 10 CONT. 11
2106682SCH

A A

VIDEO_MEMORY
B B
BANK0_ADDR(11:0) BANK0_DATA(15:0)

BANK0_CNTL(2:0) BANK1_DATA(15:0)

BANK1_ADDR(11:0) FONT_DATA(7:0)

BANK1_CNTL(2:0)

DISPLAY_CONTROL FONT_ADDR(16:0)

BANK0_ADDR(11:0) FONT_CNTL(1:0)
SHEET 12
C BANK0_DATA(15:0) BANK0_CNTL(2:0) C
BANK1_DATA(15:0) BANK1_ADDR(11:0)

FONT_DATA(7:0) BANK1_CNTL(2:0)

FONT_ADDR(16:0)
CHIP_SELECTS(10:0)
CHIP_SELECTS(10:0) FONT_CNTL(1:0)
RES_CONTROL(9:0)
RES_CONTROL(9:0) DISPLAY_DRIVE
RES_ADDRESS(20:0)
RES_ADDRESS(20:0) DISP_DATA(3:0)
RES_DATA(15:0)
RES_DATA(15:0) DISP_SYNC(3:0)

D DISP_DATA(3:0) D
MISC_IO(8:0)
MISC_IO(8:0) INTERRUPTS(3:0)
SHEET 11 DISP_SYNC(3:0)

SHEET 13

E E

INTERRUPTS(3:0)

F F

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a / p l a s m a _ d i s p l a y _ i f BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1 – S E P – 94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER P o t t e r – Hu m m e r DATE 1 – S E P –9 4 2 1 0 66 8 2 S C H 0 B 1 0 /1 1

246
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

247
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 10 SHT. 12 CONT. 13
2106682SCH

A FONT_ADDR(16:0)
A
FONT / GRAPHICS
MEMORY
FONT_CNTL(1:0)

U25
H M 6 28 12 8 L P – 8

0 12 A0
BANK1_ADDR(11:0) 1 11 A1
2 10 A2
3 9 A3
BANK1_CNTL(2:0) 4 8 13 0
A4 I O0
5 7 A5 I O1 14 1
6 6 A6 I O2 15 2
B 7 5 A7 I O3 17 3 B
U32 U34 8 27 A8 I O4 18 4
C Y 7 C 1 85 – 3 5 C Y 7 C 1 8 5 –3 5 9 26 A9 I O5 19 5
BANK0_ADDR(11:0) 10 23 20 6
A10 I O6
0 21 0 21 11 25 21 7
A0 A0 A11 I O7
1 23 1 23 12 4
A1 A1 A12
BANK0_CNTL(2:0) 2 24 11 0 2 24 11 0 13 28
A2 IO0 A2 I O0 A13
3 25 A3 IO1 12 1 3 25 A3 I O1 12 1 14 3 A14
4 2 A4 IO2 13 2 4 2 A4 I O2 13 2 15 31 A15
5 3 15 3 5 3 15 3 16 2
A5 IO3 A5 I O3 A16
6 4 16 4 6 4 16 4
A6 IO4 A6 I O4
7 5 A7 IO5 17 5 7 5 A7 I O5 17 5 1 FONT_WE* 29 WE
8 6 18 6 8 6 18 6 22
A8 IO6 A8 I O6 CS1
9 7 19 7 9 7 19 7 30
A9 IO7 A9 I O7 VCC CS2
10 8 10 8 L 24
C A10 A10 OE C
11 9 A11 11 9 A11
10 A12 10 A12
F O N T _ L O GO
1 CHAR0_WE* 27 1 CHAR1_WE* 27 0 FONT_OE*
WE WE V CC
VCC 20 CE1 20 CE1
26 CE2 26 CE2
0 BANK0_OE* 22 OE 0 BANK1_OE* 22 OE
R49
R45 2K
2K L C H AR A C T E R L C H A RA C T E R

U28 U30 FONT_DATA(7:0)

C Y 7 C 1 85 – 3 5 C Y 7 C 1 8 5 –3 5
D D
0 21 0 21
A0 A0
1 23 1 23
A1 A1
2 24 A2 IO0 11 8 2 24 A2 I O0 11 8
3 25 12 9 3 25 12 9
A3 IO1 A3 I O1
4 2 13 10 4 2 13 10
A4 IO2 A4 I O2
5 3 A5 IO3 15 11 5 3 A5 I O3 15 11
6 4 16 12 6 4 16 12
A6 IO4 A6 I O4
7 5 17 13 7 5 17 13
A7 IO5 A7 I O5
8 6 18 14 8 6 18 14
A8 IO6 A8 I O6
9 7 19 15 9 7 19 15
A9 IO7 A9 I O7
10 8 A10 10 8 A10
11 9 A11 11 9 A11
10 10
E A12 A12 E
2 ATTR0_WE* 27 WE 2 ATTR1_WE* 27 WE
20 CE1 20 CE1
26 CE2 26 CE2
0 BANK0_OE* 22 OE
0 BANK1_OE* 22 OE

L A T TR I B U T E L A T T RI B U T E

BANK1_DATA(15:0)

F BANK0_DATA(15:0) F

DISPLAY MEMORY DISPLAY MEMORY

BANK 0 BANK 1

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a / p l a s m a _ d i s p l a y _ i f /v i d e o _ m e m or y BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1 – S E P – 94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER P o t t e r – Hu m m e r DATE 1 – S E P –9 4 2 1 0 66 8 2 S C H 0 B 1 2 /1 3

248
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

249
 REVOLUTION XR/d FULL DIGITAL
GE MEDICAL SYSTEMS SYSTEM SCHEMATICS
REV 4 DIRECTION 2357601–100

1 2 3 4 5 6 7 8 9 10 SHT. 14 CONT. –––

2106682SCH

12 V P TP3 VCC
A A
WHITE
J5 1
12VP

C28 C2 C 43 C11 C26 C37 C 36 C38 C59 C51 C62 C34 C83 C76 C77 C64 C65 C55
+ C41 + C78 + C1 + C29
J5 3 0. 1 U 0.1U 0. 1 U 0 . 1U 0. 1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U
33U 22U 22U 22 U 25 V 25V 25 V 25V 25 V 25V 25 V 25V 25V 2 5V 25V 25V 25 V 25V 25V 2 5V 25V 25V
16V 20V 20V 20 V 10 % 10% 10 % 10% 10 % 10% 10 % 10% 10% 1 0% 10% 10% 10 % 10% 10% 1 0% 10% 10%
J5 4
LGND

J5 7
VCC
L
VCC
J5 8

J5 9
VCC
B B
C 79 C50 C86 C87 C68 C75 C82 C81 C88 C74 C69 C63
+ C35 + C24 + C91 + C84 + C67 + C73 + C95 + C54 + C53
T P1 TP6 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U
47U 47U 47U 47 U 22U 2 2U 22U 22U 22U 25 V 25V 25V 2 5V 25V 25V 25 V 25V 25V 2 5V 25V 25V
BL A C K BLACK 10V 10V 10V 10 V 20V 2 0V 20V 20V 20V 10 % 10% 10% 1 0% 10% 10% 10 % 10% 10% 1 0% 10% 10%
J5 5
LGND

BL AC K
L
T P7 VCC

J5 6
LGND

C C71 C42 C56 C60 C 61 C89 C52 C57 C58 C47 C49 C48 C18 C30 C31 C32 C
+ C66 + C44 + C39
TP4 0 . 1U 0.1U 0. 1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U
33U 22U 22U 25V 25V 25 V 25V 25 V 25V 25V 2 5V 25V 25V 25 V 25V 25V 2 5V 25V 25V
WHITE 16V 20V 20V 10% 10% 10 % 10% 10 % 10% 10% 1 0% 10% 10% 10 % 10% 10% 1 0% 10% 10%
J5 2
12VN

L
12 V N VCC

VC C TP2
C72 C80 C96 C 15 C10 C14 C70 C90 C92 C23 C94 C85 C33 C45 C27
RED
R1 U7
74HC14 0.1U 0. 1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U 0. 1 U 0 . 1U 0.1U 0 .1 U 0.1U 0.1U
2K 25V 25 V 25V 25 V 25V 25V 2 5V 25V 25V 25 V 25V 25V 5 0V 50V 50V
D 13 12 10% 10 % 10% 10 % 10% 10% 1 0% 10% 10% 10 % 10% 10% 1 0% 10% 10% D
U1 6
7 4H CT 1 4
L
11 10
CHASSIS GROUND CONNECT
U1 6 U39 U 40
7 4H CT 1 4
1 2V P
13 12

12VP
L L
E L E
VCC

VCC
PGA / PLCC / SSOP POWER PIN–OUT
–––––––––––––––––––––––––––––––– CR1
V CC V CC 12VP VCC VCC V CC V CC VCC DEVICE VCC LGND P R L L5 8 1 7
–––––––– –––––––––––– ––––––––––––
1 14 1 20 1 20 1 24 1 28 1 32 1 8
EPM5128 3,20,37,54 16,33,50,67 LED5V
XC3090A D9,D14,H14,D3, D8,C14,J14,C3,
P14,N9,P3,H3 N14,N8,N3,J3 C3
80C186XL 9, 43 26, 60 0. 1U
F 7 8 10 11 10 11 12 13 14 15 16 17 4 5
25 V F
10 %
SCC2692 44 22 LGND
L L L L L L
COM20020 15, 28 7, 14, 22
12VN
L
74ABT162245/ 7,18,31,42 4,10,15,21,
74HC14 74XX273 SN75C1154N 74ABT841 CY7C185 HM628128 XC1765 74ABT16245–1 28,34,39,45 12VN
7 4H C T 1 4 74XX244
PAL22V10 28 14

29F010 32 16 1 2V N

H BLOCK PATHNAME / u s e r / a d v a n t x _ i i /c o n s o l e _ A SM / c o n s o l e _ c o n t r o l _ p w a / p o w e r _ d e c o u p l i n g BLOCK SHT 1 OF 1 H

REV 1 PCN DESCRIPTION MADE Scott Bielski DATE 1–SEP–94 D E S I G N T I T L E A D V A N T X – I I _ C O N S O L E _ C ON T R O L _ P W A
MADE BY DATE APPR BY DATE CHECK Jim Woods DATE 1–SEP–94 GE MEDICAL SYSTEMS F I R S T M A D E F O R A D V A N T X – I I _ C O N S O LE _ A S M
REV 2 PCN DESCRIPTION APPR Scott Bielski DATE 1–SEP–94 Milwaukee, WI USA DRAWING NO. REV SIZE SHT./CONT. ON
MADE BY DATE APPR BY DATE OTHER P o t t er – H u m m e r DATE 1–SEP–94 2 1 0 66 8 2 S C H 0 B 1 4 /– – –

250
GE Medical Systems

GE Medical Systems: Telex 3797371

P.O. Box 414, Milwaukee, Wisconsin 53201 U.S.A.
(Asia, Pacific, Latin America, North America)
GE Medical Systems — Europe: Telex 698626
283, rue de la Miniére, B.P. 34, 78533 Buc Cedex
France