neering ADVANCE DATA MECHANICAL DATA Bulb 1-63 Base B9-1, Miniature Button, 9-Pin Outline 6-2 Pasing ONE Cathode Coated Unipotential Mounting Position ‘any ELECTRICAL DATA HEATER CHARACTERISTICS AND RATINGS Average Characteristics Heater Operation Series Parallel Heater Voltage 643 6.39 Heater Current, 6001 600 Heater Warm-up Time? a - © tings (Design teximun Vets) Min.-Max. Min-Hax. Heater Voltage? - Heater Current3 560-640 Maximum Heater-Cathode Voltage Heater Negative with Respect to Cathode Total DC and Peak 200 200 Heater Positive with Respect to Cathode De 100 100 Total DC and Peak 200 200 DIRECT INTERELECTRODE CAPACITANCES Triode Section Shielded Unshielded Grid to Plate 2.8 2.8 Input: g to (htk+Pk,g3,1.S.) 3.0 2.8 Output: p to (h*+PK,g3,T.S.) 2ah 1.6 Pentode Section Grid No. 1 to Plate 3-025 303 Input: gl to (h+k,g3,1.S.+g2) 7.5 15 Output: p to (htk,g3,1.S.+g2) 3.0 2.3 from JEDEC release #3687, April 16, 1962 data service +t | SYLVANIA OHLE (Yada Volts Ma Seconds QUICK REFERENCE DATA Yhe Sylvania Type SHLB contains a medium mu triode and high On pentode in a T-63 bulb. The triode is designed for sync separator, voltage anplifier or general purpose use. The pentode cen be used as a video IF amp., AGC amp. and reactance tube Max.| > apy |“ SYLVANIA ELECTRONIC TUBES Srna Ee Pru tac RECEIVING ‘TUBE OPERATIONS EMPORIUM, PA. Prepared ond Reed By The TECHNIcaL POBLICATIONS SECTION "EMPORIUM, PEMRAYLY ANIA March 29, 1962 Page 1 of 2SYLVANTA OHLB Page 2 RATINGS (Design Maxim Values) Plate Voltage Grid No. 2 Supply Voltage Grid No. 2 Voltage Positive Grid No. 1 Voltage Plate Dissipation Grid No. 2 Dissipation Grid No. 1 Circuit Resistance Fixed Bias Self Bias AVERAGE CHARACTERISTICS Plate Voltage Grid Wo. 2 Voltage Grid No. 1 Voltage ‘Transconductance Plate Current Grid No. 2 Current Plate Resistance (Approx.) Amplification Factor Eel for Ib * 20 ya (approx.) NOTES: 1. For series/parallel operation of heaters, equipment should be designed that at normal supply voltage bogey tubes will operate at this value of heater current/voltage. Triode Section 330 Pentode Section 330 330 See Rating Chart 25 1.0 1.0 Tricde Section 125 -1.0 7000 125 5000 Lo ° 245 0.55 Pentode Section 125 125 -21.0 10,000 124 tS 150,000 7 Volts Max. Volts Max. Volts Max. Watts Max. Watt Max. Megotn Megohns Volts Volts Volts umhos Ohms: Volts 2. Heater warm-up time is defined as the tine required for the voltage across the heater to reach 60% of the rated heater voltage after applying four (l1) times rated heater voltage to a circuit consisting of the tube heater in series with a resistance equal to three (3) times the rated heater wltage divided by the rated heater current, 3. Heater voltage supply variations shall be restricted to maintain heater voltage/ourrent within the specified values.