REV. F DOC-3120-F91 NOVEMBER, 1995 SERVICE MANUAL AMATEUR 10 METER MOBILE TRANSCEIVER AM/FM/SSB/CW y 1 ccv000” [anal ae a) i 204000 ake aonn ees | a a ieee Le ree] VATE) (RANGER ) Communications, Inc. J 3377 Carmel Mountain Road jo, CA 92121 (619) 259-0287 » FAX (619) 259-0437Communications, In SECTION SUBJECT SPECIFICATIONS ............e..osccee . INTRODUCTION 1.0 Introduction ... 1.1 RCI-2950 Features .. 1.2 RCI-2970 Features... OPERATION 2.0 Introduction 2.1 Controls and iections 2.2 Rear Panel Connectors 2.3 Microphone... 2.4 RCI-2950/2970 Operation... ALIGNMENT 3.0 Introduction ... 3.1 PLL Synthesizer/Oscillator Frequency Agent 3.2 Receiver Alignment... 3.3 Transmitter Alignment eos y » 4, PROGRAMMING 4.0 Introduction 4.1 Frequency Selectio 4.2 Frequency Scanning 4.3 Offset Frequency Operation 5. BLOCK DIAGRAM DESCRIPTION 5.0 Introduction .. . St 5.1 Receiver Description 5A 5.2 PLL Description. 541 5.3 Transmitter Description 5-2 6. SCHEMATICS/BOARD LAYOUTS 6-1 7. RCI-2950 PARTS LIST so TA 8, RCI-2970 PARTS LIST 7 a Bf 9, RCI-2950 SURFACE MOUNT SCHEMATIC/CPU PCB BOARD LAYOUTS........... 9-1 10. RCI-2950 SURFACE MOUNT CPU PCB PARTS LIST......... frost 10-1 WARRANTY .. .~BACK COVERRANGER Communications, Inc. Nab ae ab GENERAL Model RCI-2950 RCI-2970 Frequency Range 28.0000-29.6999 MHz 28.0000-29.6999 MHz Tuning Steps 100 He, 1 kHz, 10 kHz, 100 kHz, 1 MHz 100 Hz, 1 kHz, 10 KHz, 100 kHz, 1 MHz Emission Types Frequency Control Frequency Tolerance USB, LSB(A3J), CW(A1), AM(A3), FM(F3) Phase-Locked-Loop Synthesizer 0.005% USB, LSB(A3J), CW(AT), AM(A3), FM(F3) Phase-Locked-Loop Synthesizer 0.005% Frequency Stability 0.001% 0.001% ‘Temperature Range °C to 40°C. 0% to 40°C ‘Antenna impedence 502 502 Microphone 4000, Dynamic PTT 4000, Dynamic PTT Meter Function RF Output, RX Receive Signal Strength RF Output, RX Receive Signal Strength Modulation, SWR Calibration, SWR___ Modulation, SWR Calibration, SWR Input Vortage 13.8 VOC 13.8 VOC Dimensions THAW x 10941 x 27H DAW X1OWLX EH Weight Abs. 3 oz. Zibs_ 6.02. TRANSMITTER RF Power Output 25W: USB/LSB ‘100W: USB/LSB aw: CW SOW: CW W: AM/EM SOW: AM/FM. RF Transmit Modes. USB, LSB, CW, AM, FM USB, LSB, CW, AM, FM ‘Antenna Connector UHE Type, 500 UHF Type, 500 Modulation 16F3, ASE, J3E, AIA 16F3, ASE, JE, ATA Spurious Emissions 5008 “5048 Cartier Suppression 5008 -50dB RECEIVER Sensitivity for 10dB SINAD __AM/CW: 0.5nV. AM/CW: 0.5nV Sensitivity for 10dB SINAD _USB/LSB: 0.15uV USB/LSB: 0.15nV Sensitivity for 12dB SINAD FM: 0.25nV) FM: 0.25nV Image Rejection Ratio “6508 “6508 AGC Figure of Merit SSB/CW/AM: 80dB for SOmV ‘SSB/CW/AM: 80d8 for 50mV for 10dB Change in Audio Output for 1048 Change in Audio Output ‘Audio Output Power @10% THD 2.5W 2.5W * Specifications subject to change without notice. iiComune Communications, In aS 1.2 RCI-2970 FEATURES 1.0 INTRODUCTION The Ranger RCI-2950/2970 is a solid-state, fully synthesized Amateur 10-meter mobile transceiver with full-band coverage from 28.0000 MHz to 29.6989 MHz and all-mode operation, including: FM, AM USB, LSB, CW and PA modes. The 10 most commonly used frequencies can be pre-pro- grammed by the user for easy channel access, 1.1 RCI-2950 FEATURES » 25 Watts of Output Power + Full Band Coverage * All Mode Operation * Brightness Control * CTCSS Encoder/Decoder (Optional) + Repeater/Oftset Switch + Programmable Frequencies © Built-in Dual VFO # RIT (RX Incremental Tuning) + Squelch * Noise Blanker + RF Gain Control + RF Power Output Selector + External Speaker Connection + PA Mode + LCD Display » Multi-Function LCD Meter SECTION 1 INTRODUCTION * 100 Watts of Output Power + Full Band Coverage # All Mode Operation Brightness Control * CTCSS Encoder/Decoder (Optional) + Repeater/Offset Switch » Programmable Frequencies uilt-in Dual VFO « RIT (RX Incremental Tuning) Squeich * Noise Blanker « RF Gain Control RF Power Output Selector + External Speaker Connection * PA Mode # LCD Display * Multi-Function LCD MeterRANGER | {| Communications, Inc. | SECTION 2 ga @ ; @ @E o ell 2g4o0g ||C Ore ® smenrernee : or a ]3) ¢ oo a) Figure 2.1 RCI-2950/2970 Controls and Connections 2.0 INTRODUCTION This section explains the basic operating procedures for the RCI-2950/2970 Amateur 10 meter mobile transceiver. 2.1 CONTROLS AND CONNECTIONS (1) FREQUENCY SELECTOR: This control is used to select a desired transmit and receive frequency. Itenables you to tune across the entire frequency range of the transceiver. (2) RE POWER CONTROL: This control enables you to adjust RF power continuously over the range of 1 watt through 25 watts (RCI-2970: 10 watts through 100 watts.) (3) MIC GAIN CONTROL: This contro! adjust the microphone gain in the transmit and PA modes. This feature is designed for use in a high-ambient noise environment or to maximize talk power. (4) ON/OFF VOLUME CONTROL: Turn clockwise to apply power to the radio and to set the desired lis- tening level, 2-1 (8) SQUELCH CONTROL: This control is used to control or eliminate receiver background noise in the absence of an incoming signal. For maximum receiver sensitivity, itis desired that the control be adjusted only to the point where the receiver back- ground noise is eliminated. Turn the control fully counterclockwise, then slowly tum clockwise until the receiver noise disappears. Any signal to be re- ceived must now be lightly stronger than the aver- age received noise. Further clockwise rotation will increase the threshold level which a signal must ‘overcome in order to be heard. Only strong signals will be heard at a maximum clockwise setting. (6) RE GAIN CONTROL: This control is used to re- duce the gain of the RF amplifier under strong re- ceive conditions. (7) CLARIFIER CONTROL: This control is used to fine tune the received signal for the maximum clar- ity in SSB or CW mode. It can adjust the receive frequency about +/- 500 Hz, but does not affect the transmit frequency or the frequency display. (8) MODE SWITCH: This switch allows you to se- lect one of the six following operating modes: FM, AM, USB, LSB, CW and PA.lol | il ll © 204-9 304 POWER Figure 2.2 RCI-2950/2970 (9) NB/ANL BUTTON (NB/ANL): The noise blanker is very effective in eliminating repetitive impulse noise such as ignition interference. In the ANL po- sition, the automatic noise limiter in the audio cir- cuits is activated. (10) ROGER BEEP BUTTON (R BEEP): This button activates the ROGER BEEP Circuit when its func- tion is selected. The ROGER BEEP is a short beep ‘that is transmitted when the PTT button on the mi- crophone is released. It is used to identify the end of the transmission. (11) SPLIT BUTTON (SPLIT): This control activates ‘the offset frequency function. It causes the trans- mit frequency to be offset either above or below the receive frequency by a user programmable amount to allow operation of the RCI-2950/2970 on an FM Repeater. (12) PROGRAM BUTTON (PRG): This button is used to program operating or scanning frequencies into memory. See the OPERATION section of the manual for further detail. (13) MANUAL BUTTON (MAN): This is used to re- tum the unit to manual mode. (14) SHIFT BUTTON (SHE): This is used to select 100 Hz, 1 kHz, 10 kHz, 100 kHz or 1 MHz frequency steps. (15) DIM BUTTON (DIM): This button adjusts the display backlighting in four different steps to best match the environment. (16) SWR BUTTON (SWR): This control is used to check SWR. 2-2 © Rear Panel Connectors (17) SCAN BUTTON (SCAN): This is used to scan frequencies in each band segment. The OPERATION segment of this manual provides detailed informa- tion on using the SCAN control. (18) MEMORY BUTTON (MEM): This button is used to program memory channels. Detailed informa- ‘tion on how to use this control is provided in the OPERATION section of this manual. (19) ENTER BUTTON (ENT): This is used to pro- gram frequencies in memory. See the OPERATION section of this manual for more information on us- ing this control. (20) LOCK BUTTON (LOCK): This button is used to lock a selected frequency. Press it to activate the switch. In this position, it disables the Frequency Selector Control, up/down buttons on the front con- trol panel and remote up/down buttons on the mi- crophone. Repressing the switch will unlock the frequency. (21) UP/DOWN SELECTOR (4.¥): These buttons are used in conjunction with the shift key to move the frequency upward or downward to select a de~ sired frequency. (22) METER: This meter indicates received signal strength, transmitter RF output power and SWR level. (23) LCD DISPLAY: The LCD displays the frequency ‘selected, functions and memory channel. (24) MIG JACK: Accepts 6 pin female connector with a type Philmore T616C or Calrad 30445 style ‘connector.2.2 REAR PANEL CONNECTORS (1) ANTENNA: This jack accepts 502 coaxial cable with a PL259 type plug. (2) GW KEY: This is used for Morse Code opera- tion. To operate this mode, connect a CW key to this jack, and place the MODE switch in the CW position. (3) EXTERNAL SPEAKER: This jack accepts a 4 to 8Q,, 5 Watt external speaker. When the external ‘speaker is connected to this jack, the built-in speaker will be disabled. (4) PA SPEAKER: An 8, 4 Watt PA speaker may be connected to this jack for PA operation. Place the MODE selector switch in the PA position for this operation. (5) POWER: Accepts 13.8 VDC power cable which is supplied with a built-in fuse. 2.3 MICROPHONE (1) PTT SWITCH: Use the Push-to-Talk switch to control the transmit and receive function of the ra- dio. Push to transmit and release to receive. (2) REMOTE UP/DOWN SWITCH: An operating fre- uency can be incremented or decremented sim- ply by pushing either of these buttons. 2.4 RCI-2950/2970 OPERATION 2.4.1 Channel Selection Frequency selection for the RCI-2950/2970 is simple. Select a desired operating frequency by rotating the Frequency Selector, or using the (4) Up and (¥) Down buttons on the front panel or the microphone. Press the LOCK button to lock into the selected frequency. This will disable the Frequency Selector and the up/down buttons on the front panel and the microphone. Repressing the LOGK button unlocks the frequency. Use the SHF button to step frequency in either 100 Hz, 1 KHz, 10 kHz, 100 kHz or 1 MHz incre- ment when you select a band segment. The fre- quency step is indicated by a small triangle directly under the corresponding digit on the frequency dis- play. 2-3 2.4.2 Mode Selection ‘To select an operating mode on your RCI-2950/2970, simply rotate the MODE selector and place it in the desired operating mode posi- tion. FWAMJUSB or LSB modes are for your voice com- munications. In the CW position, you can transmit CW if you have connected an external key to the accessory jack provided on the back of the radio. In the PA position, the radio can be used as a PA. Before operating in PA mode, you must first con- ect a PA speaker (8Q., 4 Watt) to the jack pro- vided on the back of the radio. 2.4.3 RF Power Control This feature allows the adjustment of the RF out- put power continuously over the range of 1W through 25W (RCI-2970: 10W through 100W). 2.4.4 Receive Scanning Receive scanning allows you to find active frequen- cies in the entire band segment. To begin scan- ning, slowly turn the Squelch control clockwise Until the receiver noise disappears. Press the Scan button. The unit should start scanning from the ower to the higher frequencies. Pressing the Scan button again will change the direction of scanning. Each time you press the Scan button, “SCAN¢" or “SCAN- will be displayed on the LCD display. The radio will stop on any active frequency for the en- tire duration of the transmission, When the trans- mission stops, the RCI-2950/2970 will wait ap- proximately 2 seconds before it resumes scanning. you want to deactivate Scan mode while itis scan- ning, press the MAN (manual) button or tum the ‘Squelch control counterclockwise until you hear the receiver noise. The Manual button will disable Scan function 2.4.5 Split Function This function enables you to offset the transmit and receive frequencies for FM repeater operation. The transmitter frequency can offset either higher or lower than the receive frequency. To split fre- quencies, press the MAN button and the Split but- ton to select either +/- split frequency. ifthe + split is selected, the transmit frequency will be higher than the receiver frequency. If - split is selected, the transmit frequency will be lower than the re- ceive frequency. Refer to section 4.3 for Split Pro- gramming Instructions.2.4.6 Memory Function The RCI-2950/2970 can store up to 10 most fre- quently used frequencies (from 0 to 9). To program a frequency into memory, follow the procedure de- scribed below: (1) Press the MAN button. (2) Press the PRG button. (8) Press the MEM button (’MEMORY" and ‘0* should appear on the left-hand side of the LCD dis- play). Pressing the MEM button will advance the channel number from ‘0° to". (4) Select the desired frequency you wish to store in memory. (5) Press the ENT button. (6) Repeat the same procedure to program other memory channels. 2.4.7 Memory Channel Scanning You can scan and select any of these 10 preset fre- quencies by following the procedure described be- low: (1) Press the MAN button, (2) Press the MEM button. (8) Slowly turn the Squelch knob clockwise until the receiver noise disappears. (4) Press the Scan button. The unit will scan from lower to higher frequencies. When you press the button again, it will scan from higher to lower fre~ quencies, (5) To stop scanning a certain channel, press the MAN button, or tur the Squelch knob counterclock- wise until you hear the receiver noise. 2.4.8 Meter ‘The meter built into your RCI-2950/2970 on the left hand side of the LCD display provides the fol- lowing information: (1) S/RE Meter: In transmit mode, it provides a visual indication of transmit output power, and re- ceived signal strength on the receive mode. (2) SWR Meter: In order to achieve maximum ra- diated power, itis important that your antenna be in good condition, properly adjusted and matched to your transceiver. The built-in SWR (Standing Wave Ratio) meter al- lows you to measure your antenna condition. To operate this function, connect your antenna to the transceiver antenna connector, set the mode switch to AM and adjust the MIC Gain to minimum. Select a frequency near the middle of the band you plan to use most. Activate the SWR function and press the PTT button on the microphone. A bar on the meter is an indication of the antenna matching. If there is no bar, itindicates that your antenna system is per- fectly matched. The less bar, the better matched. If several bars appear, your antenna needs adjusting. 2.4.9 CTCSS-Optional The RCI-2950/2970 can operate with CTCSS fre- quencies for accessing repeaters, with an optional CTCSS (Continuous Tone Coded Squelch System) encoding device installed. For more information, contact your local dealer or Ranger Communica- tions Customer Service Department. 24ee Communications, Inc. Sie SECTION 3 a i FIGURE 3.1_RCI-2950/2970 MIC. WIRING 1. GROUND SHIELD 2. AUDIO YELLOW 3. TRANSMIT RED 4. RECEIVE BLACK 5. CHANNEL UP WHITE 6 CHANNEL DOWN BLUE 1. GROUND SHIELD 2 AUDIO WHITE 3. TRANSMIT BLACK 4, RECEIVE Ne 5. CHANNEL UP we 6 we CHANNEL DOWN FIGURE 3.3 TURNER 6-WIRE MIC. WIRING 1. GROUND SHIELD & RED 2. AUDIO WHITE 3. TRANSMIT BLUE 4, RECEIVE Ne 5. CHANNEL UP NC 6. CHANNEL DOWN Ne FIGURE 3.4 ASTATIC 4-WIRE MIC. WIRING 1. GROUND ‘SHIELD 2, AUDIO wire 3. TRANSMIT RED 4. RECEIVE Nc 5. CHANNEL UP Nc 6_ CHANNEL DOWN No FIGURE 3.5 ASTATIC 6-WIRE MIC. WIRING 1. GROUND SHIELD & BLUE 2. AUDIO waire 3. TRANSMIT RED 4, RECEIVE we 5 CHANNEL UP 6._CHANNEL DOWN FIGURE 3.6 PALOMAR MIC. WIRING 1. GROUND SHIELD & BLACK 2. AUDIO RED 3. TRANSMIT WHITE 4, RECEIVE we 5. CHANNEL UP we 6. CHANNEL DOWN we _FIGURE 3.7 INTERNAL ALIGNMENT POINTS VRI 'AM RECEIVE METER CAL vre SSB RECEIVE METER CAL vR3 ‘SSB SQUELCH THRESHOLD ra ‘AM SQUELCH THRESHOLD vR? CARRIER BALANCE vr TRANSMIT METER CAL VRIt DRIVER BIAS VRI2 ALC (SSB HIGH POWER) VR13. AM CARRIER (HIGH POWER) vRig AMC VRI5 AM CARRIER (LOW POWER) VRI6 ALC (SSB LOW POWER) R21 TX FREQUENCY ADJUSTMENT 10.240 CRYSTAL TRIMMER (X1) 10.240 CRYSTAL TRIMMER (X2) ‘AN FREQUENCY ADJUSTMENT LSB FREQUENCY ADJUSTMENT USB FREQUENCY ADJUSTMENT 3.0 INTRODUCTION The following steps are required to re-align the RCI-2950/2970. CAUTION: Alignment should only be attempted by personnel trained in RF product testing and alignment. 3.1 PLL SYNTHESIZER/OSCILLATOR FREQUENCY ALIGNMENT Set radio controls as follows: Frequency: 28.0000 Miz Mic Gai Fully counter clockwise RF Pow Fully clockwise RF Gain: Fully clockwise Clarifier: 12 o'clock Volume On/Oft: On Squeleh: Fully counter clockwise Mode Selector: FM (1) Connect a digital voltmeter to jumper J13, Ad- just L17 for a reading of 2.2 VOC +0.1. (2) Connect a digital voltmeter to pin 3 of IC7. Ad- just L21 for 1.2 VDC 20.1. (3) Connect a frequency counter to L61 and adjust VC1 for 10.240 MHz +10 Hz. 3-1(4) Connect a 502 dummy load to the antenna connector. (8) Connect a frequency counter to pin 3 of IC14. Ensure thatthe clarifier is precisely atthe 12 o'clock position. Adjust VC2 for 10.240 MHz +10 Hz. Key the transmitter and adjust VR21 for 10.240 MHz #10 Hz. (6) Connect a frequency counter to the cathode of 45. Put mode selector on AM. Key the transmit- ter and adjust L27 for 10.6950 MHz 210 Hz. (7) Adjust VR7 fully clockwise. Leave the frequency counter connected to D45. Put the mode selector on USB. Key the transmitter and adjust L29 for 10.6925 MHz +10 Hz. (8) Put the mode selector in LSB. Key the trans- mitter and adjust L28 for 10.6972 MHz 210 Hz. Return VR7 to approximately the middle of rota- tion. (8) Putthe mode selector in AM. Connect X10 probe to pin 13, IC17. Check the frequency counter for 5.930 MHz. (10) Set the oscilloscope for 50nS (.05,S) per di- vision on the sweep selector and 10mV per divi- sion on the vertical input. Connect X10 probe to IC17 pin 13 and very carefully adjust L24 and L25 for the best waveform. 3.2 RECEIVER ALIGNMENT (1) Put the mode selector on FM, the RF gain fully clockwise, Clarifier at 12 o'clock and the frequency at 28.0300 MHz. (2) Connect an FM signal generator to the antenna connector. Set the modulation for 3 kHz, output level at 0.5yV. (8) Connect a SINAD meter to the external speaker jack, adjust the volume control to approximately 10 o'clock. (4) Connect an X10 probe to the cathode of D12, Set oscilloscope sweep selector for 1mS per divi- sion and vertical input selector for 10mV per divi- sion. (5) Adjust L8 for the best SINAD reading and the least distorted wave form on the scope. Do not try tuning this coil for the maximum, as this will result in degraded receiver performance. (6) Adjust L9, L11, L12, L13, L14, L4, L3, L5 and L6 for maximum on scope. Reduce generator level if necessary, so as not to exceed vertical height on scope. (7) Adjust L6 and L5 for best SINAD. (8) Put the mode selector on LSB. Signal genera- torto 28.0290 MHz, modulation off, output evel at O.5pV. Tune L15 and L16 for maximum waveform on scope. 3.3 TRANSMITTER ALIGNMENT (1) Connect an audio generator to pin 2 and ground (pin 1) of the Mic connector. The Mic gain should be fully counterclockwise. Set generator for 30mV RMS, 1 kHz sinewave. (2) Adjust VR14 fully counterclockwise. (3) Adjust VR12 fully counterclockwise. (4) Connect a wattmeter and 500. dummy load to the antenna connector. Set the wattmeter for 30W scales [100W]. (5) Key the transmitter and slowly increase the Mic gain until you obtain approximately 10W. Adjust L19, L48, L47, L46 and L43 for maximum reading on the wattmeter. Reduce Mic gain if necessary to maintain about 10 to 15W on wattmeter [40-50W/]. (6) Increase the Mic gain to maximum (fully clock- wise). Key transmitter and adjust L34 for maximum power output. Power will typically be 30-35W 1100-120W1. (7) With the Mic gain still maximum on LSB, key the transmitter and adjust VR12 for 25 [700W/]. (8) Put the mode selector on AM. Key the transmit- ‘ter with no modulation applied and adjust VR13 for 10W [50W). (9) With the mode selector still on AM, re-connect 1 kHz audio the generator to radio and key trans- mitter. With Mic gain at maximum, adjust VR14 for 90% modulation. Use the modulation meter or os- cilloscope with RF sampler [85%]. (10) Put the mode selector on FM. Key the trans- mitter and check for 4 kHz deviation 20.5 kHz. There is no deviation adjustment provided in this radio. ‘Simply check for sufficient transmit audio. Use the deviation meter or the service monitor. 3-2RANGER | Communications, Inc. || Sat iC UL @ 8 D ® = se Sl 7 4 @ Xho |) 0] 6/9]. @| ©@ GH © GO ® ®@ @ @ Figure 4.1. RCI-2950/2970 Controls and Connectors 4.0 INTRODUCTION This section explains the basic programming pro- cedures for the RCI-2950/2970 Amateur 10 meter mobile transceiver. 4.1 FREQUENCY SELECTION Frequency selection in the RCI-2950/2970 can be accomplished using anyone of the three following methods: (1) The first method of frequency selection is through the use of the SHF (Shift) key and the (A) Up and (¥) Down arrows. To accomplish this, press the SHF button until the cursor arrow is po- sitioned under the digit of the frequency that is to be changed, then use the (4) Up arrow to increase the number. If a decrease in frequency is desired, press the () Down arrow. Perform the steps de- scribed above for each digit of the frequency untit the desired frequency is displayed in the LCD dis- play window. (2) The second method of frequency selection is accomplished using the SHF button and the fre- quency select knob located above the microphone jack. Use the SHF button in the manner described above to select the digit to be changed. 4-1 Proceed to rotate the frequency select knob clock- wise to increase the frequency. Rotate the frequency select knob counterclockwise to decrease the fre- quency. (3) The third method of selecting the operating fre- quency of the radio is through the use of the SHF button and the Channel (a) Up and (¥) Down buttons located on the microphone. Frequency se- lection by this method is accomplished in the same manner as with the () Up and (%) Down arrows on the key pad. The only difference is that the Chan- nel Up and Down buttons on the microphone are used. 4.2 FREQUENCY SCANNING Frequency scanning can be achieved using one of two methods: the first method involves the scan- ning of pre-programmed memory channels. The second method permits the user to scan all fre- quencies between a pre-set upper and lower scan limit. Both of the methods of the frequency scan- ning.4.2.1 All Frequency Scanning To allow all Frequency Scanning, One must first program the upper and lower scanning limits. The ‘scan limits are simply the highest and lowest fre- quencies that will be scanned. To program these limits, perform the following steps: (1) Press the PRG (Program) key. (2) Press the SCAN key (“PRG SCANS" should ap- pear in the lower right corner of the display win- dow). (8) Using the SHF key and the (4) Up and (¥) Down arrows, select the upper scan limit, then press ENT. (4) Press the SCAN key again (*SCAN-" should ap- pear in the display window). (6) Using the SHF key and (4) Up and (W) Down arrows, select the lower scan limit, then press ENT. The upper and lower scan limits have now been programmed. To activate the scan feature, return the radio to manual operation and press the SCAN button. Ifthe display shows "SCAN4", the radio will scan from the lower limit to the upper limit. If “SCAN-" is displayed, the unit will scan from the upper limit to the lower limit. To change from SCANs to SCAN- or vice versa, press SCAN. When programmed, the upper and lower scan limits will also act as the upper and lower : {operating limits of the radio. The radio now cannot be programmed to operate above or below the scan limits. 4.2.2 Memory Scanning The RCI-2950/2970 has 10 non-volatile (i.e memory resident) memory locations which can be programmed with any available frequency within the operating band of the radio. The scan function of the unit can be programmed to scan these memory channels. The radio will then scan only those memory channels which have been pro- grammed. The first step in utilizing the memory scan function is to program the desired frequencies into the ra- dio memory. This can be accomplished by perform- ing the following steps: (1) With the radio operating in the manual mode, press the PRG (Program) key. (2) Press the MEM (Memory) Key. "PRG" should be displayed in the lower right-hand comer of the LCD display window. In the upper left portion of the display, "MEMORY" should be displayed. Di- rectly below MEMORY, a number between 0 and 9 will be displayed. This number represents the memory location currently being displayed. Press- ing the MEM key will increase the memory counter to the next memory location and the contents of that memory location will be displayed. (3) Using the SHF key and the (&) Up and (¥) Down arrows, enter the frequency to be stored inthe memory location displayed. After the desired frequency has been entered, press ENT. (4) Repeat steps 2 and 3 for all the memory loca- tions to be programmed. (6) After all desired memory locations have been programmed with frequencies, return the unit to the manual mode of operation by pressing the MAN key. (6) To initiate memory scanning, press MEM and then press SCAN. As previously discussed, the dis- play will show "SCAN" or *SCAN-* to indicate whether the radio is scanning from the lowest or the highest memory location or vice versa. (7) To return the radio to normal (non-scanning) operation, press the MAN key. 4.3 OFFSET FREQUENCY OPERATION The RCI-2950/2970 has an offset or split frequency feature that will permit the radio to be operated in a half-duplex mode. This will allow the user to talk on FM repeaters operating in the 10 Meter band. NOTE The FM repeaters may require a subaudible : CSS) tone be transmitted to gain access to 1 repeater. The RCI-2950 is not factory- The split frequency function offsets the transmitter frequency either above or below the receive fre- quency by a user programmable amount. In the following example, programming of a 100 kHz off- set will be described. Before attempting to program the offset frequency, ensure that the radio is oper- ating in the manual mode by pressing the MAN key. (1) Press the PRG (Program) key. 42(2) Press the SPLIT key. The LCD display window will display "00000" with "PRG" and “SPLIT* being displayed in the lower left hand comer. (3) Using the SHF key and the (A) Up and (¥) Down arrows as described earlier, program the display to read "010000". (4) Press ENT. A100 kHz offset has now been pro- grammed into the radio. (5) Return the radio to manual operation by press- ing the MAN key. (6) Using the SHF key and the (A) Up and (¥) Down arrows as described previously, set the radio for the desired receive frequency. (7) Press SPLIT. In the lower right comer of the display, either *SPLIT+" or “SPLIT-* will be dis- played. if SPLIT+ is displayed, the transmitter will be offset 100 kHz above the receive frequency when keyed. If SPLIT- is displayed, the transmitter will be offset 100 kHz below the receive frequency. NOTE When the transmitter is keyed, the frequency : display will change to show the frequency : (8) To return the radio to simplex operation ((e., same transmit and receive frequency), Press the MAN key.RANGER | Communications, Inc. 5.0 INTRODUCTION (Refer to block diagram RCI-2950/2970 behind Section 5). This section explains the description of the Block Diagram of the RCI-2950/2970. The Ranger RCI- 2950/2970 is a solid-state, fully synthesized Ama- teur 10-meter mobile transceiver with full-band coverage from 28.0000 MHz to 29.6999 MHz and all-mode operation including: FM, AM, USB, LSB, CW and PA modes. 5.1 RECEIVER DESCRIPTION The RF enters the receiver through the antenna, proceeds through a filter and into the first RF am- plifer, 018. The amplified signal then goes through a band pass filter and into the first mixer, 19 The RX signal is mixed with the first local oscillator (VCO1) at Q19. The output is the first IF of 10.6950 MHz for AM/FM, 10.6925 MHz +AF for USB, and 10.6975 MHz -AF for LSB. The signal is then fil- tered by L12, L13 and L14. At this point, the signal goes in one of two directions depending on the mode setting of the unit. The AM/FM signal gets filtered by FL2 and enters Q8 which mixes the 10.6950 MHz signal with the 10.240 MHz. This yields the second IF of 455 kHz whichis filtered by FLI. The 455 kHz signal is filtered and amplified by Q9, L5, Q10, Q11 and L6. The AM signal goes to the AM detector consisting of D34 and D35. The FM signal enters the FM de~ tector, IC2. The SSB (Single Sideband) signal is filtered by a crysta filter (FL3). The signal is ampli- fied by 020, 021, 022 and 023. The sideband signal is mixed with a 10.6925 MHz signal for USB (Upper Sideband) and a 10.6975 Mz signal for LSB (Lower Sideband). The signals are mixed by Q16 resulting in an audio wave form. The AGC amplifier (IC1) controts the squelch (017), 8 (AM/FM mixer), 020 (SSB IF), and the gain of 18 (RF AMP). IC1 is quad op amplifier. The in- uts come from 023 (SSB IF), 011 (AM/FM IF) and the squelch potentiometer (VR501). SECTION 5 STH SUE 5-1 DESCRIPTION 5.2 PLL DESCRIPTION The PLL (Phase-locked Loop) consists of two VCO's. The primary VCO (VCO1) is the reference local oscillator (LO) for the Transmit and Receiver sections. The secondary VCO (VC02) is the refer- ence as well as the 2.5 kHz offsets for USB (Upper Sideband) and LSB (Lower sideband). The primary VCO controls Frequency steps of 10 kHz, 100 kHz and 1 MHz. 5.2.1 VCO1 Description VCO1 is controlled by IC17, which receives its data from the microprocessor on the logic board. 1C17 samples the frequency from IC10, divides the sig- nal and outputs the resulting waveform to a phase comparator (ICS). The signal is compared to a 10 kHz reference from IC11. The output of IC5 sends. a contol signal to D43 inthe oscillator circuit, con trolling the frequency of VCO1. The output signal of VCO1 is mixed at IC10 with a modified signal from VCO2. The output signal of (C10 is sent to 117. 5.2.2 V0O2 Description VCO2 controls frequency steps of 100 Hz and 1 kHz. When the unit is in USB or LSB, VCO2 shifts the LO +2.5 kHz and -2.5 kHz respectively. VCO2 consists of a loop much like VCO1 with the oscilla- tor, amplifier and mixer combined into one IC (1C8), VCO2 mixes with 10.240 MHz in IC8 and outputs to IC17. 1C17 divides this frequency and outputs into a phase comparator (IC7), where the signal is compared to a 10 kHz (X1, IC11) reference from 1C11. The output of IC7 controls VCO2, VCO1 at ‘the mixer (IC10). VCO2 changes by 100 kHz and 10 kHz steps at IC10. The output signal of VCO2 goes through a divide by 10 (IC12) and mixed with 10.24 MHz (X2) reference. The signal is divided by 10 (IC13) once more and mixed with a 10.24 MHz (X2) reference. The output is the reference to VCO1 at the mixer (1C10).5.3 TRANSMITTER DESCRIPTION The Transmit signal is produced by mixing 10.6950 MHz for AM/FM (10.6975 MHz for LSB and 10.6925 MHz for USB) with the local oscillator (LO) at the transmitter mixer (C20). This signal is filtered and amplified by Q50 to Q59 and 049 into the driver 048. 048 drives the finals Q46 and Q47. The finals are a direct coupled push-pull configuration. The ‘signal is filtered before entering the antenna jack. FM modulation is accomplished by amplifying the signal from the mic audio amplifier and using this, signal to frequency modulate the reference oscilla- tor X3 (10.6950 MHz), via the two varactor diodes in parallel with the crystal load. The crystal (X3) will shift its frequency by changing the voltage across the varactors (D8 and D111). This is ac~ complished thru the MIC Audio. AM modulation is accomplished by changing the Voltage supplied to the driver (48) and the finals (046, 047). The power control circuit elements are 051, 052 and 053. 051 supplies the voltage, where (052 and 053 controls 51. The Mic audio signal is amplified by 1C16 and the output goes to 052. 052 and 053 changes the bias of 051; therefore, the TX ‘output changes amplitude. When the unit is in the SSB (Single Sideband) mode, 053 is biased to al- low 51 to pass full supply voltage. ‘SSB modulation is accomplished by mixing the Mic auidio signal from IC16 with the reference frequency ‘from X3 (10.6975 MHz for LSB and 10.6925 MHz USB) at the balanced modulator, 1C3. The mixed signalis filtered by the crystal filter, (X3), and mixed with the LO at the mixer (1620). The primary elements for AM/FM/CW power con- trol are 051, 052 and 053, where 051 supplies Voltage to the finals and 052-53 control the bias of 051. The SSB power control circuit uses the AGC in the Mic amplifier circuit. The SSB power is fed back through 043. The output of 043 dictates the bias of 031. The output from 031 goes to the AGC contro! for MIC AMP (032). The limiting of AM modulation is also accomplished by 032. On the RCI-2970, 046 is removed and a power amplifiers connected to the main PCB antenna port. The power amplifieris a class A push-pull configu- ration using a pair of 25C2290 bipolar transistors. A relay is used to connect the antenna path directly to the main PCB in receive mode and the amplifier output in transmit mode. 5-2Pena f main 9078 TOES HALLIWSNVHL cw uses et rie Ee it Seren nD tt 1 ol Wimoa Nv eso zeus Wvuovid 49078 | (an (wa AEVHO JBVLIOA Wy 300 a 000082 Iv AVIdSIO # Gan) wa SoH) AMWHD FDVLTOA . re wav y9078 wawads te "8 7 waAlgoau | waa)” 777 > Samo" *"* yang fs We St Wri ge ar AVADVIG MIOTI S67: Oa aee — - WvudVId ¥9018 evo YALLINSNVYL my ep ome? a aa _—— jo | eal] ve i - ' ‘sds tao RE "Rana MON 090 : ‘sduis | ZH 1.01 219101 'galvuaN30 ‘090A, *AONanOaES HOTH #090 (gan) (wa "x1 AMVHD FDVLIOA STB OT [OST ZH se6q7°01 [ASM ZHW os69 01 [WY] awanogus| 300 |JUvHO ADNANDAYA| LW 3 8) AMVHD JDVLIOA WVYSVIG 49078 ¥aAl394Y uawads (rah) any Uh ehh OFT zeoneo srt | WVUOVIG MOIOTI if OL6C-1DH vans ey z(eer SECTION 6 Communications, Inc. ATH USE BOARD LAYOUTS __7**** THIS PAGE LEFT INTENTIONALLY BLANK 6-1RCI-2950/2970 MAIN BOARDRCI-2950/2970 MICROPROCESSOR CONTROL BOARD PRE-MARCH 1995 (THROUGH HOLE VERSION) ONLY « (TOP VIEW)RCI-2950/2970 LCD DISPLAY BOARD RCI-2950/2970 SWITCH ASSEMBLYRCI-2970 POWER AMPLIFIER BOARDoHHz 288888. q COO7.0 MAIN BOARD RCI-2950 Se He ye AY 7.0 MAIN BOARD (Con’t) REF®_| DESCRIPTION PARTE REF# [DESCRIPTION PARTE MAIN PACE EPT2950122 R51 | 220K YAW(M) TYPE RCMT422440 DC B+ PCB EPTi200602 © -RS2__| 1K YAW(U) TYPE Rou141024Z R53 | 1K 4W(U) TYPE Rcu141024z CARBON FILM RESISTORS R54 | 100K “W(U) TYPE ROMI41044A R55 —_| 400K “W(U) TYPE ReM141044A, R1 | 10K 4W(U) TYPE RCUI410342 RSE | 3.3K MWW(U) TYPE RCu1439242 R2 | 33K 4W(U) TYPE RCUI43334Z R57 | 3.3K MW(U) TYPE RCU1433247 R3_—_| 6800 W(U) TYPE Rcut468142 RB | 3.3K AW(U) TYPE Rou1439247 R§ | 2200 W(U) TYPE RU142214Z—-RSB__ | A7K YAW(U) TYPE RCU1447342 RS | 8300 4W(U) TYPE RoUt43314Z RGD [3.3K YAW(U) TYPE RCUI433247 R6 | 47K AW(U) TYPE RCu1447342 R61 | 3.3K MWW(U) TYPE RCUT433247 RT| 2.7K ¥AW(U) TYPE RCU1427242 REZ | 10K YAW(U) TYPE RCU141034Z RB | 3300 ”W(U) TYPE RCUT493142 RGB 47K YAW(L) TYPE RCU1447347 RO | 5622 KW(U) TYPE RCUT4S604Z ——REA_| 2.7K W(U) TYPE Rou142724z Rio | 100k YaW(U) TYPE Reuraioaéz RES | TK AW(U) TYPE Rcur41024z Rit | 10K “W(U) TYPE Rcu1410342 —R66_| 10K YAW(U) TYPE Rcui4i034z Ri2 | 6.8K YaW(U) TYPE RCU1466242 RE? | TK AW(U) TYPE RCUMTAIS7Z RI3__| 470K YaW(U) TYPE Reur4s744z RB | 1K MW(M) TYPE ROM1410240 R14 | 10K MW(U) TYPE Reur4103¢z2 —R6I__| 1K WU) TYPE Rcu14i024Z RIS | 3309 14W(U) TYPE RCu143914Z—R70_—_| 10K AW(M) TYPE RCM1410348 R16 | 2.7K YeW(U) TYPE Reur42724z R71 | 47K YaW(U) TYPE RCU144734Z RI7 | 1.8K ¥AW(U) TYPE Rour4ie242 —R72__| 6.8K YAW(M) TYPE ROM1468240, R18 | 1K W(M) TYPE ROM141024a R73. | 1K MWN(U) TYPE Reur41024z R19 | 6.8K YAW(U) TYPE RCUI468242 R74 —_| 100K KW(P) TYPE RCP1410447 R20 | 1000 ”W(M) TYPE RCUI41014A R75 | 6800 wWN(U) TYPE Rcu146814z Ret | 1K 4W(U) TYPE Rour4aiodz —R76—| 1.5K MW(U) TYPE ROUTAI5247 R22 | 1.5K ¥AW(U) TYPE RCUI415242 —«R77_—_| 10K AW(U) TYPE RCUT4 10342 R23 | 2.7K ¥AW(U) TYPE RCUI427242 «RB | 2.2K AW(U) TYPE RoU1422247 R24 | 1.5K W(U) TYPE ROUISIS242 TB | 2.7K MW(U) TYPE RCU1427247 R25—_| 10K YAW(M) TYPE REMi41034A —R8O—_| 10082 MW(U) TYPE Rou1410147 R27 | 4.8K YAW(U) TYPE ROUI4182¢Z RBI | 2.2K KW(M) TYPE ROM1422248 R28 | 1.8K YaW(U) TYPE RCUI818242 R82 | 100K AW(U) TYPE RCUt410447 R29 | 47K uW(M) TYPE ROM144734A—RE3__| 10K YAW(U) TYPE Rcu141034z R30 | 1000 ¥4W(M) TYPE ROMI410148 R84 | 1000 wWN(U) TYPE Rcu1410142 R31 | 1000 4W(U) TYPE Rcurai014z RBS | 2.2K WN(U) TYPE. Rcu1422242 R32 | 1000 YaW(U) TYPE RCUr410142 R86 | TK MW(U) TYPE. Rcur4i024z R93 | 1000 vW(M) TYPE ROMI41014A —RB7__| 5.6K 4W(M) TYPE ROM1456240 Roa | 47K MW(M) TYPE RoMi44724A —RBB__| 10K YAW(U) TYPE RCU1410342 R35 | 6.8K 4W(U) TYPE RCU1468242 —RB9_| YOK Y4W(M) TYPE RCM1410348, R96 | 6.8K AWM) TYPE RCM146824A —R90_—| 1K MWN(U) TYPE. Rcur41024z R37 | 1000 ¥aW(U) TYPE Rcur4i014z R91 | 10K v4W(U) TYPE Rcut41034z R98 | 1K 4W(U) TYPE RoUIsiO247 —RE2_| 1.5K KAN(U) TYPE Reur4is2az R39 | 330K WN(U) TYPE RCU1433442 —R93_—| 6BOG MW(M) TYPE ROM1468148, R40 | 1M YaW(U) TYPE RCUI41054¢2 —-RO4—_| 1.2K KW(U) TYPE Reur41224z Rat | 6.8K YAW(M) TYPE RCMi46624A R95 | 8.2K WLU) TYPE Rcu1482242 Ré2_—_| 100K W(U) TYPE RCUI410442 R96 | 22K YAW(M) TYPE Re1422348, Raa | 100K W(U) TYPE Rcurdi0442 R97 | 2.2K MW(U) TYPE Rcur422047 Raa | 400K vAW(U) TYPE RCUI410442 —RBB_| S.6K YAW(U) TYPE RCU1456247 Ras | 82K vaW(U) TYPE Reu1482342 R100. | 47K W(M) TYPE ROM1447348, R46 | 47K %W(M) TYPE RM144734A R101 | 1.5K WW(U) TYPE RCUT415247 a7 | 220K ¥4W(U) TYPE RCU1422442 R102 _| 2200 AW(U) TYPE RCU1422147 4B | 680K Y4W(U) TYPE RCU1468442 —R103_| 1000 AW(U) TYPE Rcur4i014z Raa | 100K W(M) TYPE ROMA4104¢A R104 | 1000 14W(M) TYPE RCM141014A 50 | 100K ¥4W(M) TYPE ReMi4i044A R105. | 1M %4W(U) TYPE Rcur41054z 77.0 MAIN BOARD (Con’t) RCI-2950 7.0 MAIN BOARD (Con’t) REFF | DESCRIPTION PARTE REFY_[ DESCRIPTION PARTE R106 [6.8K Y4W(U) TYPE RCUT4BE24Z RIB | 12K MWW(U) TYPE RCUI4I234z R107 | 100K Y4W(U) TYPE Rcutsi0442 R170 | 10K wiW(U) TYPE RCU1410347 R108 | 68k wW(U) TYPE Rcur468834Z RII | 1K YAW(U) TYPE Rcuia1024z R109. | 100K Y4W(U) TYPE Rcurai044Z R172 | 1K ¥W(U) TYPE Roui41024z R110 | 1.5M S4W(U) TYPE RCUI41SS4Z R73. | 4700 MW(U) TYPE ROUIa47142 Ritt | 68K MW(U) TYPE Reur4ee34Z —RI74_‘| 3.3K WWW(M) TYPE ROM1433240 RITZ | 22K WM) TYPE ROM142234A—RI75_| 1.5K KWW(U) TYPE RCUI415242 R113. | 3.3K Y4W(U) TYPE RCU1433242 R176 | 3.3K YW(U) TYPE RGU 1433247 R114 | 6802 Y4W(M) TYPE ROMi46814A R177 | 10K MW(U) TYPE RCU1410342 R115. | 220K YeW(U) TYPE Rcu1422442 RIB | 4.7K MW(U) TYPE RCU1447242 R116 | 47K MW(U) TYPE RCUI44734Z —-RI79_| 1.5K MW(U) TYPE RCU1415542 Ri17 | 1K YaW(U) TYPE RCUr41024Z —R180_| 10K MW(P) TYPE RCP141034Z R118 | 10K W(M) TYPE RCM14103¢4 R181. | 10K “W(U) TYPE RCU1410342 R119 | 100 MW(U) TYPE RCUI44794Z R182 | 4.7K KW(U) TYPE RcU1447242 R120. | 1K ¥4W(U) TYPE Rour410242 © R183._| 4.7K MW(U) TYPE RCu1447242 R121 | 27K 4W(U) TYPE RCUI427342 R184 | 2.2K MW(U) TYPE Rcu1422242 R122 | 1K AW(U) TYPE RCU141024Z R185. | 1000 W(U) TYPE Rcut41014z R123 | 10K 4W(U) TYPE RCUT4TO34Z —RIBB_| 3.3K VAW(M) TYPE ROMT43324 R124 | 10K MW(U) TYPE RCUTAI034Z —R1BB_ | 47K YAW(U) TYPE RCU1447342 R125 | 100K ¥4W(U) TYPE RoUT41044Z R189. | 10K MW(M) TYPE ROM1410348 R126 | 10K “W(U) TYPE RCU141034Z R190 _| 10K YAW(U) TYPE RCU1410342 R127 | 1K YOU) TYPE. Rcui4i024Z R191. | 220K ¥AW(U) TYPE RCU1422442 R128 | 2200 (U) TYPE Rcur42214z R192 | 100K ”W(M) RoMt4i044A R129. | 10K %W(U) TYPE RCU141034Z R193 | 10K YAW(U) TYPE RCu1410342 R130. | 10K MW(U) TYPE Rcur41034Z R194 | 10K YAW(U) TYPE Rcur41034z R131 | 10K %W(U) TYPE Rcui4i034z R195 | 47K AW(M) TYPE ROM1447344, R132 | 1000 4W(U) TYPE RCu141014Z R196 | 6800 KW(M) TYPE RM146814A R133. | 10K “W(U) TYPE RCu1410342 R197 | 1000 4W(U) TYPE Rou141014z R134 | 10K %W(U) TYPE Rcu14i034Z R198 | 1.8K MW(U) TYPE Rcu141824z R135 | 2200 *4W(U) TYPE Reur42214Z R199. | 47K YAW(U) TYPE RCU1447342 R136. | 56Q WW(U) TYPE RCU1456042 R200 | 22K W(U) TYPE RCu1422342 R137 | 5600 ‘4W(U) TYPE RCU145614Z R201 | 10K AW(U) TYPE RCU141034Z R138. | 1500 Y4W(U) TYPE RCUr41514Z R202 | 56Q WWW(M) TYPE RCMT45604A R139. | 220K YAW(U) TYPE RCU142244Z R203 | 10K YAW(U) TYPE RCu1410342 R140 | 1.5K Y4W(M) TYPE RCMI41524A R204 | 5600 Y4W(U) TYPE RCU145614z R141 | 1000 %4W(U) TYPE RCUI4I014Z R205. | 33K UW(U) TYPE RCu1433242 R142 | 1K YAW(U) TYPE RCU1410242 R206 | 1000 v4W(U) TYPE RCUIa1014Z R143. | 10K %W(U) TYPE Rcui410342 R207 | 220 WWM) TYPE ROM1422040 R144 | 3900 W(U) TYPE RCUI43314Z —-RZ0B_ | 1000 *4W(U) TYPE RCUIa1014z R145 | 10K 4W(U) TYPE Rour410s4z R209. | 220 YAW (U) TYPE Rout422047 R148 | 10K “W(U) TYPE RCU141034Z R210. | 1K YAW(U) TYPE RCU 1410242 R147 | 4K AWW(M) TYPE ROMI410244 RATT | 4.7K MW(U) TYPE RCU1447242 R148 | 270K ‘eWV(M) TYPE ROMI42744A —-R212_| 33K MW(U) TYPE RCU1433347 R150 | 270K W(U) TYPE RCUI42744Z R213. | 10K wW(M) TYPE RM1410348, Rist | 4.7K WU) TYPE RCUI44724Z —-R214_| 10K KW(U) TYPE RCUT41034Z R152 | 4.7K Y4W(M) TYPE ROMI447244 R15. | 4.7K WW(U) TYPE RCU1487242 R153 | 10K “W(U) TYPE RCU1410342 R216. | 10K UW(U) TYPE RCUI410342 R154 | 3.3K vAW(U) TYPE RCU1493242 ——R217_| 10K MW(M) TYPE ROM14 10348, R155 | 2200 W(M) TYPE ROMI422144 R218 | 1K KW(M) TYPE RCM141024A, R156 | 1000 uW(U) TYPE Reur4ior4z — Rang. | 2aK MWV(U) TYPE. RcU1422342 R157 | 1K 4W(P) TYPE RCP1410242 R220. | 1K Y4W(U) TYPE RCU1410247 R159 | 10K 4W(U) TYPE RCU1410342 R221} 10K MW(U) TYPE RCU1410347 R160 | 330K WW(U) TYPE RCUI49344Z R222 | 4.7K MAW(M) TYPE ROM1447248 R161 | 2200 %W(U) TYPE Reur4z214z © R23__| 6.8K YWN(M) TYPE RCM146824A, R162 | 100K “WW(U) TYPE RCUI41044Z —-R224_‘| 560 WW(U) TYPE RCU1456042 R163. | 470K W(U) TYPE Rour4as7aaz R225. | 1K MWN(M) TYPE RM141024A, R164 | 15K “W(U) TYPE RCUI415342 R226} 10K MW(M) TYPE RM410348, R168. | 10K Y4W(U) TYPE Rcuis10342 R227 | 20K MW(U) TYPE RCU1422947 R167 | 100K %WW(U) TYPE RCUIAI044Z —-R22B_| 4.7K KW(U) TYPE RCUI447242 R168 | 47K 14W(U) TYPE RCUI44734Z R229. | 220K YAW(U) TYPE Rcuis22442 7-27.0 MAIN BOARD (Con't) RCI-2950 7.0 MAIN BOARD (Con’t) Refe_[ DESCRIPTION PARTE ReF#_[ DESCRIPTION PART R230 | 1K MW(U) TYPE RCUT41024Z R295] TOK AW(U) TYPE RCUI410342 R231__| 470K ¥4W(U) TYPE RCUI44744Z R296. | 10K 4W(U) TYPE RCU1410342 R232_| 4.7K KW(P) TYPE ROPI447242 R297} 100 MW(U) TYPE RCUI41004z R233 | 1000 ”W(U) TYPE ROUI41014Z —-R29B_ | 1K YAW(U) TYPE RCUia1024z R234 | 10K MW(P) TYPE RcP141034Z R299. | 10K “W(U) TYPE RCU1410347 R235 | 1K MW(U) TYPE RU1410242 —-R300_| 5600 YAW(U) TYPE RCU1456142 R236 | 3900 YAW(U) TYPE RCU143314Z R301 | 6.8K KW(U) TYPE RCur46824z R237 | 10K MW(U) TYPE Reur41034Z R302 | 1K YAN(P) TYPE RCP141024Z R238 | 10K wW(U) TYPE RcU1410342 R303. | 10K W(U) TYPE. Rcu141034Z R239. | 2200 VAW(U) TYPE Rcu142214z 304 | 19 4W(P) TYPE RCP1410942 R240 | 10K WWM) TYPE RCM141034 R305. | 2200 YAW(M) TYPE ROM1422144, R241 | 2.2K YAW(U) TYPE RCU1422242 R306 | 10K MWN(U) TYPE RCUIS10342 R242 | 1000 4W(M) TYPE ROMI410144 RIOT | 1K KW(U) TYPE Roui410242 R243 | 47K MW(U) TYPE RCU144734Z R308 | 1000 14W(U) TYPE RCUISI0147 Re4d | 20K WWN(U) TYPE RCU1422342 R309} 39K YAW(U) TYPE RCUI433342 R245 | 47K MW(U) TYPE RCUI44734Z —R3I0_| 270K Y4W(U) TYPE RCU1433447 R246 | 1.5K 4W(U) TYPE ROUIEIS24Z RINT | 1K MW(M) TYPE RCM1410240 R247 | 4.7K ¥AW(U) TYPE ROUI44724Z B12 | 1K YAW(U) TYPE Rcu141024z R24 | 1K “W(U) TYPE RCUI410242 R313. | 1K YAW(U) TYPE Rcu141024z Re49 | 1K MW(M) TYPE RoMi4t0244 R314 | 10K AWV(U) TYPE. Rcu141034z R250 | 1K YAW(M) TYPE RCMi410244 R315. | 22K MW(U) TYPE Rcui42234z R251 | 10K MWV(P) TYPE ROP1210342 —-RBI7_| 1K YaW(U) TYPE Rour41024z R252 | 1K YAW(M) TYPE RCMi410244 R318. | 1000 “W(M) TYPE RM141014A, R253 | 180 wWN(U) TYPE Rcur4te04Z R319. | 1K MW(U) TYPE RCUT41024z R254 | 10 VAW(P) TYPE ReP1410942 R320 | 1K YAW(U) TYPE RCU1410247 R255 | 1500 VAW(P) TYPE RoP1215142 R321 | 10K WU) TYPE RCUIA1034Z R256 | 180 “W(U) TYPE RCU1418042 R322 _| 100K s4W(M) TYPE RCM141044A R257 | 1500 WIP) TYPE RCPI215142 R323 | 33K KW(U) TYPE RCUI43334Z R258 | 2.20 WIP) TYPE RcP1422942 R234 | 4.7K ZAW(M) TYPE ROMI447248 R259 | 1500 WU) TYPE RCui4i5i4z R325 | 10K MW(U) TYPE RCUI41034Z R260. | 4.79 uW(U} TYPE Rcu144794z R326 | 1K AWM) TYPE RCM141024A R261 | 1.5K ”W(U) TYPE RCUI415242 —R327_| 10K ¥4W(U) TYPE ROU1410342 R262 | 3900 W(U) TYPE RCU143914Z R330. | 1K “W(U) TYPE RCUI410247 R264 | 470 MW(U) TYPE RCU144704Z_—-R331_ | 10K YAW(M) TYPE ROM1410340 R265 | 3300 VAN(U) TYPE RoUI4as14Z RBZ | 1K MW(U) TYPE Rcu141024Z R266 | 1.5K %4W(U) TYPE ROUI415242 R333. | 1000 W(M) TYPE ROM1410148 R268 | 1K KW(U) TYPE RUI41024Z R334} 1000 Y4W(M) TYPE RoM1410148, R269 | 100K Y4W(U) TYPE Reu1410442 R335. | 22K “W(U) TYPE Rcu1420347 R270. | 100K Y4W(U) TYPE RCUIa10442 R336} 10K “W(M) TYPE RoM1410348, R272 | 100K Y4W(U) TYPE Rcur4i044z R273. | 1000 W(U) TYPE Reur4io14z ‘CERAMIC CAPACITORS R274 | 10K wW(U) TYPE Rcur4i034z R276 | 1500 YaW(U) TYPE Reur4aisi4z —ct_—_| SpF SOWV ICH cc0s010044 R277 | 2.2K %4W(U) TYPE Rcur42224z G2 OtuF SOEVZSL ccosotog7L R278 | 10K W(U) TYPE RCUI41034Z C3. _OtuF SOEVZ SL Ccoso1037L R279. | 1000 ¥4W(M) TYPE ROMI410144 —C4—_| 100pF SOWWK SL Ccos01015L R280 | 4.7K %W(M) TYPE RCMI447244 —C5_—_| SpF SOWGCH cC0s00501A Reet | 4.7K 4W(U) TYPE Rcu1447242 «C6 | O.tuF SOEVZSL ccos01037L R282 | 4.7K “W(P) TYPE Rep144724zc7_—|_047uF SOWVZSL Ccoso1027t R283. | 10K W(M) TYPE ROMi41034¢4 cB | OO1pF SOWVZSL ‘ecosotoz7L Raed | 1K ¥WW(U) TYPE Rcur4st0242 —¢9_—‘| OTF SOEVZ SL ‘ec0501037L R285 | 4700 wWN(U) TYPE Rcui447142 C11 | 82pF SOW SL ‘ccos08204L R286 | 150 WW(U) TYPE Reur4tso4z —C12_| .O1uF SOEVZSL ecos01037L R267 | 3.3K Y4W(U) TYPE RCUI43924Z C14 330pF SOWVK SL ccos03315L R289 | 4700 4W(U) TYPE Rovi447142 —C17_‘| 330pF SOWVK SL cc0503315L R290__| 10K wW(U) TYPE Rcuiai03¢z §=—c18 | “O1uF SOEVZSL ccoso10a7L Rot | 10K WN(U) TYPE ROUI410342 C19 | .047UF SOWVZ SL ccoso47a7t R292 | 4.7K 4W(M) TYPE RoMt447248 ¢20._‘| SpF SOWVCSL Ccos00501L R293_| 10K wW(U) TYPE RCUIa10342 —C21_—| O1uF SOEVZSL ccoso10g7L Rega | 4.7K MW(U) TYPE Reur4s724z —€22_| .4uF SOWVZSL (ccosoro47t 73RCI-2950 7.0 MAIN BOARD (Con’t) 7.0 MAIN BOARD (Con’t) ReF# | DESCRIPTION PARTS REF# | DESCRIPTION PARTY 23 | tuF SOWVZSL ecoso1o47L = C10 | OTF SOEVZ SL ‘eco501037L. 24 | OtuF SOEVZ SL ccoso1037L = C113_‘| TUF SOEVZ SL ccoso1037L 28 | .047uF SoZ SL Cc0504737L C114 | 270pF SOW K SL. cc0s02715L C29 | 68pF SOWV J SL GCOsO6EO4L §— C115 | 270pF SOWV K SL ec0s02715L 630 | S60pF SOWV K SL CCOsOS1SL C17 .047uF SOWVZ SL c0s04737L 31 | 15pF SOWVJ CH CCOS01SO4A = C118_| OTUF SOEVZSL c0501037L 34 | O1uF SOEVZ SL ccoso1037L «C119 _| SpF SOWV CH cc0s01004A, 35 | 100pF SOWVK SL. Ccoso101sL C120 | OtuF SOEVZ SL cos01037L 37 | 270pF SOWVK SL coosez71sL —C121_| S3pF SOW SL ccos03304L 38 | Our SOEVZ SL ecos01037L C122 _| SapF SOW SL ecos03304t. 41 | 001pF SOWVZ SL ecosoio27L C123} OtuF SOEVZ SL ccoso1037L 42. | uF SOWVZ SL ccoso1o47t == C124 | OtuF SOEVZ SL ccos01037L C43 | 10pF Sow SL Ccos01004. «C125. | OO1pF SOWVZ SL ccosoio27L 45 | 00tpF SoWVZ SL Ccoso10z7L «C126 | -OTuF SOEVZ SL cc0s01037L 48 | tur SOWVZ SL ecoso147L 127 | tur SOEVZ SL ‘ecos010g7L. 51 | .001pF SOWVK SL ccosoz2tsL = ¢129. | tur SEVZ SL. ‘ecoso1037L. C52 | 220pF SOWV K SL CC0s02215L —C130._| 10pF SOWV J SL ‘eco501004L. 53 | 12pF SOWV J CH ¢c0501204A C131 | uF SOWVZSL ccosot047L. 54 | .047uF SoWVZ SL Ccose47a7L —C132_| .OtuF SOEVZ SL ‘ccoso1037L. C55 | GBpF SOWV J CH CCOSOBEO4A — C133 | 47pF SOW WW ‘¢c05047046 56 | OtuF SOEVZ SL ccosotos7L C134 | 100pF SOW L UK ‘0c05010156 59 | 047uF SOWVZ SL ccose4737L C135 | .001pF SoWVZ SL ‘ecosot027L. 60 | O1uF SOEVZ SL Ccosotos7L = C196 | .tuF SOWVZSL ccosor047L 61 | SpF SOWV J CH CCOSOTO04A C139 | OTP SOWVZ SL ccoso1027L 063 | uF SOWVZ sk Coosoto47L == C142_| 00 1pF SOWVZ SL ccoso1027L 65 | S6pF SOWV J CH 6605033048 C145_|.001pF SOWVZ SL ccoso1027L 066 | ipF SOWVC CH Ccosooto1A = C148 | .tuF SOWVZ SL ccoso1047L C67 | 39pF SOW J CH cc05039044 C149 | 00 1pF SOWVZ SL ecoso1o27L 68 | SpF SOWV CCH Ccoso0so1A C150 | .A7uF SOWVZ SL. ecoso4727L 69 | OtuF SOEVZ SL Ccoso1os7L «C151 | A7uF SOWVZSL. ecoso4727L 71 | OtuF S0EVZ SL ccosotos7L ©1852 | O1uF S0EVZSL_ c0s01037L 72 | 3pF SOW CH CC0S00301A «C153 |.001pF SOWVZ SL ccosoio27L 73 | SpF SOWV CCH ccoso0301A C154 | 100pF SOWV K SL ccoso101st 74 | OtuF SOEVZ SL ccosot037L C158 | 150pF SOWV K SL cc0s01515L 75 | 27pF SOWV SL cc0s02704L C159 | OOTP SOWVZ SL ccosoio27L 76 | uF SOWZSL ceosooa7L = C162 | 001pF SWVZSL. ccoso1027L 77 | SpF SOW CSL Ccosooso1L = C163 | 47pF SOWV J SL cc0s04704L 78 | .OtuF SOEVZ SL cc0sot037L C164 | SE0pF SOW K SL ccoso5615L 79} OtuF S0EVZ SL ccnso1037L «C165 | 390pF SOWV K SL ecoso391sL a0 | .047uF sowZ SL cc0s04737L C166 | 33pF SOWV ISL ccoso3304L c82_—| 47pF SOWVJ SL. cc0504704. C167 _| 150pF SOWV KSL cc0501515L 683 | .OtuF S0EVZ SL Ccosoos7L «C169 | 33pF SOWV J SL ccos03304L a4 | uF SOWVZ SL ccnsoto47L © C172_| 33pF SOWV J SL ec0s03304L cas | uF SOWVZ SL ccosoo47L © C173_‘| 47pF SOWV J CH ¢c0504704A a6 | uF SOWVZ SL Ccoso1o47L © C174 | 100jpF SOWV K SL ccoso101sL C87 | 220pF SOWV K SL ccnsoz21s. «C176 | 33pF SOWV J SL ccos03304L cea | SpF SWVC SL. ccnso0so1L = C177 | O1uF SOEVZ SL ccos01037L 90 | SpF SOW CCH CC0s00S01A C178 _| 10pF SOWV SL ecos01004L cai | 15pF SOWVJ SL. CC0501SO4L C179 | 33pF SOWV J SL ccos03304L 92 | tuF SOWVZSL ccosoe47L © C180 | 33pF SOWV J SL ccos03304L 93 | tuF SOWVZSL ccoso1e47L == C181 | 100pF SOW K SL ccos01015L c94 | OtuF SOEVZ SL cc0s01037L C182 | 100pF SOW K SL ccoso101SL 97 | OtuF S0EVZ St ccoso1037L—«C183._| 100pF SOW K SL ccoso1015L 98 | 100pF SOWV K SL coosor01sL © C184 | 82pF SOW UY ‘ecos082046 C100 | .OtuF SOEVZ SL ccoso1037L C187 | .001pF SOWVZ SL ecoso1027L Gi01 | ooipF Sow SL Ccosoioz7L © C188 | 100pF SOW K SL ccos01015L. C104 | o47uF SoWVZ SL ccoso4737L C189 | 33pF SOWV J SL cc0s03304L C105 | SpF SOW J CH Ce0sO10044 C190 | 22pF SOWV J SL ccoso2z04L 107 | oo1pF sowvz SL Ccosotoz7L C191 _| OTP SOWVZ SL ccoso1027L C108 | 12(F SOW SL cc0so1204. §=—C192_ | 10pF SOWV J SL cc0s01004L 7-47.0 MAIN BOARD (Con’t) RCI-2950 7.0 MAIN BOARD (Con’t) REF¥ | DESCRIPTION PARTY REFY | DESCRIPTION PARTS 193, | 100pF SOWV K SL ccoso1o1sL §=— C275 | 270pF SOWV KW (6c05027156 C194 | 100pF SOW K SL ccoso101s. §— C276 | .047uF SOWVZ SL ecos04727L C195 | S3pF soWV SL cc0503304. C277 _| SpF SOWV J CH ecos01004A, C197. | OtuF SOEVZ SL ccoso1037. —«C278_| 33pF SOWV J CH (cc0503304A C198 | 33pF SOWVGJ SL Cc0s03304. © €279_| 180pF SOW K Wd ec05018156 C199 | 22pF SOWVY SL Ccosoz204 © €280._| t2pF SOW J CH ¢c0501204A €200 | 001pF SOWVZ SL Gcoso127L —¢281_| .tuF SOWVZSL ecoso1047L 202 | -tuF SOWVZ SL ccoso1047_ 6284 | 100pF SOWV J CH CCO501015A. 6206 | O1uF S0EVZ SL ecoso1037, C286 | .O1uF SOEVZ SL ecoso1037L 208 | O1uF SOEVZ SL ccoso1037L © —c287_| OtuF SOEVZ SL cc0so1037L 209. | O1uF S0EVZ SL ccoso137L © c289_| 00 1p SOWVZ SL ecoso1027L 212 | 001pF SOWVZ SL ccoso10z7L —¢290 | Sé0pF SOWV K UJ cc0s056156 214 | -tuF sowvZ SL Ccoso147L == c291 | O1uF SoEVZ SL ec0s01037L 215 | 27pF SOWV JCH cos0z704A 293 | 12pF SOWV.JCH cc0501204A, c2te | -tuF sowvzZ SL ccosoi47L = c294 | A7uF SOWVZ SL. ec0504737L 220 | O1uF S0EVZ SL ccoso1s7L © ¢295._ | -tuF SOWVZSL ccosoi047L 221 | .047uF SOWVZ SL ccoso4727L 296 | Out SOEVZ SL ccoso1037L 222 | -tuF SOWVZ SL Gcosoio47, = C297 | OtuF SOEVZ SL. ccoso1037L. 223 | -tuF SOWVZ SL ccosoi47L = 298 | -tuF SOWVZSL cecoso1047L. 226 | 047uF SOWVZ SL ecosoa727L © €299. | “tuF SOWVZ SL ccoso1047t. 228 | OtuF SOEVZ SL ecoso1037. —¢300_| .o47uF SoWVZ SL ecos04737L 229° | 150pF 6OWV K SL ccoso1s1sL 302 | 001pF SOW Z SL ecoso1027L 230 | 270pF SOWV K SL ccosoz7tst —¢303._| .047uF SOWVZS;L ccos04737L 232 | our SoEVZ SL ccoso1037L © c305. | .OtuF SOEVZ SL coso1037L ¢233 | .001pF SOWVZ SL ccosoo27L C306. | O0tpF SOWVZ SL ecoso1027L 6236 | .001pF SOWVZ SL ccosoto27. §— 307 | .OtuF SOEVZ SL ecos01037L 6237 | SpF SOWVC CH Cc0s00S01A C308. | .OTuF SOEVZ SL ecoso1037L ¢238 | 150pF SOWV K RH Cc0s015150 —C309._| OO1pF SOWVZSL ccoso1027L ¢239 | S6pF SOWV J RH ccos0s604D C310 | uF SOWVZSL ccosote47L 240 | tur SOWVZSL cooso1o47L §=— C314 | O1uF SOEVZSL ccoso1037t 242 | OWuF SOEVZ SL cooso1s7L © c312._| 047uF SOWVZ SL c0504737L 243 | 100pF SOW K UJ ccos0101sG §=—¢313_| .tuF SOWVZSL ‘ecoso1047L. e244 | 047uF SOWVZ SL ccoso47s7L 314 | -tuF SOWVZSL ccoso1047t. 245 | .tjuF SOWVZ SL Gcoso1047L C316 | OOTP SOWVZ SL ccoso1027L. 6246 | 120pF SOW K CH Gc0501215A —C317_| O47UF SOWVZ SL ccoso4737L. 247 | 18pF SOWVK US cc0501815G C319 | 10pF SOWV J SL ccoso1004L. 248 | SpF SOWV CCH Gc0s00301A © €320 | otuF SOEVZ SL ccosot0g7L. 249 | SpF SOWV CCH ccososo1a §=— 321 | OtuF SOEVZ SL ecoso1037L. 6250 | .SpF SOWVC SL Ccososs1L —¢323_| .001pF SOWVZ SL ecoso1027L. 251 | 270pF SOWV K CH ccoso2715A —324_| -tuF SOWVZ SL ccoso1047t c2s2_| 3pF Sow CCH ec0500301A 325 | O1uF SOEVZ SL ec0501037L 254 | 330pF SOWV K Us cc05033156 326 | .1uF SOWVZ SL ecoso1047L 255 | 150pF SOW K US ccosoisise 327 | OtuF SOEVZ SL ecoso1037i 256 | -1uF sowvz SL ccosoro47, 329. | O1uF SOEVZ SL ¢c0501037L 257. | tur SOWVZ SL ccoso1047L © €330._| .o01pF SOWVZ SL ecosor027L 6258 | SEOpF SOWV K UJ Ccosossis6 331 | .tuF SOWVZ SL. ecosoi047L 6259. | O1uF SOEVZ SL Ccoso1os7L = c332 | -1uF SWZ SL. ecoso1047L 6260 | O1uF SOEVZ SL ccoso1037L 6333. | tuF SOWVZSL ecosoi047L 6261 | S60pF SOW L UK Cco505615G 6334 | tuF SOWVZSL ccosot047L 262 | Se0pF SOWV L UK coos0s61sG 6335 | tu SOWVZSL ecoso1047L 6263 | 10pF SOWVY SL Gcoso104. 336 | tuF SOWVZSL ccoso1047L 264 | tur SOWVZ SL cos01047L 0337 | -tuF SOWVZSL ccosoto47L 267 | tur SOWVZ SL ccoso1o47. ©3388 | (O1uF SUEVZ SL ccosotos7L 268 | O1uF S0EVZ SL ec0s01037. 6339 | 100pF SOW K SL ccosot01st 269° | 100pF SOWV K UK Gcoso101se © C340_| O1uF SOEVZ SL. ccoso1037L. G270 | S60pF SOWV K Us cc0s056156 C341 | 100pF SOW K SL ccosot01sL cart | -tuF sowvz st ccoso1047. —¢343._‘| .001pF SOWVZ SL ccoso1027L. 272 | 100pF SOWV K SL ccosoioist §=— 348 | 3oF SOW C CH ‘ecos00301A 273 | 001pF SOWVZ SLK Gcosoios7. © c349__| OtuF SOEVZ SL. ecos01037. 274 | o1uF S0EVZSL ec0501037L 7-57.0 MAIN BOARD (Con’t) RCI-2950 7.0 MAIN BOARD (Con’t) EFF [DESCRIPTION PARTE ReFa_ [DESCRIPTION PARTE (MYLAR CAPACITORS 170 | tour 25Wvz (GE0251067Z C196 | 47uF 1OWWZ cE 01047672 cis |.0022uF 50M K cmoso2262 C201 | 47uF 10WVZ ce 01047672 633_|.00tuF SOW L (©M05010262 C205. | 10uF 25WVZ (¢E02510672 C47} 022uF 50M K (©M0s022352 C207 | 220uF 16WVZ cE01622772 186 | 001uF SOW L (CM05010252 C213. | 330mF 16WV (CE01633772 234 | 047uF 50M K @M05047352 C216 | 22uF 1OWVZ (ce01022672 235 | 00tuF SOW K emos01025z C219 | 4.7uF SOWVZ (¢E05047572 223 | 47uF 1OWZ (CE01047672 ‘TANTALUM CAPACITORS 224 | tuF SOWVZ (CE05010572 231 | 100uF 1OWvZ ceo101072 cio | 4.7uF 16wvM cro164756Z2 C265 | 2.2uF SOWVZ GE05022572 106 |.22uF 16WVM 701622462 C285 | tuF SOWVZ (CE0501057Z 141 | 22uF WWM cTo1622462 C288 | 10uF 25WVZ (002510672 C155. | 22uF 16WVM cT01622462 292 | 10uF 25WVZ cE0251067Z C156 | 4.7uF CW M 701647562 C301 | 100uF 10WVZ CE010107Z cieo | .22uF 1eWVM 701622462 C304} 220uF 16WVZ cE01622872 ci61 |22uF 16WVM GT01622562 6322} 220uF 16WVZ cE01622872 ci7t_ | 10uF 16WwWM cTo161066Z C347 tuF SOWVZ (CE05010572 175 | 10uF 16WVM cro1610662 Le. CHIP CAPACITORS. ier | NUM324D ENJR00324D 266 | 22uF sow cyoso2246z C2 UPC1028H ENNEO1028H 328 | 22uF SOW cHosoz2462 —Ic3.—| ANGI2. ENMAQ06122 6345 |.22uF SOW cHoso22462 © IC4_— | NJM7805 ENJRO7BO5Z_ ies | Ts0B1AP ENTAO5081A ELECTROLYTIC CAPACITORS tos | NIM7e0BA ENJRO7BO8A tor | TosoBtaP ENTAO5081A 13 | 47uF sow ce0s04747Z © IcB_ | TAT310P ENTAO7310P C16 |2.2uF sow ce0s022572 —Ic9_—| TAT310P ENTAO7310P 25 | 10uF25WVZ. cE02510672 Ico | TAT310P ENTAO7310P. c27 | 10juF 25WvZ cE02510672 C11 _| TCs082P ENTADS082P 32 | 47uF 1oWZ cE01047672 = IC12_ | HO10551 ENHI105512 36 | t0uF 25WVZ c£02510672 —IC13._ | HO10551 ENHI105812 39 | 47uF 10WWZ cE01047672 C14 TAT3I0P ENTAO7310P 44 | 47uF 1OWWZ CE01047672 —«IC15._| NJM7808A ENJRO7B08A C46 | 47uF 1OWZ E01047672 —IC16 | JRC4558D ENJRO45S8D 49 | 47uF 1OWWZ cE01047672 —IC17_| CX7926B ENS0079258 50 | 10uF 25WvZ CE02510672 IC19_| TA7222AP ENTAO7222A 57 | tour 25WVZ ce02510672 1620 | 5042P. ENsMoo042P 58 | 1000uF 1owvZ Ge01010872 —IC21__| TCA069UBP ENTAO4O69U C70 | 10uF 25WVZ (¢e02510672 cai | 2.2uF sowvz ¢&05022572 nioDEs a8 | 1uF SOWVZ (CE05010572 cas | 22uF 10WVZ ce01022672 © D1 _—| NOP EDINooO6OP 96 | 220uF 16Wvz cE0t622772 «2 ~—| ANGOP ED1NOOO6OP 99 | 220uF 16WVZ. cE01622772 «3 | 1N4 148 EDINO4148Z C102 | 1uF teWV NP CEON6IO5EN D4 | 1N4I48 EDINOS148Z 103 | 220uF 1owvz ceoto2772 = st 1Na148 EDINO4148Z ci09 | 4.7uF sowvz cE0504757Z «D6 1N4148 EDINOS148Z cit | 100uF towvz ceotoio772 =p aNai48. EDINOs148z 116 | 220uF 1ewvz ceot622772 «= Bi} 1N4148. EDINod148z C128 | 47uF WZ ceoto47672 =a | 14148, EDINO4148z 137 | 10uF 25WVZ E0251067Z —D10—| 1N4148 EDINOs1482 C138 | 1000uF tow Z ceot010872 © D11__‘| 1NEOP EDINOOD6OP 140 |2.2uF sowZ. ¢£05022572 012_| 1N6OP DINOoo6oP 147 | 10uF 25WvZ CE02510672 13 | 1N4148 EDINO4148z 157 |220uF 1ewvz ce01622772 14 1N4148 EDINO41482 cies | 10uF 25WVZ cE02510672 15 | 1N4148 EDINOs1482 7467.0 MAIN BOARD (Con’t) RCI-2950 7.0 MAIN BOARD (Con’t) REF | DESCRIPTION PARTS EFF | DESCRIPTION PARTE Die anaiae EDINos48z =—-76 ‘| 1NA14B EDINO4148Z DIT | iNaiae. EDINOs1482 «77 | 1NG148 EDINOS148Z Dig | Mc3o1 EDMco0301Z 78 | 1N4148 EDINO4148Z Dia | Fosam EDECOO0SM © D79_| 1N4148 EDINOS148Z 20 | Mc3o1 EDMcO03012 80 _| 1N4148 ED1NO4148Z 21 | iNgt48 EDINOG148Z 081 | 1N4148 ED1NO4148Z D2 | 1Na14s EDINO41482 D2 | 1N4148 EDINO4148Z 023 | Fos4m EDECo0S4M =—D83_—| 1N4148 EDINO4148Z 024 | Fos4n EDECOOOS4M © D84 | 1N4148 EDINO41482 025 | mic3o1 EDMc00301Z 085 | 1N4148 EDINO41482 26 | 14148 EDINO¢1482 86 | ZENER SW Sev EDZD055692 27 | 14148 EDINo¢1482 87 | Fos4m EDECOODS4M 28 | 1N4148 EDINOS48Z 88 | 1NA14B EDINO41487 29 | 1N4148 EDINOG48Z DBD | 1NG148 EDINOS148z 030 | 1N4148 EDINos148z = 090, | MVIY EDMVooo01Y 031 | 14148 ED1Nog148Z st | MVIY EDMVoo001Y 032. | 1N4148 EDINOS148Z = 092 | MVIY EDMVO0001Y 033 | 1N4148 EDINOS148Z 93 1N4148 ED1NO4148Z 034 | 1N6oP EDINOoo6oP §=— Dat | FCSAM EDECOO054M 35 | 1N60P EDINOoo6oP = 95 | FCSAM EDECOOOS4M 36 | 1N4148 EDINOS148z © —D96-_| FCSAM EDECOOS4M p37 | 1Na148 EDINOS148z © D97_| 1N4148 EDINOg148z Das | 1Ng148 EDINOs148z © D98-_| 1N4148 EDINO4148Z 039 | 1Nd148 EDiNosi48z 099 | 1N4148 EDINOd148z D4o | 1Na148 EDINOs148z D100 | 1N4148 EDINOS148z Dar | 1Na148 EDINog148z D101 | 1N4148 EDINOS148Z b42 | Ke3e2 EDKB003622 © D102_| 1N4148 EDINOS148z 043 | FeSaM | EDECoo0s4m — D103 | 1N4148 EDINOS148z O44 | 1Ng148 EDINod148z D104 | 1N4148 DINOS 1482 Das] 14148 EDINO#482 105 | 1NA14B EDINOs148Z 46 | 1N4148. EDINOS1482 D106 | 1NA14B EDiNO4148Z Day | aNa148. EDINO#482 D107 | 1NS148 ED1NO4148Z Das | 14148, EDINOG148Z D108 | 1NG148 EDINOS148Z 4g | 1N4148. EDINOS148Z —_D109._| 1N4148 EDINOS148Z Ds0 | 1N4148 EDINOS148Z = D110 | 1N4148 EDINO41482 si | Ke262 eDkB002622 D111 | FCS4M EDECOODS4M Ds2 | 1N4148, EDINOS1482 = D112_| 1N4148 EDINO4148z 53° | 1N4148, EDINOS148Z —D113_| 1N4148 EDINO41482 054 | 1NG148 EDINOd1482 D116. | M301 EDMC00301Z ss | 1N4148 EDINOs148Z Ds6 | 1NG148 EDINOd148Z TRANSISTORS 057 | 1Nd148 EDINO4148z D8 | 1Nd148 EDINod1482 Qt | 2sc1675K ‘T2sCo1675K 059 | 1Nd148 EDINos1482 © 02_—‘| 2sc1675K ‘T2SCO1675K Deo | 1Nd148 EDINO#1482 —03-—‘| 2sca45P ‘Tascoog4sP Der | 1Natas EDiNos148z a4 | 2sca45P ‘Tascooa4sP Dez | 1Nai48 EDINOs1482 05 | 2SC945P ‘Tascoos4sP Des | 1Nd148 EDINos148z 06 | 2sc945P ‘Tascooa4sP Dea | 1N4148. EDINod482 © a7_—‘| 2sc945P ‘Tascoos4sP Des | 1N4148 EDINOs482 0B | 2sct674K Tescore74K 066 | svc25i Epsvoo2s1z a9 | 2sc1675K ‘TSCO1675K 67 | svc2s1 Epsvoozs1z aio_| ascte7sK ‘T2SCO1675K Des | 1NG148 EDINod48z = ati | 2sc1675K T2SCO1675K Deo | inaias EDiNos148z 012 | 28a733P T2SA00733P 70 | 1N4i48. EDinoa148z —a13_| 2sca45P TRSCOOS45P O71 | iNa148. EDINod1482 14 | 2sc945P TRSCOOS45P o72 | 1natas EDINOS1482 015] 2SC945P ‘Tasco0s45P 073 | ZENER SW 24v Eozoos24az aie | 2sc945P ‘Tascons4sP D4 | ZENER SW Sev EDzD0s2692 017 | 2sc945P ‘Tascoos4sP 075 | KB362 EDKB003622 018 | 2SC1674K ‘Tesco1e74K 7-7RCI-2950 7.0 MAIN BOARD (Con’t) 7.0 MAIN BOARD (Con’t) REF [DESCRIPTION PARTE ReFY_ [DESCRIPTION PARTY aig | J310 EZZJ00310Z «129 BEAD F PHe12.5mm ECBAD18550 20 | 2scte7ak ‘Tascoie74k —-L19._—| BEAD F PH=12.5mm ECBAD18550 a2 | 2sct675k TeSCO1e7SK —_L22_| CHOKE 22uH (P TYPE) ECCHK16070 22 | 2sc1675K T2SC01675K 126 | CHOKE 470uH (P TYPE) ECCHK16096 023 | 2sc1906 T2SC01906Z —L30-_| CHOKE 22uH (P TYPE) ECCHK16070 024 | 2sca45P TRSCOOS4SP = L33.««| CHOKE 82uH ECCHK16082 025 | 2Sa73P T2SA00733P «L384 | RF 23H ECRFZ10001 026 | 2sca45P TRSCOOSSP —«L36.-| BEAD D SU-B-1720 ECBAD18504 027 | 2sc1675k Tescore7sk —137_—_| BEAD DSU-B-172D ECBADI8504 028 | 2sc1675K Tesco1g7sK = «L38-| RF.23uF ECRFZ10091 29 | 2sc1675k T2SC01675K —L39_| BEAD F SU-B-172F ECBAD18506 030 | 2sco4sP TRSCOOSSP —L40_— (| BEAD D SU-B-175D ECBAD18504 31 | 2scoasP TRSCOOSSP —L41_| TOROIDAL SU-TR-398 ECRFZ10048 032 | 2sca4sP TRSCOOMSP © L42_—| BEAD F SU-B-172F ECBAD18506 033. | 2sca4sP TRSCOOMSP = L44_ | BEAD F PHH=12.5mm ECBAD18550 034 | 2sco4P TRSCOOSSP = L45.—| BEAD F PH=12.5mm ECBAD18550 35 | 28A733P ‘T2SA00733P —L49._| CHOKE (BIG ROUND) ECCHKI6151 036 | 2sc945P TASCOOS4SP = _L50-| CHOKE 82uF ECCHK16082 37 | 2satze2 T2SA01282F ——L51_‘| CHOKE 10CH (P TYPE) ECCHK16088 038 | 28A1282 T2SA0I282F —L52_| CHOKE 10CH (P TYPE) ECCHK16088 39 | 2sc945P Tascoos4sP —L53_—_‘| CHOKE 470uH (P TYPE) ECCHK16096 40 | 2satz82 T2SA01282F —«L59._—(| BEAD F SU-B-172F ECBAD18506 41 | 2sco45P. ‘TASCOS4SP —_L60__| BEAD F SU-B-172F ECBAD18506 042 | 2sc945P ‘Tascoos4sP == L61._| BEAD F SU-B-172F ECBAD18506 043 | 2sc1675K TeSCO1675K —-L62_—_—| BEAD E PH=10mm ECBAD18526 44 | 2sct675k ‘T2SCO1G75K —_L63_| CHOKE 470uH (P TYPE) ECCHK16096 045 | 28a733P ‘T2SA00733P —L65.__| BEAD F SU-B-172F ECBAD1a506 4s | asceai2 7280023120 ~—«L131_| SPRING .8x6.5x7.5t EcsPG18075 47 | ascesi2 T28002312C —«L132_| SPRING .8x6.5x7.5t ECSPR18003 4g | ascere6c T2sc02166C L503 | CHOKE 47uH (P TYPE) ECCHK16000 4g | asceataF T2sco23i4F L504 | CHOKE 47uH (P TYPE) ECCHK 16000 50 | asci906 T2sc019062 «T1_~—| CHOKE I-19 TF-083 ECCHK16004 51 | 2s8754y T2sB00754Y 052 | 2sca4sP T2sc00945P VARIABLE INDUCTORS 053._| 2sA473/0 ‘T2SA004730 054 | 2sca45P TescoosssP = L1_—_—| IFT M199CC-P14097F ECiFTI2251 055 | 2sc946P TscoosssP = L2_—*| IFT 199C-P1498N EciFT12252 056 | 2scaasP TescoossP = «13 IFT 7MC-7172A8N ECIFT12002 as7 | 2sca4sP TescoosssP = L4_—| IFT_M199CC-P14097F ECIFTI2251 ass | 2sca4sP Tescoos4sP = «LS. IFT. 7MC-7172ABN ECIFT12002 6 | IFT 7MC-7172ABN ECIFT#2002 VARIABLE RESISTORS (7 | iF 7™MC-7174v ECIET12003 18 | IFT MI9CNF-P1499N ECIETI2253 vat | 10K 3P, SEMI FIXED Re10300078 —-L9_—_—| IFT 19CN-P1549N ECIFT12290 vr2 | 10K 3P, SEMI FIXED RE10300078 = L11_| IFT 199CN-P1549N ECIFT12990 VRS | 500K 3P, SEMI FIXED Res0400080 —L12_| IFT M199CC-P1501A ECIETI2255 Rd | 500K 3P, SEMI FIXED Re50400060 —L13_| IFT 199CC-P1502N ECIFTI2256 VR7 | 10K 3P, SEMI FIXED RE10300078 —«L14_| IFT 199CC-P1502N ECIFTI2256 Re | 100K 3P, SEMI FIXED Reio400079 —«L15_—_‘| IFT 199CC-P1498N ECIFTI2252 VA1t | SK 3P, SEMI FIXED Re30200076 —L16_| IFT M199CC-P1503A ECIFT12257 R12. | 10K 3P, SEMI FIXED RE10300078 = L17_—_| IFT 292CN-P112212 ECIFT12263 R13. | SK 3P, SEMI FIXED RE50200077 —«L19_‘| IFT6 M199CC-P1504N ECIFTI2258 R14 | 1K 3P, SEMI FIXED REi0200072 — L2t__| IFT 292CN-PI121Z ECIFT12263 R15. | 1K 3P, SEMI FIXED RE10200072 — L23._‘| IFT 199CC-P1498N ECIFT12252 R16 | 10K 3P, SEMI FIXED REi0300078 —L24-_‘| IFT 199CC-P1498N ECIFT12252 Rat | 5K 3P, SEMI FIXED Re50200077 L25_‘| IFT 199CC-P149BN ECIFT12252 Lar | IFT 143CN-6344z ECIFT12016 cous Lae | IFT 113CN-6344z ECIFTI2016 Leg | FT 143CN-€344z ECIFTI2016 J52 | CHOKE 470uH (P TYPE) ECCHKI6096 © 143. IFT 292CN-P1117A0 ECiFT12262 7-87.0 MAIN BOARD (Con’t) RCI-2950 7.0 MAIN BOARD (Con’t) REF#_| DESCRIPTION PARTS REF# | DESCRIPTION PARTE tae] IFT 2920N-P1125R EciFTI2065 «14 | 7x7mmux7 ‘wx01070707 La7 | IFT 292CN-P1125R EciFTi2065 © 16 | 7x5mmx7 wx01070705, Las | IFTM199CC-P1S01A ECIFTI2285 S17 | 7x10mmx7 wx01070710 S18 | 7x138mmx7 wxo1070713 RELAYS. 19 | txammx7 wx01070704 20° | 7x6mmx7 ‘Wx01070706 AL sv Exosn4ogo2 = 21 | 7x10mmx7 wxo1070710 22} Txémmx7 wx01070706 TRIMMER CAPACITORS 423° | Pxémanx7 ‘wx01070706 424 | Txémmx7 ‘wx01070706 ver | 20P cvosoz00az = 425 | 7x6mmx7 ‘wx01070706 ve2 | 20P cvosoz00az = 126 | 7x6mmx7 wx01070708 ve3 | 30P evosos00az 27 | 7x10mmx7 wxo1070710 28 | 7xommx7 wx01070709 CERAMIC FILTERS, 29°} Tx4mmx7 wxo1070704 430 | 7x5mmx7 wxo1070705 FL | crwassHT EFCFWASSHT = 31 | 7x7mmx7 wx01070707 FL2. | SEF 10.7 Mx EFCFEIO7MX — 32 | 7x6mmx? wx01070706 FL3 | CRYSTAL, 10.695 MHz EFXB106952 33 | 7xtOmmx7 wx01070710 X1—_| CRYSTAL, 10.240 MHz EYCAB10240 34 | 7x10mmx7 wx01070710 2 | CRYSTAL, 10.240 MHz EYCABI0240 — J36- | 7x3mmx7 wx01070709 x3 | CRYSTAL, 10.6975 MHz EYCAE10697 — J38-— | 7x3mmx7 wxo1070703 39° | 7x27mmx7 wxo1070727 CONNECTORS 440 | 7x10mmx7 wxo1070710 Jat | 2xSmmx7 wxo1070705 101 | PCB CONN. SOCKET 2 L=17.8 | ExO7N4B185 442 | 7x1Ommx7 wxo1070710 104 | PCB CONNECTOR SOCKET 3P | EXO7N41216 —-J43_—_‘|-7x9mmX7 ‘wx01070709 J105 | PCB CONNECTOR SockET2P | EXO7NG1226 — J44_—_| 7x10mmx7 wx01070710 Ji07 | PCB CONNECTOR SockET 2P | EXO7NG1226 © J4S_—_| 7x10mmx7 wx01070710 J108 | PCB CONNECTOR SOCKET 2P | EXO7NG1226 © J46—| 7x13mmx7 wx01070713, J109_ | PCB CONNECTOR SOCKET 3P | EXO7NGI216 © JT | 7x5mmx7 wx01070705, J110_ | PCBCONNECTOR SOCKET 3P | EXO7NGIZ16 © J48_—| 7x5mmx7 wx01070705 112 | PCBCONNECTOR SOCKET 3P | EXO7NAI216 © 449} 7xtOmmx7 wx01070710 113 | PCBCONNECTOR SOCKET 6P | EXO7N41266 ISO | 7x10mmx7 wx01070710 J115 | PCB CONNECTOR SOCKET aP | EXO7NGI216 51 | 7xtOmmx7 wxo1070710 J116 | PCBCONNECTOR SOCKET 3P | EXO7NAI216 © J53—_| 7x5mmx7 wx01070705, 117 | PCBCONNECTOR SOCKET 7P | EXO7N41261 J 7x6mmx7 wx01070706 J118 | POBCONNECTOR SocKET 3P | EXO7N41216 — J56—|_7xSmmx7 Wx01070706 JI19_ | PCBCONNEGTOR SOCKET 6 | EXO7NG1266 © J57_— | 7x4mmx7 wx01070704 J501 | EARPHONE JACK Exoona045 = 58 | 7x10mmx7 wx01070710 4J502_| EARPHONE JACK ExoGNaIO45 = J59 | 7xSmmxT wxo1070705 4503 | EARPHONE JACK Exoenaio4s §— 460 | 7x6mmx7 wx01070706 61 | 7xémex7 wx01070706 JUMPER WIRES 62 | 7xAmmx7 ‘wx01070704 63. | 7xémmx7 wx01070708 Jt | 7xSmex7 wxo1070705. — J64— | 7x10mmx7 wx01070710 2 | 7x13mmx7 wx01070713 J66- | 7x10mmx7 wx01070710 13 | 7x13mmx7 wxo1070713 67 | 7x14mmx7 wxo1070714 45 | 7x10mmx7 wxo1070710 468 | 7x6mmx7 wx01070706 6 | 7x10mmx7 wxo1070710 469 | 7x10mmx7 wxo1070710 ST | 7«10mme7 wxo1070710 470 | 7x5mmxS wxo1070705 JB | Ixémmx7 wxo1070706 71 | 74mm? wxo1070704 49 | 7x10mmx7 wxo1070710 72 | 7xSmmx7 wxo1070705 10 | 7e10mmx7 wxo1070710—473_| 7xEmmx7 wxo1070705 S12 | TxGmmx7 wxo1070709 474} 7x10mmx7 wx01070710 13 | 7xSmmx7 wxo1070705 475 | 7x8mmx7 wxo1070708 sta | 2e7mmx7 wxo1070707—J76 | 7x7mmx7 wx01070707 S16 | 7eSmmx7 wxo1070705 78 | 7x7mmx7 wxo1070707 S17 | 7x10mmx7 wxo1070710 79 | 7xémmx7 wx01070706 S18 | 7x13mmx7 wxo1070713 J80 | 7x6mmx7 wxo1070706 7-9RCI-2950 7.0 MAIN BOARD (Con’t) 7.4 MIC JACK P.C. BOARD ners [DESCRIPTION PARTE ere | DESCRIPTION PARTE 81 | 7xi3mmx7 wxo1070713, MIC JACK PCB. EPT2950702 sez | 7xi5mmx7 wxo1070715 483. | 7x7mmx7 wxot070707 CERAMIC CAPACITORS 4 | 7xt4mmx7 wxot070714 486 | 7xSmn«7 wxo1070705 701 _| ootuF sowvZ SL ccoso1027L 3114 | 7x37 wxo1070708 702 | ootuF SOWWZ SL ccoso1027L 322 | 7xSmmx7 WxO1070705 C703} oOtuF SOWVZ SL ‘ccoso1027L ANT _|7x50mmx7 Wx01070750 CONNECT 7.1_VSWRP.C. BOARD ONNECTORS ere [DESCRIPTION PARTY 4701 | PCB CONNECTOR SOCKET 3p | EXO7N48244 —— [VSWA PCB Epraeoosoz J702_‘| PCB CONNECTOR SOCKET 2P | EXO7N48152 4703 | PCB CONNECTOR SOCKET 2P | EXO7NAB152, CARBON FIXED RESISTORS mic JACK GE meet R401 | 1000 %4W(P) TYPE ROP141014Z iT SIEAND.EL_BOARD R402 | 1500 Y4W(P) TYPE Ropi4io14z REEF _| DESCRIPTION Pants BAND PCB. EPT2950902, CERAMIC CAPACITORS ROTARY SW, 6N. EWRT320538 PCB CONNECTOR SOCKET 9P | EXO7N41216 405 | O1uF SowvZ SL ccosoro37L PCB CONNECTOR SOCKET 7P | EXO7N41261 406 | O1uF SOWVZ SL Ccoso1037L © J403_| JUMPER WIRE 1mmxémnc7mm | WX01070706 DIODES 7.6 CH/SW P.C. BOARD DESCRIPTION PARTE aot | 1NEoP eD1tio0060P CH SW PCB. EPT2950908 402 _| 1N6OP EDINOOOGOP ROTARY SW, GPS-688 EWRT32051 7.2 RF/MIC & VOL/SQP.c. BOARD POB CONNECTOR SOCKET 3P_| EXO7NA1216 REFY_ [DESCRIPTION PARTE 7.7 CHASSIS PARTS VRPCB EPT2950502 REFH_| DESCRIPTION PARTE RFIMIC | VR 1KA-SKB RV10203451 —_spg01 | SPEAKER 3W 80 345" s30083550 \VOL/SQ | VR 50KB-50KA RV50303463, FUSE 7A 16V exo2N40210 C CORD wFUSE SOCKET WADO12 185A, CERAMIC CAPACITORS ‘DG SOCKET 3P ExogN40007 ANT JACK ExOGNA1019 sot | ootur sowvz st ‘ccoso10271 MICROPHONE ASSEMBLY Exo4N40620 6505 |.001uF SOWVZ SL ccoso1027L WIRE CONN. HOUSING 2-4-2P | EXO7N48398 WIRE CONN. HOUSING 3-2-2P | ExO7N48394 CONNECTORS WIRE CONN, HOUSING 2P EXO7N78041 105 | WIRE CONN. HOUSING 2-2 | EXO7N4B391 41501 | PCB CONNECTOR sockET 2° | exo7N41226 —J108 | WIRE CONN. HOUSING 2-2P | exo7Naa391 44502 | PCB CONNECTOR SOCKET 2P | ExO7N41226 —J109 | WIRE CONN. HOUSING 3-3P | EXO7N48389 4503 | PCB CONNECTOR SOCKET 3P | EXO7N41216 —J112 | WIRECONN. HOUSING 3-3P —_| eXO7N48389 4504 | PCB CONNECTOR SOCKET 3P | EXO7N41216 —J113_| WIRE CONN. HOUSING 6P EXO7N48396 4505 _|PCBCONNECTOR SOcKET2> | Exo7N412¢6 115 | WIRE CONN. HOUSING 3-3P —_| Exo7Naa389 7.3 RF/CAL P.C. BOARD J116 | WIRE CONN. HOUSING 3-3P | EXO7N48389, 117 | WIRE CONN. HOUSING 7P EXO7N48387 fete {DESCRIPTION ea 119 | WIRE CONN: HOUSING 3-aP | exo7w4a389 ~ VR PCB. EPT295060Z — J501 | WIRE CONN. HOUSING 2-2P EXO7N48391 RFICAL /VR 1KB-20KB RVv10203456 © -J502_| WIRE CONN. HOUSING 3-3P | EXO7N48389 4503 | WIRE CONN. HOUSING 3-3P | EXO7N48389 CERAMIC CAPACITORS J504__| WIRE CONN. HOUSING 3-3P EXO7N48389 J508 | WIRE CONN. HOUSING 2-2P | EXO7N4BQ91 C601 | .00tuF SOWVZ SL Cc0S01027L —J601_| WIRE CONN. HOUSING 3-3P Ex07N48389 J602 | WIRE CONN. HOUSING 3-3 | EXO7N48389 CONNECTORS 43701 | WIRE CONN. HOUSING 2-8-2-3P | EXO7N48397 44702 | WIRE CONN. HOUSING 2-3-2-3P | EXO7N48397 4601 | PCBCONNECTOR socKET3P | Exo7N41216 —_J703_| WIRE CONN. HOUSING 2-3-2-P | Exo7N48397 3602_| PCB CONNECTOR SOCKET 3P_| Exa7NAI216 | 7-10RCI-2950 7.8 KEY P.C. BOARD 7.10 CPU/MIC UP/ON P.C. BOARD ners [ DESCRIPTION PARTE (PRE-MARCH 1985 VERSION) KEY PCB. EPT2950302 -REF# | DESCRIPTION PARTE CPU PCR, EPTO295042Z ‘CARON FIXED RESISTORS — | MIC UPON Poe, ePT2950802 a | 1.5K 4N(P) TYPE RCP 1615242 ‘CARBON FIXED RESISTORS isc. R601 | 2700 Y4W(U) TYPE Rous42714z R602 | 2200 4W(U) TYPE Rours224z TACT SW EWPS33042X —REO3. | 1800 W(U) TYPE Rour41814z IC PIN EXO7N48414 E04 | 820 KW(U) TYPE RCU1482047 LED YELLOW Exo1N40081 ROS | 4700.0.1W RCYO14714Z PCB CONN. SOCK. 6P Le21.8mm | EXO7N48441 gos | 47000.1W RovONa714Z, R607 | 4700001 Rovor4714z 7.9 LCD P.C. BOARD R608 | 47000.1W RovO14714z REF#_[ DESCRIPTION PARTE R609 | 10@0.1W RCO 10342 —— [Led Pc. R610 | 190.1W RCYO110247 EPraes0217 peti | a7K OW RCvO147347 RESISTORS RE2 | 47K OW RCVO147372 R613. | 47k o.1W Rcvo14737z R710 | 39K 1W, CHIP Rovorsesz B14 | 180K 0.1W Reva toeaz| R711 | 470K .1W, CHIP Rovor47s42 FS |W pe Rri2. | 680K 1W ROYO Teese ei8 | 47K OW RovO14734z ‘CAPACITORS R619 | 47K 0.1W RovO14734z R620 | 47000.1W Rovor4714z UF 25WVZYSV, MONOLITHIC | cK2io4aB7v REZ | 47K O.1W ROvOMATZ -3QuF 35WVM, TANTALUM | CT¥g593462 622/47 0.1W pcroiaraae {uF 16WV M, TANTALUM Cryietossz R623 | 47K O.1W RovOIaTaAZ ‘uF 16WV M, TANTALUM cryietosez — R624_| 47K O.1W poe 0.33uF 38WVM, TANTALUM — | CTY3s3a462_ —R625__| 47K OW REVOLUTE O.33uF 35WVM, TANTALUM — | CTYa533462 R626 | 4.7K 0.1W Revota72Az O.33uF 35WVM, TANTALUM — | CTY3533462 R627. | 47K O.1W pevolsree uF 16WV M, TANTALUM cTyte1056z R628 | 47K O.1W Revorareaz O.01uF SOWYM, CERAMIC — | CK1103aB6U —RO29_| 47K 0.1W Rovotaredz 0.01uF SOWV M, CERAMIC cK1103aB6y R630. | 1 MEG O.1W Revor0saz O.O1uF SOW M, CERAMIC — | ckt1osaBeU —R631_| 10K 0.1W Beret eee O.0iuF SOW M, CERAMIC — | CKtiosaBey ——R632_—| 47K O.1W RavOUareA2) Oairsmivarceraue | riosagy FESS | S2KO.W Rovorzenaz O.01uF SOW, CERAMIC | CK1103ABGU O.01uF SOWV M, CERAMIC ck1i03aB6y 635 | 1 MEG O.1W REVO 10542 O.01uF SOWV M, CERAMIC cKtio3aaeu 636 | 100K O.1W RCVONIOUZ O.0tuF SOWVM, CERAMIC — | CKtTO3AB6U ——REBT_| 220K O.1W pevoizeae 638 | 100K 0.1W RCYO1 10447 ice R639 | 47K O.1W RovO14734Z R640 | 47K O.1W Revo14734z {e701 | HOe1602R soPIN Ensigteozn R41 | 150K 0.1W RovOLtsedz VARIABLE RESISTORS ARRAY RESISTORS \VR70% | IM (TMC4K B1M OHM) REtos00102 ABO! | 10K/20K 6P Resoe7ones ago? | 47K 5P RcS0570009 misc. RAGOS | 47K 5P R¢s0570009 ago4 | 220K SP R¢s0s70022 ——~ | ICHDs160¢R ENHIG1602R —_RABOS | 47K SP Arsterants SEMI-FIXED RESISTOR, 1M | REt0500102 AGO | 220K 9P Resos70021 Leo pISPLAY Exoan4o4aa —RABO7 | 47K SP Ros0s70009 LAMP, 5V.0BA ExotNagogo —_RABOE | 47K SP pester ic sockeT 2P ExO7NABAa2 — RAGNS | 47K SF Peo PCB CONN. SOCK. 14P L~21.8 PA=2t Gr EXOTNAEASS nett | 47K BP R¢S0570009RCI-2950 7.10 CPU/MIC UP/DN P.C. BOARD 7.11 MISC. PARTS (Con’t) REF# [DESCRIPTION PARTE REFY_[ DESCRIPTION [PARTE ‘GN609 | PCB CONNECTOR SOCKET 2P — [EXO7N41226 CAPACITORS ~ | PCBCONNECTOR SOCKET 3P | EXO7Na8244 PCB CONNECTOR SOCKET 4P —_|/EXo7N48440 601 | 0.1uF SOWV K Z5U, MONO. ck 103487U. PCB CONNECTOR SOCKET 7P —_|/EXO7N48011 C602 | -tuF 25WV M TANTALUM cryast04ez PCB CONNECTOR SOCKET 6P_ | EXO7N48010 ¢603 | 33uF 35WV M, TANTALUM cTy353346Z PCB CONNECTOR SOCKET 10P |EXO7N48416 6604 | O1uF SOWV K Z5U, MONO. K1 1034870. SHORT PIN 2P EXO7N48151 6605 | O1uF SOWV K Z5U, MONO. x1 1034870 FRONT PANEL, BLACK |PT2950010A 606 | o1uF SoWV K Z5U, MONO. Ki 1034870. FRONT PANEL (RCI-2970) }PT2950010 6607 | O1uF SOWV K Z5U, MONO. ki 1034870. REFRACTOR PLATE (KEY) /PT2950030A 608 | o1uF SOWV K Z5U, MONO. k1103487U. REFRACTOR PLATE (LCD) jPT2950041A 0609 | o1uF SOWV K Z5U, MONO. x1 1034870. KNOB, BLACK /PT2950051A 610 | o1uF SoWV K Z5U, MONO. K1103AB7U KNOB, BLACK }PT2950060A C611 | O1uF SOWV K Z5U, MONO. KI 1034870 INNER KNOB, BLACK lpT29s0071A C612 |33pF SOWVJ CH, MONO. CHIP | CK1330AB4A, OUTER KNOB, BLACK }PT2950080A C613 |33pF SOWVJ CH, MONO. CHIP | CK1330AB4A, Lo window }PT2950090A. 614 | tur SOWVZ YS5V, MONO. cK2104487V FRONT CHASSIS. 1MT2950010P 615 | .0027uF SOWVZ YSv, MONO. | CK1272ABSR. SPACE KING 1MT2950020E 0616 | 470pF SOWVK SL, MONO. CHIP | CK1471AB5L D SPRING A #6600 1MT3600080T 0617 | 100pF SOWV K SL, MONO CHIP | CKT101ABSL D SPRING 8 #7800 \MT3600090T 818 | tur SOWV K Z5U, MONO. CK11034870 SPRING D #8500 |MT3600100T HANDLER, BLACK /MT36000304, 1.08 TOP HOUSING, BLACK iMT2950031A BOTTOM HOUSING, BLACK 1MiT29500414, feet | Ho4074008F ENHI74008F SET CHASSIS. /wtT3600022x Yeo | Tcso69UBF ENTAO4O69E ‘SOCKET HOLDER /MT3600050x e603 | Ms223FP ENMIO5223F ‘SHIELD PLATE (A) IMT1200060N e601 | TeaosauBr ENTAO4O69F HEAT SINK, BLACK IMN7878040X los0s |TA78 ‘Tz7ao00782 P.C.B BRACKET /MT36000108 e606 |TA78 ‘TzTA00078Z SHIELD PLATE MT2710060x lesz |7805 ENSSO7805Z TOP HOUSING /MT29500318 RUBBER KEY JaT29500108 TRANSISTORS MIC PLATE [BT21000208 MIC PLATE /BT21000200 2sc945P ‘TascoosssP MIC PLATE BTOSSBO10B 2sca45P T2sco0s4sP SHIELD CLOTH 10x88x.3t LZzz60001Z 28c945P T2sco0s4sP SHIELD CLOTH 90x90x.18t LZZ2600562 2sc945P T2sco0s4sP LCD SPONGE RUBBER 108x25x1t |XZZ7902057. 2802712 Tescoz7i26 = —- | CLAMP 16zz2500002 2802712 Tesc027126 BEEP SPONGE 22x1.5t xzzz902062 2802712 T2sc027126 FOAM 14x16x20mm. xzzzs0004Z 28A11626R T2SA011626 PCB STOPPER xZzz900062 INSULATING PLATE XZZz900202 bioDEs INSULATING RING XZZ2900032 ANTIMIC SOLDER PLATE 601 | 4NS711 EDINOS7112 16x21x.5t xzzz90982 Deo2 | 1ssté1 EDssoote1Z SPONGE 15:30x111 xz2900212 Deo4 | 188181 EDssoote1Z ‘SODER PLATE xzzz900022 De0s_| 188181 EpssooteiZ LCD PCB SHIELD PLATE 35xBx2t xzzz901872 He LIIMISESPARTS RCI MIC PLATE /BT63000418 DESCRIPTION. PARTE LAMP REFRACTOR LABEL 28x11 |LZZ261278Z RESONATOR, 4 MHz, CERAMIC | EX14N46510 TOP REFRACTOR LAVEL 25x8 |LZZZ61277Z BUZZER RKM35-4A exian4esit LGD REFRACTOR LABEL 10x11. |17zz612762 BATTERY LITHIUM, 3V 170mAh | EXO8N41405 _B757Y SCREW, M2.0x0.4px10 PAN HEAD | JS052010MN PCB CONNECTOR SOCKET 6P | EXO7N41266 ‘SCREW, M2.0x0.4px12 PAN HEAD | JS052012MN PCB CONNECTOR SOCKET 4P | EXO7N41250 SCREW, M2.0x0.4px12 PAN HEAD |JS052012MN PCB CONNECTOR SOCKET 3P | EXO7NGI216 SCREW, M2.0x0.4px12 PAN HEAD |JSO52012MN PCB CONNECTOR SOCKET 2P | EXO7N41226 FRON PANEL (4) SCREW PCB CONNECTOR SOCKET 2P | EXO7N41226 1M3.0x0.5px6, FLAT HEAD J8033006MN 72RCI-2950 7.11 MISC. PARTS (Con’t) ReF®_[ DESCRIPTION PARTE ~—— [DG SOCKET(2), SET CHASSIS(12) LCE & CPU PCB (6) SCREW (M3.0x0 Spx6, PAN HEAD 4J8053006MN ‘SCREW, M3.0x0.5px6 (PVC) ROUND HEAD J8013006MY MAIN PCB (5) SCREW, T3x6-2 PAN HEAD .J8058006TN <——~_| HEAT SINK SCREW, T3x8-2 ROUND HEAD. .§8013008TN SPEAKER (4) SCREW 1M3.0x0.5px8 PAN HEAD 4J8053008MN -—~ | 17808 KEY PCB(2) SCREW 1M3.0x0.5px10 PAN HEAD +JSO53010MN R7808(1) KEY PCB (2) CREW M3.0x0 Spx 10 PAN HEAD +JSO53010MN —~ | Ie7808x2 SCREW M2.Cx0 4px8 PAN HEAD JS052008MN SPEAKER (4) NUT wAWASHER | JN26303578, 282312 (3) NUT sneaz012zs INSULATING RING xzzz900722 MOUNTING SCREW | (M5.0x0.8x11 BLACK. | xzzza0007z ‘SCREW Sx10-1 STEEL JS015010WH SCREW 3.5x8-2 +J8013508TH OUTSIDE TOOTH WASHER, 5.5x10x0.3 JW315510CN ——~ | INSIDE TOOTH WASHER 4180.3 sw324008cn FIBER WASHER 4.9x15x1T__| XZZ7901882 7-13RCI-2970 SECTION 8 RCI-2970 PARTS LIST Communications, Inc. .0 MAIN BOARD 8.0 MAIN BOARD (Con’t) ReFe_| DESCRIPTION PARTE Refe [DESCRIPTION PARTE —— | MAIN PACE EPT2950122 R51 | 200K YAW(M) TYPE ROM1422440 ——~ | DCB: Poe EpTizo0602 R52 | 1K MW(U) TYPE Rcur4i024z R53 | TK ¥WN(U) TYPE Rcur4i024z CARBON FILM RESISTORS R54 | 100K %W(U) TYPE ROM1410448, R55 | 100K Y4W(U) TYPE RCMI41044A RI | 10K MN(U) TYPE Rcur41034Z RS6_—_| 3.3K WWN(U) TYPE RCu1433247 R2 | 33K MW) TYPE Rcu1433342RS7_—_| 3.3K WWV(U) TYPE Rcu1433242 R3_—_| 6800 *AW(U) TYPE RCur45814Z —R5B__| 3.3K “WN(U) TYPE RCut43324z R4 | 2200 WU) TYPE Rcur422142 R59 | TK MWN(U) TYPE Rcur41024z R5 | 3300 %4W(U) TYPE Rcu1433142 —R6O_| 3.3K YW(U) TYPE ROUT433247 RE | 47K MW(U) TYPE RCu1447342 —RB1_—_| 3.3K MW(U) TYPE RCU1433247 R7 | 2.7K ¥W(U) TYPE RCU1427242 —R62_| 10K AW(U) TYPE RCUI41034Z RB | 3300 WN(U) TYPE RCUT43314Z_ RES) 47K YAW(U) TYPE RCUI447342 RQ | 560 ¥4W(U) TYPE RCUT456042 REE | 2.7K Y4W(U) TYPE Rcu1827247 R10 | 100K “WW(U) TYPE Rcuiaio4g2 RES | 1K MW(U) TYPE RCUT41024Z RIT | 10K MW(U) TYPE Rcu141034Z R66 | 10K Y4W(U) TYPE Rcu141034Z R12 | 6.8K YAW(U) TYPE RCU14662¢2 RE? | 1K MW(U) TYPE RCU4741572 Ria | 470K YAW(U) TYPE Rcu1447442 RGB | 1K MW(M) TYPE RCM1410240 Rid | 10K W(U) TYPE Reur410s4z —R69_| 1K MW(U) TYPE Reur41024z R15 | 3300 AW(U) TYPE Rcut43314Z —R70__| 10K YAW(M) TYPE ROM1410348 RIG | 2.7K VAW(U) TYPE Reur42724z —R71_—_‘| 47K YAW(U) TYPE RCU1447342 RI7 | 1.8K ¥aW(U) TYPE RoUI418242 —R72_| 6.8K YAW(M) TYPE ROM145824A, R18 | 1K YAW(M) TYPE ROM141024A—R73_—_| 1K “W(U) TYPE RCUI410242 R19 | 6.8K 4W(U) TYPE Rcur468242 —R74—_| 100K MW(P) TYPE RCP141044z R20 | 1000 %4W(M) TYPE RCUI4I014A R75 | 6800 VW(U) TYPE RCUI46814Z R21 | 4K MW(U) TYPE Rou1410242 R76 | 1.5K Y4W(U) TYPE Rcu1415247 R22 | 1.5K YAW(U) TYPE RCUI415242—R77_—_| 10K YaW(U) TYPE RCU1410342 R23 | 2.7K YaW(U) TYPE Rou14a2724z— R78 | 2.2K wW(U) TYPE Rcu142224z R24 | 1.5K YeW(U) TYPE RCUI415242 —-R79._| 2.7K YWN(U) TYPE Rcu1427247 R25 | 10K “W(M) TYPE ROMT41034A —RBO—_| 1000 MW(U) TYPE Rcu141014z a7 | 1.8K YaW(U) TYPE Reur4atezz —RB1__| 2.2K MW(M) TYPE. ROM422248 R28 | 1.8K YAW(U) TYPE RCU1418242—RB2_—_—| 100K MW(U) TYPE Rcur4i04az R29 | 47K “W(M) TYPE RCM144734A BB | 10K “W(U) TYPE RCUI410342 R30 | 1000 w(M) TYPE RCMT41014A RB | 1000 AW(U) TYPE RUIa10147 R31 | 1000 ¥4W(U) TYPE Rour4stor4Z RBS [2.2K MW(U) TYPE RCU1422042 R32 | 1000 4W(U) TYPE Rcura10142 RAG | 1K MW(U) TYPE Rcui41024z R33 | 1000 14WW(M) TYPE ROMI410144 RB? | 5.6K MW(M) TYPE RCM145624A Roa | 47K MW(M) TYPE ROMI44724& —RBB__| 10K Y4W(U) TYPE Rcu1410342 R35 | 6.8K MW(U) TYPE RCU146824Z RB | 10K Y4W(M) TYPE RCM1410340 R36 | 6.8K 4W(M) TYPE RoM1468244 —R90_—_| 1K 1AW(U) TYPE Rcui4i024z R37 | 1000 ¥4W(U) TYPE Roursi014z RST | 10K Y4W(U) TYPE Rout41034z R38 | 4K YAW(U) TYPE Rcur41024z —R92_—| 1.5K WW(U) TYPE Rou1415242 R99. | 330K Y4W(U) TYPE Rcu1433442 —R93_—_| 68OG wW(M) TYPE ROM 1468148 R¢o | 1M YeW(U) TYPE RCUI410542 —RB__| 1.2K AW(U) TYPE Rour412247 Rat | 6.8K MW(M) TYPE ROMI466248 R95 | 8.2K MWW(U) TYPE ROUI482247 R42 | 100K YW(U) TYPE ROUI410442 R96 | 22K AW(M) TYPE RCM1422348 R43_—_| 100K W(U) TYPE Rour4i044z © ROT_—_| 2.2K YAW(U) TYPE RCU1422047 Raa | 100K Y4W(U) TYPE Rour410442 —R9B__| 5.6K WW(U) TYPE. RCU1 456242 Ras | 82K MW(U) TYPE Rcu1482342 R100 | 47K 4W(M) TYPE RCM144734A Rae | 47K ‘iN(M) TYPE ROM144734A R101 | 1.5K YW(U) TYPE RoU1415242 R47 | 220k *4W(U) TYPE RoU1422442 R102 _| 2200 wW(U) TYPE Reu142214z Ras | 680K Y4W(U) TYPE RCUI4E44Z R103 _| 10002 4W(U) TYPE RoUT410147 R49 | 100K Y4W(M) TYPE ROM141044A R104 | 1002 wW(M) TYPE RCMI410148 R50 | 100K WM) TYPE ROM141048A R105. | 4M Y4W(U) TYPE RCU141054Z 8-18.0 MAIN BOARD (Con't) RCI-2970 8.0 MAIN BOARD (Con’t) REF# [DESCRIPTION PART ReF#_[ DESCRIPTION PARTE R106 | 6.8K Y4W(U) TYPE RCUI46824Z R169 | 12K WU) TYPE RCUT4T2342 R107 | 100k *4W(U) TYPE RCUI41044Z R70. | 10K YAW(U) TYPE RCU1410342 R108 | 68K MW(U) TYPE ROUI4E834Z ITY. | 1K MAN(U) TYPE Rcur4i024z R109. | 100k ‘4W(U) TYPE RouisI04Z —-RI72_| 1K MW(U) TYPE Rcu141024z R110 | 1.5M ¥4W(U) TYPE RCUI4IS54Z R173. | 4700 4AW(U) TYPE RCUTA47 147 Rit | 68K MW(U) TYPE RCUI488342 R174 _| 3.3K YW(M) TYPE ROM1433240 R112 | 22K MW(M) TYPE REM142234A—RI75_| 1.5K MWW(U) TYPE RCUT41524Z R113. | 3.3K Y4W(U) TYPE RCU1433242 R176 | 1K YAW(U) TYPE Rcu1410242 Ri14 | 6800 ¥4W(M) TYPE RCMI468148 R177 | 10K MW(U) TYPE RCUi410342 Ri15 | 220K saW(U) TYPE Rour422442 R178. | 4.7K MW(U) TYPE RCU1447242 Rite | 47K KW(U) TYPE RCUI44734Z N79. | 1.5K MW(U) TYPE RCUT415542 RIT? | 1K ¥W(U) TYPE RCU141024Z R180 | 10K WW(P) TYPE RCP141034Z R118 | 10K W(M) TYPE RCM141034A R181. | 10K YAW(U) TYPE RCU1410342 R119 | 100 4W(U) TYPE RCUIAA794Z —_RI82_| 4.7K YAW(U) TYPE RCUTa47247 R120 | 4K wWN(U) TYPE RCUI4I024Z —-RIB3_| 4.7K WCU) TYPE RCUIa4724z Ri2t | 27K 4W(U) TYPE RCU142734Z R184 | 2.2K WWN(U) TYPE RCU1422247 R22 | 1K WU) TYPE RCUI4I024Z IBS| 1002 KW(U) TYPE RCUI410142 R123_| 10K 4W(U) TYPE Rcu141034Z R186 | 3.3K “W(M) TYPE RCM143324A R124 | 10K MN(U) TYPE Rcui4i034Z R188 | 47K YAW(U) TYPE ROUI447347 R125. | 100K YWW(U) TYPE RCUI4t044Z R189. | 10K MW(M) TYPE RM1410348 R126 | 10K %W(U) TYPE RCuI41034Z R190 _| 10K YAW(U) TYPE RCUT410342 RI27 | 4K YAW(U) TYPE RCUI410242 R11. | 220K AW(U) TYPE RCU1420447 R128 | 2200 4(U) TYPE RcUI422142 R192 | 100K ”W(M) ROM1410448, R129. | 10K MW(U) TYPE RCUI41034Z R193 | 10K YAW(U) TYPE RCU1410342 R130. | 10K wW(U) TYPE RCUI41034Z RIE. | 22K Y4W(U) TYPE Rcu1422342 R131 | 10K “W(U) TYPE RCUi410342 R195 | 47K AWM) TYPE ROM1447344, R132 | 1000 WU) TYPE RoUi4si014Z — R196. | 6802 wWN(M) TYPE RCM146814A R133. | 10K “W(U) TYPE RCUi410342 R197 | 1000 4W(U) TYPE Rcur41014z R134 | 10K KW(U) TYPE RCU141034Z R198 | 1.8K MW(U) TYPE Rcur4ie24z R135 | 2200 4W(U) TYPE RCU1422142 R199 | 47K YAW(U) TYPE Rcu1447342 R136 | 560 WW(U) TYPE RCU1456042 R200 | 22K YAW(U) TYPE Rcu1422342 R137 | 5600 %4W(U) TYPE RCU145614Z R201. | 10K YAW(U) TYPE Rcu141034z R138 | 1500 *4W(U) TYPE RCUI41514Z —-R202_| 560 WWM) TYPE RCMT456040 R139. | 220K ‘aW(U) TYPE RCU1422447 R203. | 10K MW(U) TYPE RCU1410342 R140. | 1.5K 4W(M) TYPE RCM141524a R204 | 5600 KW(U) TYPE RCU1456142 R141 | 1000 %W(U) TYPE RCUI4I014Z R205 | 3.3K WW(U) TYPE. RCU1433247 R142 | 1K YAW(U) TYPE RCUI410242 R206 | 1000 MW(U) TYPE RCUIa10147 R143. | 10K 4W(U) TYPE RCU1410342 R207 | 220 WW(M) TYPE ROM1422048 R144 | 3300 W(U) TYPE RCU1433142 R208 | 1000 MW(U) TYPE RCUI41014Z R145 | 10K 4W(U) TYPE RCUI410342 R209. | 220 KAW (U) TYPE RcU1422047 R146 | 10K 4W(U) TYPE RCU1410342 R210 | 1K MW(U) TYPE RcUI410242 R1a7__ | 1K WN(M) TYPE RCMI41024A R211 | 4.7K YWW(U) TYPE RCUI447247 R148 | 270K wW(M) TYPE RCMI42744A R212 | 33K WIL) TYPE RCU1433342 R150 | 270K MW(U) TYPE Rcu1427442 R213 | 10K YAW(M) TYPE ROM1410348, Rist | 4.7K ¥W(U) TYPE RCU1447242 R214 | 10K YaW(U) TYPE RCUIS 10342 R152 | 4.7K WW(M) TYPE ROMI44724q ROIS | 4.7K MW(U) TYPE Rou144724z R153. | 10K MAN(U) TYPE RCU1410342 R216 | 10K Y4W(U) TYPE Rcu1410342 R154 | 3.3K MW(U) TYPE RCU1433242 R217 | 10K YAW(M) TYPE ROM141034A R155. | 2200 %4W(M) TYPE RM142214A R218 | 1K YAW(M) TYPE ROM141024A, 156 | 1000 www(U) TYPE RCUI4I014Z R219 | 22K YAW(U) TYPE RCU1422942 Ris? | 1K Wv(P) TYPE ReP14i024z R220} 1K MWN(U) TYPE RCUI41024z R159 | 10K 4W(U) TYPE Rcu1410342 R221. | 10K YaW(U) TYPE RCU1410342 R160 | 330K “wW(U) TYPE RCu143344Z R222 | 4.7K KWW(M) TYPE ROM1447248 RiGt | 2200 uW(U) TYPE Rcu1422142 R223 | 6.8K KW(M) TYPE ROM1468248 R162. | 100K “W(U) TYPE RCUI4I044Z R224 | 56 VAW(U) TYPE Rcu145604z R163 | 470K «W(U) TYPE RCui44744z R225. | 1K MW(M) TYPE RoM1410248 R164 | 15K 14W(U) TYPE RCU141534Z R226 | 10K YAW(M) TYPE ROM141034A, R166 | 10K YaW(U) TYPE RCu1410342 —R227_| 22K YaW(U) TYPE Rcu1422347 R167 | 100K YAW(U) TYPE Rcuiai044Z R228 | 4.7K MW(U) TYPE RCU1447242 R168 | 47K wWN(U) TYPE RCUI447342 R229 | 220K AW(U) TYPE Rou1422442 8-28.0 MAIN BOARD (Con’t) RCI-2970 8.0 MAIN BOARD (Con’t) REF# | DESCRIPTION PARTS REF®_[ DESCRIPTION PARTE R230 | 1K AW(U) TYPE Rcur41024z —R295_| TOK KW(U) TYPE RCUIa1034z R231 | 470K AW(U) TYPE Rcu1447442 R296. | 10K YaW(U) TYPE RCU1410342 R232 | 4.7K 4AW(P) TYPE RCP1447242 R297 _| 100 VAW(U) TYPE RCU141004Z R233. | 1000 Y4W(U) TYPE RCut410142 R298 | 1K MW(U) TYPE Rou141024z R234. | 10K MW(P) TYPE RCP1410342 R299 | NO NEED OMITTED R235 | 1K YAW(U) TYPE RCUT410242 R300 | 560 ”W(U) TYPE Rour45614z R236 | 3300 W(U) TYPE RCU143314Z ROT. | 6.8K MW(U) TYPE Reur46a24z R297 | 10K 4W(U) TYPE ROU141034Z_ R302 | 1K YAW(P) TYPE RoP1410242 R238 | 10K KW(U) TYPE Rcu141034Z R303. | 10K MW(U) TYPE Rcur410342 R239. | 2200 W(U) TYPE RCU142214Z R304 | 10 %4W(P) TYPE RCP1410342 R240. | 10K ¥W(M) TYPE RCM141034A R305 | 2200 WM) TYPE ROM1422148, R241 | 2.2K 4W(U) TYPE Rcur422242 —R306_| 10K YAW(U) TYPE RCUI410342 R242 | 1000 MW(M) TYPE ROM141014a R307 | 1K KW(U) TYPE RU1810247 R243. | 47K MW(U) TYPE RCU144734Z R308 1000 4W(U) TYPE RCUi410147 R244 | 20K wW(U) TYPE Roui422342 R909. | 33K KW(U) TYPE RCU1433342 R245 | 47K wW(U) TYPE ROUI447342 R310 | 270K VAW(U) TYPE Rou14334ez R246 | 1.5K Y4W(U) TYPE Rou1a152¢2 R311 | 1K Y4W(M) TYPE ROM141024A, R247. | 4.7K YAW(U) TYPE RCUI447242_—-RB12_| 1K MW(U) TYPE RoUI41024Z R248 | 1K Y4W(U) TYPE Rou14102¢2 R313. | 1K “W(U) TYPE RCUT4T024Z R249 | NO NEED OMITTED R314 | 10K 4W(U) TYPE RCU1410342 R250 | NO NEED ‘OMITTED R315 | 22K 4W(U) TYPE RCUT422347 R251 | 10K MW(P) TYPE RCP12i0342 R317 | 1K KW(U) TYPE Reuiai024Z R252 | 1K YAW(M) TYPE RCM141024a R318 | 100% “W(M) TYPE RCM141014A, R253 | NO NEED OMITTED R319. | 1K AW(U) TYPE Rcu141024z R254 | NONEED OMITTED R320 | 1000 4W(U) TYPE Rour4i014z R255 | NONEED OMITTED R321 | 10K “W(U) TYPE RCUT4 10342 R256 | 150 W(U) TYPE RU141504Z R322 _| 100K Y4W(M) TYPE ROM1410448 R257 | 1500 MW(P) TYPE RCPI218142 R323 | 33K UW(U) TYPE RCU1433347 R258 | 2.20 v4W(P) TYPE ROP1422942 R234 | 4.7K MW(M) TYPE ROM1447240 R259 | 1500 WU) TYPE Rcu141514Z R325 | 10K KW(U) TYPE RCU141034Z R260 | 4.70 4W(U) TYPE RCUI447942 R326 | 1K AWM) TYPE RCM1410240 R261 | 1.5K Y4W(U) TYPE RCUI416242 —R327_| 10K Y4W(U) TYPE Rcu141034Z R262 | 3300 ¥4W(U) TYPE RoUr43314Z R330. | 1K MWN(U) TYPE Rcur4i024z R264 | 470 wW(U) TYPE RCU1447042_—-R331_| 10K YAW(M) TYPE RM141034A, R265. | 3300 Y4W(U) TYPE Reu1433142 R332. | 1K MW(U) TYPE Rcur41024z R266. | 1.5K AW(U) TYPE RCUI41524Z R333. | 1000 “W(M) TYPE RCM1410148 R268. | 1K MW(U) TYPE Rou1410242 R334 | 1000 vW(M) TYPE ReMi410148 R269. | 100K %4W(U) TYPE | Rour4to4az R335. | 22K AW(U) TYPE Rou142234z R270. | 100K Y4W(U) TYPE RCU1410442 R336 | 10K Y4WW(M) TYPE RM1410348 R272 | 100K YAW(U) TYPE Rcur4to4az R273 | 1000 4W(U) TYPE Rcur41014z CERAMIC CAPACITORS R274 | 10K %W(U) TYPE RCUI410342 R276 | 1500 Y4W(U) TYPE ROUIaI5142 C1 SpF SOWV CH (cc0s010044 R277 | 2.2K VAW(U) TYPE Rou1422242 2 OtuF SOEVZSL cc0501037L R278 | 10K MW(U) TYPE Rour4i03¢Z ¢3_—_—| -OtuF SOEVZ SL Ccosor037L R279 | 1000 »4W(M) TYPE RMI410148 —¢4_—_| 100pF SOWVK SL Ccoso1015L R280. | 4.7K YAW(M) TYPE ROMI447244 C5 | SpFSOWV CCH CC0500501A R2e1 | 4.7K 4W(U) TYPE Reui44724z C6 | O.tuF SOEVZ SL ec0501037L R262. | 4.7K YAW(P) TYPE RcP1487242 C7_—| .O47uF SOWVZ SL ecoso1027L R263. | 10K ‘MW(M) TYPE RCM141034A C8 -ODIpF SOWVZ SL ecos01027L R284 | 1K MW(U) TYPE Rcuiai02¢2 3 -OtuF SOEVZ SL ccoso1037t R285 | 4700 VW(U) TYPE RoUI44714Z_ C11 | BapF SOW SL ccososz04L R286 | 150 xW(U) TYPE Rour4tsoaz —c12_—| .OtuF SUEVZSL ccoso1037L R287 | 3.3K YAW(U) TYPE RCUI43324Z G14 | 330pF SOWVK SL Ccos03315L R289 | 4700 W(U) TYPE Rcu14471¢2 C17_| 330pF SOWVK SL cC0503315L R290. | 47K MW(U) TYPE RCurs4734z C18_| -OtuF SOEVZSL Ccosor037L R291 | 4.7K YeW(U) TYPE Rcui44724z C19._| .O47uF SOWVZ SL ccos04737t R292 | 4.7K “W(M) TYPE ROM1447248 —C20._‘| SpF SOWVC SL CCO5O0501L R293. | 10K MW(U) TYPE RCUI41034Z —C21_| .OtuF SOEVZ SL cc0s01037L R294 | 4.7K 4W(U) TYPE Rour4s724z C22 | 1uF SOWVZSL ccos01047L 8-38.0 MAIN BOARD (Con’t) RCI-2970 8.0 MAIN BOARD (Con’t) ere _[ DESCRIPTION PARTE AREF [DESCRIPTION PARTE 23 | uF sowvzsL cooso1oa7L «110. OtuF SOEVZSL ‘cc0501037L 24 | OtuF SOEVZ SL Ccosotos7L © G143._ | OtuF SOEVZ SL ccosot037L 28 .o47uF Sowvz SL CCO5047STL C114 | 270pF SOW K SL ‘ec05027 151 C23. | 6epF SOWY JSL Ccos06BOAL CIS. | 270pF SOWVK SL ‘ecos027 151 630 | S60pF SOWV K SL CCosDSeSL§ —CI17 | O47uF SOWVZSL ‘ecos04737L C31 | 15pF SOW JCH CCO501504A C118. | OTF SOEVZ SL Coosoto37L C34 | OtuF SOEVZ SL Coosot0s7L © C119 | SpF SOW CH ‘¢C05010048 C35 | 100pF SOWV K SL Coosoro1st © ¢120 | otuF sOEVZ SL ccoso1o37L 37 | 270F SOW K SL Coosoz71st C121 | SapF SOWV SL ccoso3z04L 38 | O1uF SOEVZ SL Ccosoros7L C122 | S3pF SOWV ISL ‘ec0503304L cat | 001pF Sow Z SL Ccosoroe7t 123. | otuF SOEVZ SL ‘¢C0501037L. a2 | ‘1uF sowvz SL Gcoso1047L C124 OtuF SOEVZSL (6005010371 C43 | 1pF SOWVI SL Ccosoo101A §— C125 | OO1pF SoWVZ SL Ccoso10z7L 45 O01pF SOWVZ SL Ccosotoz7L = c126 | otuF soEVZ SL ‘¢c05010371 cag | 1uF sowvzsL. ccosoio47L © c127 | OtuF SOEVZSL. ‘€00501037L cst | 001pF SOWVK SL Ccosoz21st C129 | o1uF SEVZ SL ccosoro37i 52 | 220pF SOWVK SL Ccos0z215L C130 | 10pF SOWV SL ccoso1004t C53 | 12pF SOWV JCH CCO501206A C131 | tuF SOWVZSL Ccosoroa7L 54 | .047uF SOWVZ SL Cc0s04737L C132} O1uF SOEVZSL ccoso1037L 55 | 68pF SOWV J CH CcososBo4A 6133 | 47pF SOW UL cco5047046 56 | .OtuF SOEVZ SL Coosoia37L C134 | 100pF SOWV L UK cc05010156 ¢59 | L047uF SOWVz SL Ccos04737L C135 | .001pF SOWVZ SL ccosor0271 ceo | oF soEvZsL Cooso10s7L ©6196. | 1uF SOWVZ SL Coosoro47L cei | Spr sowv scH CCOSO1004A C139} 001pF SOWVZ SL ccosoroz7t cea | tur Sowvz sk Coosoioa7L C142. | .001pF SOWVZ SL Ccosoioz7L 65 | S6pF SOWV JH Ccos03304A C145. | 00pF SOWVZ SL Coosoroz7L C66 | ipF SOW CCH CoosooTO1A «C148 | 1uF SOWVZSL. cooso1047 C67 | 39pF SOWV J CH CC0503004A C149 | 001pF SOWVZ SL coosot027t C68 | Spr SOW CCH Ccoso0s01A C150 | 47UF SOWVZSL coosos7a7t cea | otuF sOEVZ SL Ccosotoa7L cist | 47uF SOW ZSL ccoso4727L cri | ovr soevz st Ccoso10s7L 182 | OtuF SOEVZ SL ccos01037L C72 | 39F SOW CH Coos00301A C153 | 001pF SOWVZ SL coosot0z7L C73. | 3pF SOW CCH Co0s00s01A C154 | 100pF SOWV K SL Ccos01015L c74 | OtuF SOEVZSL CoOsOIOS7L C158 | 150pF SOWVK SL cco501515L C75 | 27pF SOW SL Co0502704L C159} O01pF SOWVZ SL ccosoi027t 76 | uF SOWVZSL Coosoto47L C162} O01pF SW ZSL ccoso1027L C77 | Ser SOW SL Coosooso1L —C163._| 47pF SOWV ISL (CC0504704L C78 | OtuF SOEVZ SL CCosDTOS7L © — C164 | S6DpF SOW K SL Ccosos61sL c73_| OtuF SOEVZ SL Ccoso1037L C185. | 390pF SOW K SL cc0503915L a0 | .o47uF Sowvz SL Ccosos7s7t C166 | 33pF SOWV SL (ccos03304L ce2 | 47pF SOW ISL CCOSDA7O4L © C167. | 150pF SOW K SL CoosotstsL a3 | OtuF SOEVZ SL Coosor0s7L —G169 | S3pF SOWV ISL ‘Cco503304L ces | tur SOWVZSL Coosoroa7L 172 | 33pF SOWV ISL Ccos0a304L cas | “1uF sowvz st Gcosoios7L C173. | a7pF SOW CH 6005047044 a6 | “tur SOWVZSL Ccoso1047L © C174. | 100jpF SOWVK SL coosot01st 87 | 220pF SOWVK SL Ccosoz215L 6176 | 3apF SOWV ISL ‘cco503304L cea | SpF Sow CSL CcosoosoiL — C177 | OTuF SOEVZ SL ccosoto37L C90 | Spr SOWV.C CH Ccosocso1A 178 | 10pF SOWV ISL ccosot004t a1 | 15pF SOWV J SL Ccoso1s04 6179 | SapF SOWV ISL consosa04L 92 | uF SOWvZ SL Ccoso1o47L © C180_| S3pF SOWV J SL co0s03304L 33 | tuF SOWVZSL CCOsoTOA7L C181 _| 100pF SOW K SL ccoso1015L 34 | .OtuF SOEVzZ SL ccosoi0a7L © C182. | 100pF SOWVK SL cooso1015_ 97 | otuF SoEVZ SL CCOsO1037L C183} 100pF SOWV K SL conso1015L C98 | 1009F SOWY K SL CcosoIo1sL §— C184 | B2pF SOW J WI ccos082046 C100 | OtuF soEVZ SL Ccosov0s7t C187 _| 001pF SOWVZ SL cooso1o27L C101 | .Oo1pF SOW Z SL CcosoTOZ7L C188 | 100pF SOWVK SL Ccoso1015t 104 | ‘047uF soWy Z SL Ccos04737L C189 | SapF SOWV ISL cooso3a04L 105. | SpF SOW J CH Cooso10o4A C190 | 220F SOW SL ccoso2204L C107 | .ootpF sowyz st Coosoice7L C191 | .O01pF SOWVZ SL ccosoroz7L C108 | 121F soWV ISL Cooso1204L C192 | 10pF SOW SL Ccoso1004t 8-48.0 MAIN BOARD (Con’t) RCI-2970 8.0 MAIN BOARD (Con’t) REF# | DESCRIPTION PARTS REFY [DESCRIPTION PARTE cisa | 100pF SOW K SL Gcoso1o1sL C275 | 270pF SOWV K US ‘0c05027156 C194 | 100pF SOW K SL Ccoso101sL © C276 | 047uF SOWVZ SL ccoso47271. C195 | S3apF SoWV SL ccosos304. © 027_| SpF SOW ICH ¢c0501004A 197, | o1uF SOEVZ SL Cc0s01037L —278_| 33pF SOW J CH ecos03304A C198 | 33pF SOWVGJ SL cc0s03304. —279._| 180pF SOWV KW c05018156 C199 | 22pF SOWVJ SL Cc0sz204. C280. | 12pF SOWV J CH 6c0501204a, 200 | 001pF SoWVz SL cooso1027L 281 | uF SOWVZSL ecosoto47L 202 | uF SOWVZ SL cco501047L C284 | 100pF SOWV J CH cc0501015A, 6206 | O1uF SOEVZ SL Ccoso10s7L C286 | OtuF SOEVZSL ecoso10371. 208 | O1uF SOEVZ SL ccosoios7. —c287_| oF S0EVZ SL ecos01037L. 209. | OtuF SOEVZ SL Gcos01037L —¢289._ | L001pF SOWVz SL ecoso10271. 212 | 001pF SOWVZ SL Gcosoto27L © €290_| NO NEED OMITTED 214 | tur SOWVZSL ccosoto47L = 291_| O1uF SOEVZ SL. ec0501037L C215 | 27pF SOWVJ CH CCO502704A —G293_| 12pF SOW ICH 6c05012044, 218 | uF SOWVZ SL. Gcoso1047L casa | A7uF SOWVZSL c0s04737L 220 | OtuF SOEVZ SL Goos01037L C295 | tuF SOWVZSL ecos01047L. 221 | 047uF SOWVZ SL. cooso4727L —¢206 ‘| o1uf S0EVZ SL ecoso1037L. 222 | tur SOWVZ SL ccosoio47. 297 | our SoEVZ SL ecoso1037t. 223 | tur SOWVZSL Ccoso1o47L © ¢298 | tuF SOWVZ SL ccoso1047L 226 | 047uF SOWVZ SL cc0s0s727L 299. | -tuF SOWVZSL ecosor047L 228 | O1uF SOEVZ SL Gcos01037L 300. | .047uF SOWVZ SL c0s04737L 229° | 150pF 6OW K SL GC0501515L C302 | O01pF SOWVZ SL ccosoto27L 6230 | 270pF SOWV K SL ccosoz71sL © ¢303_| .047uF SOWVZS:L ccoso4737L. 6232 | O1uF SOEVZ SL ccoso1037L —¢305_ | Lo1uF soEVz SL ecos01037L 0233 | 001pF SOWVZ SL. ccoso1027L —¢306 | .001pF SOW z SL ccoso1027L 6236 | o01pF SoZ SL Ccosoto27L © c307 | ou SoEVZ SL. ccoso1037L 237 | SpF SOWVC CH Cc0s00501A C308 | O1uF SOEVZ SL cc0soi037L 238 | 150pF SOWV K RH Cc0s015180 C309 | OO1pF SOW Z SL ccosotoz7L 239. | S6pF SOWVJ RH Ccosos6040 C310 | -tuF SoWVZSL ccosoto47t 240 | tuF SOW Z SL ccoso147L 311 | O1uF SOEVZSL ccoso1037L. 6242 | O1uF SOEVZ SL ccoso1037L —¢312_| .o47uF SOWVZ SL. ecoso4737i 6243 | 100pF SOW K Us cc05010156 —C313_| .tuF SOWVZSL ecoso1047L 244 | 047uF SOWV2 SL. ccoso4737L 314. | ‘tuF SOWVZSL ccosoi047L C245 | .tjuF SOWVZ SL Conso1047L C316. | .0OtpF SOWVZ SL ccosoto27L C246 | 27pF SOWV K CH ccosoz7048 C317 | .o47uF SOWVZ SL cc0s04737L 247 | 150pF SOW K UU CC501515G —¢319_| 10pF SOWV SL ‘ccoso1004L. 6248 | SpF SOWV CCH Gcos00301A 6320 | OtuF SOEVZSL ccoso1037L. 6249 | SpF SOWV CCH co500s01A C321 | LOtuF SOEVZ SL ecoso1037L 250 | SpF SWVC CH Ccos00501A —C323_| OTP SOWVZ SL ecoso1027i 251 | 270pF SOWV K CH ccosoz715A 324 | -1uF SOWVZSL ccosot047L 252 | SpF SOWVC CH CC0S00301A C325. | O1uF SOEVZ SL. ecoso1037L 254 | 270pF SOWV K US Ccosoz71sL 326 | uF SOWVZSL ccosotoa7L 6255. | 150pF SOWVK UJ co0s01s156 6327 ‘| O1uF SOEVZ SL ccosoto37t. 6256} uF SOWVZSL Gcoso1c47. = ¢329 ‘| Lo1uF SoEVZ SL ecoso10s7t. 257. | .tuF SOWVZ SL Ccoso1047L © ¢330_| Lo 1pF SOWVz SL ecosoto27L 258 | S6OpF SOWV K US ccoseséis6 331 | -1uF SOWVZ SL ccoso1047L 259. | O1uF SOEVZ SL Gooso1s7L 332. | uF SOWVZSL ccosoro47t 260 | NONEED OMITTED 6333 | -tuF SoWVZ SL ccosoto47t 6261 | 680pF SOWV PU Ccoso6s1s6 C334 | “tuF SOWVZSL ccoso1047L. 6262 | NO NEED OMITTED 335 | tur SOWvZSL ecosor047i 263 | 10pF SoWVY SL cc0se7004. ©6396 | “suF SOWVZ SL ccoso1047L 264 | .tuF sowvz SL Ccoso1047L C337. | uF SOWVZSL ccoso1047L 267 | uF SOWVZSL ccoso1047L cae | O1uF SoEVZSL ecoso1o37L 6268 | O1uF SOEVZ SL c0501037L C339. 100pF SOWVK SL ccosor015t €269° | 100pF SOW k UK Ccoso10156 © c340 | oUF SoEVZ SL ccosor037. C270 | SG0pF SOWV K US Cc05056156 C341 _| 100F SOW K SL ccasorotst. C271 | tur sowvz SL Ccoso1047. © ¢343._| LOOtpF SOW SL ecosor027L 272 | 100pF SOWV k SL Conso101s. 348 | 3pF SOW CCH cc0500301A C273 | O01pF SOWV 7 SLK Coosot0s7L = c349._| OtuF SOEVZ SL ecoso1037L 274 | O1uF SOEVZ SL ecas01037L 8-58.0 MAIN BOARD (Con’t) 8.0 MAIN BOARD (Con’t) REF# [DESCRIPTION PARTE REF# | DESCRIPTION PARTE MYLAR CAPACITORS 6170 | 10uF 25WVZ (CE02510672 C196 | 47uF 1OWVZ (cE01047672 15 | .o022uF 50M K emoso22262 201 | 47uF 10WVZ (c£01047672 633 | oo1uF SOW ©M05010252 C205. | 10uF 25WVZ (002510672 47} .022uF 50M K @Mo5022952 © C207 | 220uF 16WVZ ce0162272 186 | oo1uF SOW L @Mos010252 C213. | 330mF 16WV (¢E01639772 234 | 047uF SOM K ©M05047352 C216 | 22uF 10WVZ ce01022672 235 | o01uF SOWVK ©MO5010252 C219 | 4.7uF SOWVZ (¢E05047572. 223 | 47uF 1OWVZ Ge01047672. ‘TANTALUM CAPACITORS 224 | tuF SOWVZ (ce 05010572. 231 | 100uF 1owvZ (ce01010772 cio | 4.7uF ew M 701647562 6265. | 2.2uF SOWVZ ‘ce05022572 C106 | 22uF EWM cTo1622462 285 | tuF SOWVZ (CE0501057Z e141 | 22uF tow M cToteze462 C288 | 10uF 25WVZ CE0251067Z 15s | 22uF ew crov62246z 292 | 10uF 25WVZ c£0251067Z C156 |4.7uF 1M cT0164756Z C301 | 100uF 1OWZ ce01010772 C160 | .22uF ew cro1622462 304 | 220uF 16WVZ c£0162287Z ci61 |22uF eww crovezes6z —¢322_| 220uF teWvZ ce01622872 171 | 10uF 16M crover066z 347 | 1uF SOWZ (CE0501057Z 175 | 10uF 16M. cTot61066z Le, CHIP CAPACITORS Ie1 | NUM324D ENJROOS24D 266 | .22uF SOWV coso2246z 12 UPC1028H ENNEO1026H 328 | 20uF SOW cHos02246z —Ic3.—| ANG12. ENMAQ06 127 345 | 22uF SOWV cHos022462 cd | NJM7805 ENJRO7805Z ies | Tesog1ap ENTAOS0B1A ELECTROLYTIC CAPACITORS ies | NIM780BA ENJRO7BO8A ie? | Tcs0B1aP ENTAOSOB1A G13 | 47uF SOWWZ ce05047472 cB | TA7310P ENTAQ7310P C16 | 2 2uF SOWZ ce0s022572 Ic9_—| TAT310P ENTAO7310P 25 | 10uF 25wvZ e02510672 —Ic10_| TA7310P ENTAO7310P C27 | 10juF 25WVZ ceo2st067z © Ict1_‘| Tc5082P ENTAOSO82P c32 | 47uF 1owZ ce01047672 == I12_ | HD10551 ENHIT0551Z_ 36 | 10uF 25WvZ c£0251067Z 113. | HD10551 ENHIT0551Z_ 39 | 47uF 1oWVZ cE01047672 —I14_| TA7310P ENTAQ7310P 4s | 47uF 1OWZ cE0104767Z C15 | NJM7808A ENJRO7B08A 46 | 47uF 1OWZ cE01047672 —IC16 | JRC4S58D ENJRO4558D 49 | 47uF 1OWVZ cE01087672 © Ic17 | Cx79258 ENS007925B 50 | tour 25Wvz cE02510672 —Ic19_| TA7222AP ENTAO7222A, cs7 | tour 25wvz ce02510672 — 1¢20_‘| soap. ENsMo0042P 58 | 1000uF tow Zz ceo11087z2 © IG21_| TCAO69UBP ENTAD4069U 70 | tour 25wvz (GE0251067Z a1 |2.2uF sow (005022572 DIODES. cas | tuF SOWVZ (CE0501057Z 95 | 22uF 10WvZ, ce01022672 © D1 ‘| 1NEOP EDINOOO6OP c96 | 220uF 16WVZ ce01622772 02 ‘| NOP ED1NOOO6OP 99 | 220uF 1ewvZ. ceo1e22772 ««03_—«| 1NG148 EDINOS148Z c102__| tuF 16WV NP CEONEIOSEN = D4 | 1NG148 EDINO4148Z C103 | 220uF 1owZ ce0t022772 «S| 1N4148 EDINOS148Z C109 | 4.7uF sowVZ CE05047572 D6 | 1N4148 EDINOS148Z cit | 100uF 1owvZ cEotoi0772 = D7 1N4148 EDINOS148Z C116 | 220uF 1ewvZ cE01620772 «DB | AN4148 EDINO4148Z 128 | 47uF 1owvZ ceo104767Z «09 | 1NG148 EDINO4148Z C137 | 10uF 25WvZ cE02510672 © D10_—‘| 1NG148 EDINO4148z 138 | 1000uF tow z ceo110s7z = 11 | 1NGOP. ‘EDINOOD6OP C140 | 2.2uF sowvZ ceoso22572 —-D12_—| 1NGOP. EDINOOD6OP C147 | 10uF 25WVZ, Ge02s10672 © 13-—| 1N4148 ED1NO4148Z C187 | 220uF 16WVZ ceove22772 «14 | 1N4148 EDINO4148Z C168 | 10uF 25WvZ cE0251067Z 15 | 1N4148 EDINO41487 8-68.0 MAIN BOARD (Con’t) RCI-2980 8.0 MAIN BOARD (Con’t) ers [ DESCRIPTION PART# REF# | DESCRIPTION PARTY Die | iNav48 EDINOdT48Z = D76 | 1NaI48. EDINO4148Z DI7 | 1Na148 EDINO148Z = D7 | 1N4148 EDINO4148Z Dis | Mc3ot EDMco03012 078 | 1N4148. ED1N041487 D19_| Fo54mt EDECOOS4M © 79 | 1N4148 EDINO4148Z 020 | mc3o1 EDMC00301Z DBO | 1N4148 EDINOS148Z et | 1N4148 EDINO41482 © DB1_ | 1N4148 EDINOS148Z 022 | 1Na148 EDINOS148z = Dez | N44 EDINO4148Z 023 | Fos4m EDECOONS¢M © p83 | 1N4148. ED1NO4148Z 024 | Fos4m EDECOODS4M © 84 | 1N4148 ED1N04148Z 025 | Mc3o1 EDMCO0301Z 85 | 4N4148. EDINOS148Z 026 | nasa EDINod1482 a6 ZENER SW 5.6V EDzD0ss69z 27 | 1Na148, EDINos1482 © a7 | FCSAM EDECOO0S4M 28 | 14148 EDINod 482 C88 | 14148 EDINO4148Z 029 | iNa148 epinod14ez Deo | 1N4148 EDINOS148z 030 | inatas EDINOs1482 90 | NONEED. OMITTED 031 | iNatas EDinNosi48z pat | MVIY EDMvooo01Y 032, | 1NG148 EDinosi4ez p92 | MVIY EDMVOoOO1Y 033 | 1Na148 EDINO41482 93 1N4148 EDINOd148z 34 | 1N6oP EDINood6oP 94 | FCSAM. EDECOOOS4M 035 | 1N6oP EDINOOOGOP = 095 FCSAM EDECOOOS4M 036 | 1Nai48 ED1NO41482 096 | FCS4M EDECOOOS4M 37 | 1Na148 EDINOd1482 = 97 | 14148 ED1NO4148Z 38 | 14148 |EDINod148z 98 | tNa148 EDINO4148z 39 | 1Na148 EDINOd1482 99 | 14148 EDINOS148z 40 | 1Na148 EDINOd1482 — D100 | 1N4148 EDINOs148z Dat | inaias EDINO4148Z D101 | 1N4148 EDINO4148z Daz | KB362 EDKB003622 © D102_| 1N4148 EDINOd148Z Das | FoS4M EDECOOOS4M © D103.| 1N4148 EDINO4148Z a4 | iNa148 EDINOS1462 D104 | 1N4148 ED1N04148Z 4s | 1Na148 EDINOS148Z D105. | 1N4148 EDINO4148Z 4s | 1NG148 EDINO4148Z D106. | 1N4148 EDINOs148Z Da7 | ina148 EDINOd1482 D107 | 1N4148 EDINOS148Z Das | Naas EDINO41482 D108. | 1N4148 EDINOS148z Daa | 1nai48 EDINOS1482 D109. | 1N4148 EDINO41487 50 | 14148 EDINOS148Z D110. | 1N4148. EDINO4148Z st | KB262 EDKB002622 © D111 | FCS4M EDECOODS4M Ds2 | 1NG148 EDINosi4ez = D112. | 1N4148 EDINOS148z D3 | 1Ng148 EDINOd1482 D113. | 1N4148 EDINOS148z Dea | 1NG148 EDINod148Z D116 | MC301 EDMC003012 055 | 1Na148 EDINos148z Ds | 1Na148, ED1N04148Z ‘TRANSISTORS 57 | 1Na148 EDINOS148z 058 | 1Nd148 EDINOs1482 = at | 28C1675K T2Sco1675K 59 | 1NG148 EDINOd1482 a2 2801675K T2SC01675K Deo | 1Nd148 EDINosi48z 03 2SCa4sP ‘TRSCODS45P Der | 1Nd148 EDINOs148z 04 | 2SC945P ‘Tasco0a4sP De2 | 1Na148 EDINO41482 05 | 2SC945P ‘TASCOOS45P 63 | 1N4148 EDINOs148z 0 | 2SCO45P ‘TASCOOS45P 64 | 1Na148 EDINos1482 a7 | 2SC945P ‘TASCOOSASP 065 | 1Na148 EDINOd1482 a8 | 2sC1674K T28001674K 66 | svc2st EDsvoozs1Z a9 | 2801675K T2sco1675K 67 | svc25i EDSvo02s1Z aid | 28C1675K ‘TeSco1675K Des | 1Nai48 EDINOG148Z G11 | 2SC1675K ‘TSCO1675K Deo | 1Nav48 EDINOG148z == at2_—| 254733 ‘T2SA00733P 70 | iNa148 EDINOd148Z = Q13-_| 2SC945P. TRSCOOS45P Dri | inai4s, EDINOdi48z = a14 | 2SC945P. TRSCOOS4SP D72 | 1Nai4e EDINod148z ais | 2Sca45P. ‘Tascooa45P 073 | ZENER sw 2.4 EozD052492 Q16 | 2SC945P ‘Tascooa4sP 074 | ZENER SW S6v EDZD052692 17 ‘| 2SC945P ‘TASCOOSSP 75 | KB362 EDKB003622 ats | 28C1674K T2SCo1674K 8-78.0 MAIN BOARD (Con’t) RCI-2970 8,0 MAIN BOARD (Con’t) REF DESCRIPTION PARTE EFA _ | DESCRIPTION PARTE aia [310 EZZJ00310Z 129 BEAD F PH=12.5mm ECBADI8550 20 | ascte7aK Tescote74k —L19.—| BEAD F PH=12.5mm ECBAD18550 a2t | 2scte7sk TeSCO1675K —L22_—_| CHOKE 22uH (P TYPE) EccHKi6070 ze | 2sct675K TeSCOIG7SK —-L26-_| CHOKE 470uH (P TYPE) ECCHK6096 023 | 2sc1906 TeSCO1906Z —-L30._—_| CHOKE 22uH (P TYPE) EccHKi6070 24 | ascoas TRSCOOM4SP —L33_—| CHOKE .82uH ECCHK16082 025 | 2sa7saP T2sAOO7I3P «34 | RF 23uH ECRFZ10001 026 | 2scassP TRSCOOMSP = -L36- | NO NEED OMITTED 27 | asci675k Tescore7sk 37 | BEAD D SU-B-172D ECBAD18504 28 | 2sct675k Tescore7sk — 138. | RF 23uF EcRFz10091 29 | ascte7sk TeSCO1675K 39 | BEAD F SU-B-172F ECBAD18506 30 | 2sca4sP TRSCOOSP LAO. BEAD D SU-B-175D ECBAD1E504 ast | 2sco4sP TRSCOOM4SP —-L41_—_| TOROIDAL SU-TR-398 ECRFZ10048 32 | 2sc94sP TRSCOOSASP —L42_| BEAD F SU-B-172F ECBAD18506 33 | asca4sP TRSCOOSASP = L44_| BEAD F PH=12.5mm ECBAD18550 034 | 2sca4sP TRSCOOSA5P «LAS BEAD F PH=12.5mm ECBAD18550 35 | 28a733P ‘TeSA00733P —-L49_| CHOKE (BIG ROUND) ECCHKI6151 36 | 2sca4sP TRSCOOSASP —-L50_| CHOKE 82uF ECCHK16082 037 | 2sat262 TaSAOt262F —-L51._| CHOKE 10CH (P TYPE) ECCHK16088 038 | 2sa1262 T2SAOI282F —L52_| CHOKE 10CH (P TYPE) ECCHK16088 39 | asco4sP TASCOOSASP —-LS3_—_| CHOKE 470uH (P TYPE) ECCHK16096 40 | 2sate2 ‘TaSAOT262F 59 ECBAD18506 41 | asco4sP TRSCOOMSP —L60 ECBAD18506 042 | 2sco4sP TRSCOOSASP —L6I ECBAD18506 43 | ascte7sK TeSc01675K —L62_| BEAD E PH=t0mm ECBAD18526 44 | asci675K TaSCON67SK —L63_| CHOKE 470uH (P TYPE) ECCHK16096 045 | 28a733P Tasago733P 65 | BEAD FSU-B-172F ECBAD18506 4s | 2scza12 Tasco23i2c —L131_| SPRING .8x6.5x7.5t EcsPG18075 47 | asceaiz Tasco23i2c L132. | SPRING .Bx6.5x7.5t ECSPR18003 4s | ascot6ec Tasco2ie6C L503 | CHOKE 47uH (P TYPE) ECCHK16000 4a | ascaai4F Tascozst4F — L504 | CHOKE .47uH (P TYPE) ECCHK16000 050 | 28¢1906 Tesco19062 —T1_—_—| CHOKE El-19 TF-083 ECCHK16004 051 | 288754y T28B00754Y 052 | asca4sP Tesco094sP VARIABLE INDUCTORS 53 | 28a473”0 T28A004730 054 | 2sca45P TascooassP = L1_—_| IFT Mi99Cc-Pt4og7F ECIFTI2251 ass | ascaasP Tescoossp = 2 IFT 199C¢-P1496N ECIFTI2252 056 | 2sca45P TascoosssP = L3_—_| IFT 7MC-7172ABN ECIFTI2002 057 | ascaasP TascoosesP = L4—_ | IFT M199CC-P14097F ECIFTI2251 ase | asca4sp TescoosssP LS | IFT 7MC-7172ABN EcIFT12002 Le | FT 7MG-7172A8N ECIFTI2002 VARIABLE RESISTORS U7 |ieT7MG-7174y ECIFTI2003 Le | IFT Mt9CNF-P1499N ECIFT2253 vet | 10k 3P SEMI FIXED RE10300078 —L9_—_(| IFT 19GN-P1549N EciFT12290 vR2 | 10K 3P. SEMI FIXED RE1O300078 —L11_| IFT 199CN-P1549N ECIFT12990 vR3__ | 500K 3P, SEMI FIXED RE50400080 —L12_| IFT M199CC-P1501A ECIFTI2255 VR4 | 500K 3P, SEMI FIXED Re50400080 —L13_‘| IFT 199CC-P1502N ECIFT2256 v7 | 10K 3P, SEMI FIXED RE10300078 —Li4_| IFT 199CC-P1502N ECIFTI2256 vR8_ | 100K 3P, SEMI FIXED RE10400079 —L1S_‘| IFT 199CC-P149BN ECiFT2252 vRit | 3K 3P SEMI FIXED E30200076 —L16_—| IFT M199CC-P1503A ECIFT2257 VRi2_| 10k 3P, SEMI FIXED RE10300078 —L17_| IFT 292CN-P11221Z ECIFTI2263 Ria. | 5k 3P, SEMI FIXED RE50200077 L19_—| IFT6 M199CC-P1504N ECIFTI2258 Ria | 1K SP. SEMI FIXED RE10200072 — L21_| IFT 292CN-P11212 ECIFTI2263 VRIS| 1K 3P, SEMI FIXED RE10200072 128‘ IFT 199CC-P1498N ECIFTI2252 VRI6 | 10k 3P, SEMI FIXED RE10300078 © L24_| IFT 199CC-P1498N ECIFTI2252 VR21_ | 5K 3P, SEMI FIXED RESO200077 125‘ IFT 199CC-P1498N ECIFT2259 Lar FT 1130N-6344z ECIFTI2016 cous Las IFT 113cN-6344z ECIFTI2016 Lag | FT 1130N-6344Z ECIFTI2016 52 | CHOKE 470uH (P TYPE) EccHKie096 §=— 43. IFT 292CN-P1117AQ EciFT12262 8-88.0 MAIN BOARD (Con’t) RCI-2970 8.0 MAIN BOARD (Con’t) REF¥_| DESCRIPTION PARTE REF | DESCRIPTION PARTE Las] FT 2920N-PT125R EcirT12265 «14 | 7x7mmx7 ‘wx01070707 Lay | IFT 292cN-P1125R ECIFTI2¢65 «= 16 | 7x5mmx7 ‘wx01070705, Las | IFT M199CC-P1501A ECIFTI2265 17 | 7x10mmx7 ‘wx01070710 18 | 7x13mmx7 wxo01070713 RELAYS. 19°} txdmmx7 wx01070704 520 | 7x6mmx7 Wx01070706 RL | av ExosN40802 21 | 7x10mmx7 wx01070710 22 | 7xGmmx7 wx01070706 ‘TRIMMER CAPACITORS 123 | TxGmmx7 wxo1070706 24 | 7x6mmx7 ‘wx01070706 ver | 20p Cvosoz00az 125 | 7x6mmxT ‘Wx01070706 vez | 20P Cvoso200AZ 26 | 7x6mmxT wx01070706 ves | 30P cvosos00aZ = 27 | 7xt0mma7 wx01070710 428 | 7x9mmx7 wx01070709 CERAMIC FILTERS 423° | 2e4mmx7 wx01070704 530 | 7xSmmx7 wx01070705 FL | CrWassHT EFCRWASSHT = 31 | 7x7mmx7 wxo1070707 FL2_ | SEF 10.7 MK EFCFEIO7MX = 32 | 7x6mmx7 ‘wx01070706 FL3_| CRYSTAL, 10.695 MHz EFXB106952 133 | 7x10mma7 wx01070710 x1 | CRYSTAL, 10.240 MHz EYCAB10240 = 34 | 7x10mmax7 wx01070710 X2_—_| CRYSTAL, 10.240 MHz EYCABI0240 = 36 | 7x9mmx7 wxo1070709 X3__| CRYSTAL, 10.6975 MHz Eycae10697 38 | 7x3mmx7 wxo1070703 39 | 7x27mmw7 wxo1070727 ‘CONNECTORS $40 | 7x10mmx7 wxo1070710 Jat | 7xSmmx7 wxo1070705 101 | PCB CONN. SOCKET 2P L=17.8 | EXO7NAB185 —442__| 7x10mmx7 wx01070710 S104 | PCB CONNECTOR SOCKET SP | EXO7NAI216 = 443—_| -7x9mmX7 wx01070709, J105 | PCB CONNECTOR SOCKET 2P | EXO7N41226 44 | 7x10mma7 wx01070710 107 | PCB.CONNECTOR SOCKET 2P | EXO7N41226 445. | 710mm wx01070710 4108 | PCB CONNECTOR SOCKET 2P | EXO7N41226 46 | 7x13mmu7 wx01070713 J109_ | PCB CONNECTOR SOCKET 3P | EXO7NG1216. © J47_—_| 7x5mmx7 wx01070705 110 | PCBCONNECTOR SockeT3P | EXO7NAIZ16 © J48_—|_7xSmmx7 wxo1070705 J112 | POBCONNECTOR SOCKET 3P | EXO7NGI216 © J49_—_| 7x10mmx7 wx01070710 113 | PCBGONNECTOR SOCKET 6P | EXO7NG1266 © J50—_ | 7x10mmx7 wx01070710 115 | PCB CONNECTOR SOCKET SP —/ EXO7NAIZ16 © 51_—| 7x10mmx7 wx01070710 116 | PCBCONNECTOR SOCKET 3P | EXO7NGI216 © J53—_| 7xSmmx7 wx01070705 J117| PCB CONNECTOR SOCKET 7P —[ EXO7NAI261 J54_—_| 7x6mmx7 wx01070706 J118 | PCBCONNECTOR SOCKET 3P | EXO7N41216 —J56.— | 7x5mmx7 wx01070706 J119_ | PCBCONNECTOR SOCKET 6P | EXO7N41266 © J57_—_| 7x4mmu7 wxo1070704 J501_| EARPHONE JACK ExoeNAIO45 58 | 710mmx7 wx01070710 44502 | EARPHONE JACK Exoenat04s §=— 59 | 7x5mmx7 wx01070705, J503 | EARPHONE JACK Exo6n4t045 — J60 | 7x6mmx7 wx01070706 61 | 7xémex7 Wx01070706 JUMPER WIRES 462 | Pxdmex7 wxo1070704 63° | 7x8mmx7 wx01070708 St | PxSmmnx7 wx01070705 64 | 7x10mmx7 wxo1070710 2 | 7a13mmx7 wxo1070713 66 | 7x10mmx7 wxo1070710 3 | 7x13mmx7 wxo1070713—J67—_ | 7«14mmx7 wx01070714 5 | 7x10mmx7 wxo1070710 468} 7xémmx7 Wx01070706 46 | 7et0mme7 wxo1070710 — J69_ | 710mmx7 wx01070710 37 | 710mm? wxo1070710 470 | 7x5mmxs wx01070705 38 | Tx6mmx7 wxo1070706 71 | 7x4mmx? wxo1070704 J9— | 710mm wxo1070710 472} 7xSmmx7 wxo1070705 S10 | 7x10mmx7 wxo1070710 473 | 7x5mmx7 wxo1070705 siz | 7ammx7 wxo1070709 474} 7x10mmx7 wxo1070710 3 | Ze5mmx7 wxo070705 75 | 7x8mmx7 wxo1070708 4 | Te7_mmx7 wxo1070707 76 | 7x7mmx7 wx01070707 6 | 25mm wxo1070705.J78.—| 7x7mmx7 wx01070707 S17 | ZetOmmx7 wxo1070710 479. | 7xémmx7 wx01070706 S18 | 7x13mmx7 wxo1070713 480. | -7x6mmx7 wxo1070706RCI-2970 8.0 MAIN BOARD (Con’t) 8.4 MIC JACK P.C. BOARD DESCRIPTION PARTE EFA [DESCRIPTION PARTE 7xt3mmX7 wxo1070713 MIC JACK PCB. EPT2950702 7xt5mmx7 wxo1070715 Ix7mmx7 wxo1070707 CERAMIC CAPACITORS Ixt4mm7 wxor070714 7xSmmx? wxo1070705. c701_ | ootuF soWVZ SL ccoso1027t 7x3mmx7 ‘wxo1070706 702 _| ootuF SOWVZSL ccoso1027L ‘TxSmmnx7 wxo1070705 C703. | OOtuF SOWVZ SL ‘ecosor027t 7xS0mmx7 wx01070750 CONNECTORS 8.1 VSWR P.C. BOARD : DESCRIPTION PART 4701 | PCB CONNECTOR SOCKET 3P | EXO7NAB244 VSWR PCB Epraoosoz 4702 | PCBCONNECTOR SOCKET 2 | exo7NeB152 PCB CONNECTOR SOCKET 2P | EXO7N48152 CARBON FIXED RESISTORS MIC JACK 6P EXOBNATITY R401 | 1000 4W(P) TYPE RoP141014z cee) R402 | 1500 4W(P) TYPE RoP14i014z —-REF#_| DESCRIPTION PARTE BAND PCB. EPT2950902, CERAMIC CAPACITORS ROTARY SW, 6N EWAT320538 PCB CONNECTOR SOCKET 3P | EXO7N41216 405 |.otuF sowvz sL ccoso1037L — | PCB CONNECTOR SOCKET 7P | EXO7N41261 406 | otuF SOWvZ SL Ccoso037L — 4403 _| JUMPER WIRE tmmxémc7mm | WXO1070706 Taner 8.6 CH/SWP.C. BOARD DESCRIPTION PARTE 401 | 1N6oP ED1NooO6OP CH SW PCB, EPT2950908 0402_| 1N6oP EDINOOO6OP ROTARY SW, GPS-688 EWAT320518 8.2 RF/MIC & VOL/SQP.C. BOARD POB CONNECTOR SOCKET 9P_| EXO7N41216 REF# | DESCRIPTION PART# 8.7 CHASSIS PARTS: VRPCB EPT2950602 -REFW_| DESCRIPTION PARTE RRIMIC |VR 1KA-SKB Rv10203451 _sp501 | SPEAKER 3W 80 2" Es200820MC ‘VOLISO | VR 50KB-50KA 50303453, FUSE 20A 16V FUS-0020-000 DC CORD wiFUSE SOCKET wage12200¢ CERAMIC CAPACITORS DC SOCKET 6P Ex06N41163 ANT JACK EX06N41019 C501 | OO1UF SOWVZ SL ecoso1027L MICROPHONE ASSEMBLY x04N40620 505 | 0OtuF SOWVZ SL ccoso1oz7L WIRE CONN. HOUSING24-2P | exo7N48398 WIRE CONN. HOUSING 3.2.2P | ExO7N48394 CONNECTORS WIRE CONN. HOUSING 2P EXO7N78041 105 | WIRE CONN. HOUSING 2-2P | EXO7N48391 3501 | PCB CONNECTOR SOCKET 2P | EXO7N41226 = J108 | WIRE CONN. HOUSING 2-2P- EXO7N48391 J502 | PCB CONNECTOR SOCKET 2P | EXO7N41226 109 _| WIRE CONN. HOUSING 3-3P | EXO7N48389 4503 |PCB CONNECTOR SOCKET 3P | EXO7N41216 S142 | WIRECONN. HOUSING 3-3P | Exo7N4a380 4504 |PCB CONNECTOR SOCKET 3P | EXO7N41216 —4y13_| WIRE CONN. HOUSING 6P EXO7N48396 4505 _|PCB CONNECTOR SOCKET 2P | EXO7N41226 —J115 | WIRE CONN HOUSING 3-3P | ExO7N48389 8.3 RF/CAL P.C. BOARD J116 | WIRE CONN. HOUSING 3-3P | EXO7N48389 117 | WIRE CONN. HOUSING 7P EXO7N48387 nea) eae ‘119 | WIRE CONN. HOUSING 3-ae | exo7w4aaag VRPCOB, EPT295060Z —J501_| WIRE CONN. HOUSING 2-2P | EXO7N48391 VR 1KB-20KB v10203456 502 | WIRE CONN. HOUSING 3-aP | EXO7N48389 4503 | WIRE CONN. HOUSING 3-3P | EXO7N48389, CERAMIC CAPACITORS 4504 | WIRE CONN. HOUSING 3-3P | EXO7N48389 4508 | WIRE CONN. HOUSING 2-2P | EXO7N48391 601 |.ootuF SoWVZ SL Ccoso1027L —J601_| WIRE CONN: HOUSING 3-3P | exo7Naa389 J602 | WIRE CONN. HOUSING 3-3P | EXO7N48989 ‘CONNECTORS: J701__| WIRE CONN. HOUSING 2-3-2-3P | EXO7N48397 14702 | WIRE CONN. HOUSING 2-3-2-3P | EXO7N48397 J601 | POB CONNECTOR SOCKET SP | EXO7N41216 4703 _| WIRE CONN. HOUSING 2-3-2-aP | EXO7N48397 602_| PCB CONNECTOR sockeT 3P_| Exo7Na1216 8-108.8 KEY P.C. BOARD RCI-2970 8.10 CPU/MIC UP/DN P.C. BOARD ere [DESCRIPTION PARTE (PRE-MARCH 1995 VERSION) KEY PCB, EPT2960302 EFA DESCRIPTION PARTE — | cPuPCB. EPT26042Z ‘CARON FIXED RESISTORS, Mic UP/DN PC. EPT2950802 1.5K heW(P) TYPE ROP1615242 ‘CARBON FIXED RESISTORS misc, R601 | 2700 4W(U) TYPE RoUt427142 R602 | 2200 4W(U) TYPE RoU1422147 TACT SW EWPS33042X R603 _| 1800 uW(U) TYPE RCUI418147 IC PIN EXO7N48414—REO4 | 820 MW(U) TYPE RCU148204Z LED YELLOW EX01N40081 ARGOS | 4700.0.1W. ROYO147147 POB CONN. SOCK. 6PLx21.8mm | EXO7NAB461 gos. | 47000.1W Rovora714z Reo? | 47000.1W Rovo14714z 8.9 LCD P.C. BOARD R608 | 47000.1W RCvOI4714Z ere [DESCRIPTION PARTE R609 | 1o20.1W ROY0110342 R610 | 190.1W Rcvo11024Z ee EPT26502I7 Rett | a7K OW ROvO147342 RESISTORS R612 | 47K OW Rov0147372 R613. | 47K O.1W RCYO14737zZ R710 | 39K 1W, CHIP Rovorsasaz R14 | 150K 0.1 Revo 1544z R711 | 470K .1W, CHIP Rovor474az RBIS | 47K O.1W ROYOIA7AAZ R7i2 | 680K 4W Rovoiesaaz R617. | 47K O.1W RCvO147342 R618 | 47KO.1W ROYO14734Z CAPACITORS R619 | 47KO.1W ROYOTAT34Z R620 | 47000.1W Rovor4714z tuF 25WVZY5V, MONOLITHIC | CK2tosag7y —RB21_ | 47K O.1W Revo14734z .S3uF 36WVM, TANTALUM — | CTY353462 -ROZ2_| 47K O.1W Rovoi47a4z {uF T6WWV M, TANTALUM Cryietosez R623 | 47K O.1W Rovot4734z C701 | uF 16WV M, TANTALUM cryisi056z R624 | 47K O.1W ROVOUTI2 C702 | 0.33uF 35WVM, TANTALUM — | cT¥a533462 -R625_| 47K 0.1W REVOMATS4Z 703. | 0.33uF 35WVM, TANTALUM — | CTY3533462 R26 | 4.7K 0.1W Revora724z C704 | 0.33uF 35WVM, TANTALUM — | CTv359346z R27. | 47K 0.1W Revoureaz C705 | 1uF 16WVM, TANTALUM Cryt61056z R628 | 47K 0.1W RCVOMTB4z 707 | 0.01uF SOWV M, CERAMIC ckitosagsy R629 | 47K O.1W Rovov47a4z C710. | O.01uF SOWV M, CERAMIC cktiosassu R630. | 1 MEG O.1W AovOItOsaz C711 | 0.01uF SOWV M, CERAMIC Ckriozapey REST | 10K 0.1W ROvOTIOMZ C712_| O.0tuF SOWV M, CERAMIC ckitosapeu R632] 47K O.1W RoVOL THz C713__| 0.01uF SOWV M, CERAMIC ckt1o3aB6U R633. | 39K 0.1W REVOISAHZ C716 | O.otuF SOWVM, CERAMIC — | CKI1osaBeu R34 220K 0.1W RCVOI224A7 C717 | o.01uF SOWVM, CERAMIC | CK1103aB6U R63 | 1 MEG O.1W ewaitetz 720 | 0.01uF SOWV M, CERAMIC cktiogageu R696] 100K 0.1W Revo11044z 721 | 0.01uF SOWV M, CERAMIC Ckrtosageu — R637] 220K 0.1W Revotz2edz R638 | 100K 0.1W RcvO1 10447 ice R639 | 47K 0.1W RovO14734z Read | 47K O.1W Rovo14734z e701. | HD6160zR 8oPIN ENHigté02R R641 | 150K 0.1W RovOI 15442 VARIABLE RESISTORS ‘ARRAY RESISTORS ‘R701 | IM (TMC4K B1M OHM) Retosooto2 RABO! | 10K/20K 6P Reso6700¢3 A602 | 47K SP R¢s0570009 misc. A603 | 47K 5P R¢S0570009 RaGOs | 220K SP Resosz00z2 IC HD61602R EnHie1602R —-RABOS | 47K SP ‘RCS0S70009 SEMI-FIXED RESISTOR, 1M | RE10500102 _-RAGDE | 220K 9P Rosog7od2t cD DISPLAY exoan4o4ga ABO | 47K SP Rcsos70009 LAMP, 5V 088 Exoinaooeo -RAB0B | 47K SP R¢s0570009 IG SOCKET 2°. Exo7Naeaa _RABO | 47K SP ‘RCS0570009 PCB CONN. SOCK. 14P L=21.8mm EXO7N48498 -RABIO | 220K 9P Resos700z2 RABI | 47K SP RCS0570009RCI-2970 8.10 CPU/MIC UP/DN P.C. BOARD 8.11 MISC. PARTS (Con’t) REFe [DESCRIPTION PART DESCRIPTION PARTE PCB CONNECTOR SOCKET 2P _|EXO7N41206 CAPACITORS PCB CONNECTOR SOCKET 3? |Exo7N48244 PCB CONNECTOR SOCKET 4P —_[EXO7Na8440 C601 | 0.tuF SOWV K Z5U, MONO. k1103A870 PCB CONNECTOR SOCKET 7P | EXO7N48O11 0602 | 1uF 35WV M TANTALUM cTy3510462 PCB CONNECTOR SOCKET 6P —_[EXO7N48010 603 | 33uF 35WVM, TANTALUM | CTY3533462 PCB CONNECTOR SOCKET 10P [EXO7N48416 0604 | OTF SOWV K Z5U, MONO. k1103A870 SHORT PIN 2P |ExO7NaB151 605 |.O1uF SOWVKZ5U, MONO. | CK1103AB7U FRONT PANEL, BLACK IPT29500104 ¢606 | OtuF SOWVK Z5U, MONO. | CK1103AB7U FRONT PANEL (RCI-2870) Pr29500106 607 | OtuF SOWVKZ5U, MONO. | CK1103AB7U REFRACTOR PLATE (KEY) PT2950030A C608 | TUF SOWVK Z5U, MONO. —_| CK1103AB7U. REFRACTOR PLATE (LCD) PT29500418 609 | otuF SOW KZ5U, MONO. | CK1103AB7U KNOB, BLACK PT2950051A 610 |.O1uF SOWVK75U, MONO. | CK1103AB7U KNOB, BLACK PT29500608 611 |.OtuF SOWVKZ5U, MONO. | CK103AB7U INNER KNOB, BLACK PT29500718 C612 |33pF SOWVJCH, MONO. CHIP | CK1330AB4A CUTER KNOB, BLACK PT2950080A 613. |33pF SOWV.JCH, MONO. CHIP | CK1330AB4A, Lc window PT2950090A 614 | 1uF SOWV2 YSV, MONO. (CK21044B7V FRONT CHASSIS lwrreas0010P 615 |.0027uF SOWVZ YSV, MONO. | CK1272AB5R SPACE KING lure9500208 616 | 470pF SOWVK SL, MONO. CHIP | CK1471AB5L D SPRING A #6600 IwiTae0008oT C517 | 100pF SOWV K SL, M ONO CHIP | CK1101ABSL D SPRING B #7800 IwiT3600090T 618 |.O1uF SOWVKZ5U, MONO. | CK1103AB7U SPRING D #8500 IwTa600100T HANDLER, BLACK Iurr3600030A Les TOP HOUSING, BLACK lurr29s0031A BOTTOM HOUSING, BLACK | MTZ9500418 e601 | Ho4o74008¢ ENHI74008F SET CHASSIS Iuracooozex leso2 | TesoeguBF ENTADA069F SOCKET HOLDER 1w'T3600050x lceo3_|Ms223FP ENMIO5223F SHIELD PLATE (A) IwT1200060N iceor | TeaoeguBF ENTAD4069F HEAT SINK, BLACK IMn7878040x esos | a78 ‘TzTa000782 PCB BRACKET IMrae00010s ceo |TA78 ‘TzTA00O78Z SHIELD PLATE Iwir2710060x lest2 | 7805 ENSSO7805Z TOP HOUSING lwr29500318 RUBBER KEY lar29s0010A ‘TRANSISTORS. MIC PLATE lpr21000208 MIC PLATE 1pr21000200 TRe01 |2sca45P ‘Tescoos4sP MIC PLATE [pTossB0108 R602 |28C945P Tascoos4sP SHIELD CLOTH 10x88x.3t -Zzze0001z TRe03 |2sc945P ‘Tescoos45P SHIELD CLOTH 90x90x.18t —_|LZZ2600562 eos |2sca45P TescooadsP LCD SPONGE RUBBER 108x25x't }XZZ7902052 REDS |28C2712 T2sc027126 CLAMP [ezzzs0000z TRe0s |2802712 Tesc027126 BEEP SPONGE 221.5t xzzz902062 2sco7t2 7280027126 FOAM 14x16x20mm xzzz90004z 2SA1162GR T2SA011626 PB STOPPER XZZ2900062 INSULATING PLATE xzzz300202 DiovEs INSULATING RING xzzzs0003z ANTIMIC SOLDER PLATE Deor | 1Ns711 EDINOS7I1Z Tox21x st XZZ2900982 Déo2 | 1ssie1 EDss00181Z SPONGE 15x30x11t xzzz900212 eos | 185181 088001812 SODER PLATE XZz2900022 De05_| 188181 EDSS00181Z LCD PCB SHIELD PLATE 35x8x2t yzz2901872 ett PARTS RCI MIC PLATE /BT6300041A DESCRIPTION PARTE. LAMP REFRACTOR LABEL 26x11 |27261278Z RESONATOR, 4 Miz, CERAMIC | EXT4N46510 TOP REFRACTOR LAVEL 25x8 | LZZZ61277Z BUZZER RKM35-48 EXt4Nd6511 LOD REFRACTOR LABEL 100x11_|LZZZ612762 BATTERY LITHIUM, 3V 170mAh_| EXOBN41405 SCREW, M2.0x0.4px10 PAN HEAD] JSO52010MN PCB CONNECTOR SOCKET 6P | EXO7N41266 SCREW, M2.0x0.49x12 PAN HEAD] /S052012MN PCB CONNECTOR SOCKET 4P | ExO7N41250 ‘SCREW, M2.0x0.4px12 PAN HEAD| JSO52012MN PCB CONNECTOR SOCKET SP | EXO7N41216 ‘SCREW, M2.0x0.4px12 PAN HEAD |JS052012MN PCB CONNECTOR SOCKET 2P | EXO7N41226 FRON PANEL (4) SCREW PCB CONNECTOR SOCKET 2P | EXO7N41226 M3.0x0.5px6, FLAT HEAD }4S033006MNRCI-2970 8.11 MISC. PARTS (Con’t) 8.11 POWER PCB (Con’t) Ref DESCRIPTION PARTE eFa_ [DESCRIPTION PARTE ~~~ [De SockeT(2), SET CHASSIS(T2) 92a | cic o.1uF soWV SLZ coosor047i LCE & CPU PCB (6) SCREW Ca24 | cic o.tuF soWV SLZ ‘ec0501047L MS.0x0.5px6, PAN HEAD JS0S3006MN C925. | C/C O.tuF SOWV SLZ ccoso1047L ~~ | SCREW, M3.0x0.5px6 (PVC) 926 | cit 0.tuF SOWV SLZ ccosoi047t ROUND HEAD 4S013006MY 6927 | C/C O.tuF SOWV SLZ ccos01047L MAIN PCB (5) SCREW, T3x6-2 C928 | cic o.tuF soWv sLZ Ccosoroa7t PAN HEAD 48053006TN €929_| C/C O.tuF SOW SLZ cooso1o47L ———_| HEAT SINK SCREW, T3x8-2 930 | cic 0.1uF sowv SL z ccosor047L ROUND HEAD J8013008TN C931 | CIC O.1uF SOWV SLZ ccosoi047L ~~] SPEAKER (4) ScREW c992_| cic o.1uF sowv siz coso1047L M3.0x0 Spx8 PAN HEAD J8053008MN €933_| C/C 0. 1uF SOWV SLZ ccoso1047L T7808 KEY PCB(2) SCREW 934 | C/C O.1uF SOWY SLZ Ccoso1047t (M3.0%0.5px10 PAN HEAD JS053010MN 6935 | C/CO.1uF SOW SLZ ccosoro47L R7808(1) KEY PCB (2) CREW 6936 | MICAIC 100pF so0v @ cos0010187 1M3.0x0.5px10 PAN HEAD JSOSSO10MN C937 | C/C O.tuF SOWV SLZ ccosoi047L IC7e08x2 SCREW 938 | &/¢ 220uF 38WVZ (c£03520772 M2.0x0.4px8 PAN HEAD JS052006MN 939 | C/C 0-1uF SOWV SLZ ccosoio47t w-_| SPEAKER (4) NUT wAVASHER | J26303578 C940 | C/C O-TUF SOWVSLZ ccosoioa7t 2802312 (3) NUT wNeazorezs cast | crc O-1uF SOW SLZ ccosoro47t INSULATING RING xzzz900722, 0901 | DIODE 1N4oo1 EDINO4001Z MOUNTING SCREW 902 | DIODE 1n4001 ED1No4001zZ MS.0x0.8x11 BLACK xzzzso0o7z 0903 | DIODE 1n4148 EDINO4148z SCREW 5x10-1 STEEL Jso1so10wH —D904_| DIODE 1N4148 ED1NO4148Z SCREW 3.5x8-2 Jso1a50eTH = Jg01_| PCB CONS 2PT EXO7N41226 OUTSIDE TOOTH WASHER 902 | PCB CONNYS 2° T EXO7N41226 5.5x10x03 JW315510CN L901 | BEED COAIL 6xtOx3t ECBADIE553 ~--~_| INSIDE TOOTH WASHER ‘CHOKE COIL 6.8uH ECCHK 16098 4x8x0.3 .sw3240080N SPRING COIL 1x6.5x7t ECSPG18069 sn _| FIBER WASHER 4.9xt5x1T | xZz7901882 ‘SPRING COIL 1x6.5x7t ECSPG18069 SIFIR 1K (S) TYPE RE10200046, 8.11 POWER PCB RELAY DS2-M-DCaV Ex05N40825 REF#_| DESCRIPTION PARTS RF COIL ECRFZ10096 RF COIL RCRFZ10097 POWER PCB EPAQIOO10A ae ean CIFIR 22W ‘4W(U) TYPE Rou1422042 TR28C2290 Tascoz290z fot | GRR ik M0) YPE RCP1410242 TR2SC1406-GR TeSDO1406R R902 | C/F/R 1K YAW(M) TYPE ROM141024A M'TYPE JACK (M PIN) R903 | C/F/R 39K 2W(P) TYPE RCP203904Z TMP-IPIX-V6 Gzzzs00622 R904 | C/FIR 1W YAW(U) TYPE RCU1410942 CPIN AG 220 GZZZ500112, R909. | G/FIR 10K “4W(U) TYPE Rout41034z SHIELD COVER ‘MT2970040x R910 | SIFIR 10K (5) TYPE RE10300069 ——~_| ONSERT M2.6xMsx3t MTTURB160X R911 | CHIR 10k HW(P) TYPE RCP1210342 HEAT SINK MT2970080x ‘Wo/R 220W 2W/(P) TYPE RFP2O22 147, GG 22pF SOWV SLI ccosoza0aL C901 | CiC 0.tuF soWV siz cooso1047t 902 | C/C 3909F SOWV SL k ‘ccoso3915L 903 | C/C 390pF SOWV SLK Ccososa15t 6905. | CC 31uF SoWV SL Z ecosoros7t 6906 | C/C 0.tuF SOWV SLZ ccoso1047L 6908 | MICAX 180pF a00WV 5 cos0018147 909 | MICA/C 680pF 300Wv J 030068142 910 | MICA/C 180pF 300W J coso01814z 6916 | MICAC 150pF 300WVJ 030015142 917 | MICAC 100pF Soo 6 (€050010182 918 | MICAC 68pF 300WV J c030068047 C919 | HV DISCIC O.01uF DE1St0E103z1K ex00710372 920 | cic 0.1uF SOWY sL.Z ccosoro47L 921 | cic 0.1uF SOWV SLZ ccosor047L C922 | BC 220uF tewvz ceo1622772 8-13SECTION 9 RMA g(a OUND Ror yale oa) BOARD LAYOUT RAN! || Communications, Inc. \esssrussecanenncen eee ***** THIS PAGE LEFT INTENTIONALLY BLANK *****RCI-2950 MICROPROCESSOR CONTROL BOARD + POST MARCH, 1995 (SMD VERSION) ONLY « (TOP VIEW) "pe ® u bee ” 7 id aes iy ° [] a ct Be, J (BOTTOM VIEW) ae Oo « A L DPL29s0407z 4RCI-2950 SURFACE MOUNT (POST MARCH 1995 VERSION) SECTION 10 RANGER Ra ee uN Walt Communications, Inc. U He Pee RCI-2950 SURFACE MOUNT CPU P.C.I 10.0 RCI-2950 SURFACE MOUNT CPU P.C.B (con) iefe_[ oescAIPTION ARTE aera oescarTion PART ----- | CPUPCB ‘DPT2950402 C612 | O.1uF SOWVZ SL CK1104AB7L_ KEY SW PCB EPT296031Z C613 | O.1uF SOWVZ SL CKI104AB7L_ C/FIR 1.5K OHM "heW P_ RCP161524Z, C614 | 0.1uF SOWVZ SL. CK1104AB7L ‘TACT SW JIP-1250 EWPS33042X_ C615 | 0.1uF SOWVZSL CKIT04AB7L_ IC PIN EXO7N48414 C616 | O.1uF SOWVZ SL CK1104AB7L_ PCB CONNECTOR/S EXO7N48441 C617 | O.1uF SOWVZ SL CKIT04AB7L CARBON FILM RESISTORS 1.6. (S.M.D) REOT | 10K O.1W RCYO11034Z U601 | HD404818C89FS 80 PIN YNRG2950SP- R602 | 1M O.1W RCYO110542 U602 | AN8005M-E2 3 PIN YNMAO8005M REOS | 10K 0.1W RCYO11034Z U604 | BU4094BF 16 PIN YNRO040948 R604 | 82 OHM YW (U) TYPE RCU1282042, U605 | BU4094BF 16 PIN. YNR004094B REOS | 10K 0.1W RCY011034Z U606 | P93L46 BP YNEXO3L46P R604 | 562 %W(U) TYPE RCU1256042 R607 | 5.6K 0.1W RCY015624Z TRANSISTORS: RGO8 | 470K 0.1W RCYO14744Z, REO9 | 47K O.1W RCYO14734Z, Q601 | 28C2712GR-TEBSL TY2SC27126 R610 | 10K O.1W RCYO11034Z 602 | 2sD999 ‘Ty2sp0999Z R611 | 10K O.1W RCYO11034Z, Q603 | 2SC2712GR-TEBSL TY28C27126 RGI2 | 47K 0.1W RCYO14734Z, 0604 | 2sD999 ‘TY2SD0999Z ‘R613. | 47K 0.1W RCY014734Z, Q605 | 2SC2712GR-TEBSL ‘TY28C27126 R614 | 100K O.1W RCYO11044Z_ 0606 | 2SC2712GR-TESSL ‘TY2SC27126 ‘R615 | 56K 0.1W RCY015634Z, 0607 | 2SC2712GR-TEBSL ‘TY28C27126 R616 | 27K 0.1W RCYO12734Z, R617 | 56K 0.1W RCY015634Z_ DIODES: R618 | 27K 0.1W RCY012734Z_ R619 | 56K 0.1W RCY015634Z 0601 | 1SS355 EDSSOO355Y R620 | 27K O.1W RCY0127342 D602 | 1SS355 EDSSOO355Y R621 | S6K O.1W RCYO15634Z, R622 | 56K O.1W RCY0156342_ MISC. R623 | 27K O.1W RCY012734Z R624 | 27K OW RCY012734Z, LCD DISPLAY MT-628PAT ‘EXO3N40460 R625 | 56K O.1W RCYO15634Z, 601 | KBR-4.0M EX14N46510 R626 | 56K O.1W RCYO15634Z, BZ601 | BUZZER PKM35-4A WHY EX14N46511 R627 | 10K O.1W RCYO11034Z_ R628 | 47K O.1W RCY014734Z, PCB CONNECTOR/S: R629 | 33K 0.1W RCY013334Z, ‘R630 | 150K 0.1W RCYO11544Z_ CN6O1 | 4PT EX07N41250 R631 | 10K 0.1W RCY011034Z, CN602 | 2PT EXO7N41226, CN6O3 | 3PT ‘EXO7N41216, CERAMIC CAPACITORS CN6O4 | 3PT ‘EXO7N41216, NGOS | 3PT EXO7N41216, C601 | 33pF SOW CK1330AB4A CN606 | 6PT EXO7N41266, C602 | 0.1uF SOWVZ SL CKONI4AB7L CN6O7 | 6PT ‘EXO7N41266 C603 | O.tuF SOWVZ SL CKOII4AB7L ‘CN608 | 2PT ‘EXO7N41226 C604 | 1000uF 10WVZ CEO101087Z, CN610 | 3PT EXO7N41216 C605 | 0.1uF SOWVZ SL CKO1I4AB7L_ JP601 | 4P° EXO7N48440 C606 | 33pF SOWV CK1330AB4A JP602 | 4P ‘EXO7N48440 607 | ozauF soy 2vsv cki2nias7e SHORT] SHORT PIV exornaetst C608 | 0.001uF SOWVZSL CK1102AB7L SHORT SHORT PIN. X07N48151 C609 | 0.001uF SOWVZ SL CK1102AB7L_ ‘SK601 | 6P ‘EXO7N48772 C610 | O.tuF SOWVZ SL CK1104AB7L_ ‘SK602 | 6P ‘EXO7N48772 C611 | O.1uF SOWVZ SL CK1104AB7L_ LP601 | 5.3V 150mA EXO1N40102 rece | 8.3V 150m pxorNaot02 10-1W VIE RCI-e950 EXPLODEDMAIN GICOTdX4 OL6Z-104LIMITED WARRANTY Ranger Communications, Inc. (Ranger) warrants to the original purchaser ONLY this product against defects in material or workmanship as follows: (1) Ranger warrants the product to be free of defects in material for a period of one (1) year from the original date of invoice or other proof of purchase. Labor to perform warranty services will be provided without charge for the first ninety (90) days of the warranty period. After this period, the original purchaser must pay for any labor at the prevailing rates at either an authorized Ranger warranty repair facility or at the factory. In addition, Ranger will supply, at no charge, new or rebuilt replacements for defective parts during the warranty period. (2) In the event of a defect during the warranty period, Ranger shall, at its option, repair or replace the defective product. Such action shall constitute the purchaser's exclusive remedy under this warranty. (3) A Return Authorization Number must be obtained from the Ranger Customer Service Department before any returns for warranty repair will be accepted. Send the defective product postage-paid, along with proof of the date of purchase (photocopy of the original invoice or receipt) to: (RANGER | Communications, Inc. j 3377 Carmel Mountain Road San Diego, CA 92121 (619) 259-0287 » FAX (619) 259-0437 (4) This warranty does not cover cosmetic damage or damage due to acts of God, accident, misuse, abuse, negligence, improper installation, UNAUTHORIZED MODIFICATION or any action in violation of the product's instruction manual. This warranty is valid ONLY in the United States of America. (5) This warranty is valid ONLY if the serial number appears on the products. (6) Ranger reserves the right to void a warranty or make reasonable charges for the repair of a product which displays evidence of misuse, abuse, neglect, acci- dent, or modification of the basic design. (7) Warranties give you, the buyer, specific legal rights. You may also have other tights which may vary from state to state. This warranty is extended only to Ranger products purchased and shipped to locations in the United States of America or its possessions.RANGER | Communications, Inc. Va 3377 Carmel Mountain Road San Diego, CA 92121 (619) 259-0287 » FAX (619) 259-0437SS (RANGER | eS EDT) (artes (_ Communications, Inc. |] a Source Voltage = 13.80; Frequency = 28.000 MHz; Power Settings = AM 2W SSB 25W AM/FM/SSB AM/FM USB/ALB NB/OFF NB/ON RX TX AX OK at E= 0.00 1.06 a9 —= GRO GRO GRO GRO 2sc1675 C= 0.00 7.67 28C1674 C= 304 003 0030.02 NPN B= 0.00 1.7 NPN B= O71 «001082 O.8t AM/FM/SSB AM/FM USBAB NB/OFF NB/ON AX 1X RX OK a2 —= GRO GRO 10 Es 226 0.01 0.00 0.01 2SC1675 C= 0.00 2.09 2SC1675 C= 5.764 0.02 8.02 0.02 NPN B= 0.00 0.71 NPN B= 303-002 0030.02 AM/FM/SSB AM/FM. USB/B NB/OFF NB/ON ax 1K ORK OK a3 E= 0.00 1.45 at 1.52 0.01 0.01 0.01 2sc945 C= (0.00 7.76 2S8C1675 6.49 0.02 8.02 0.02 NPN B= 0.00 2.09 NPN 2.26 0.01 0.00 0.01 AM/FM/SSB AM/FM NB/OFF NB/ON NB/OFF NB/ON 04 f= 001 1.06 RX OX 2sca4s C= 8018.01 ai Es 806 806 NPN Be 0.00 0.02 2SA733 C= (0,00 8.01 AM/FM/SSB PNP. B= 8.02 7.35 NB/OFF NB/ON AM/FM USBAB 05 E001 003 RX 1X AX IX 28045 C= 7.37 7.37 a13 —: GRO GRO GRD GRD NPN B= 0.00 0.01 280945 C= 0.25 0.24 «0.01 0.01 AM/FM/SSB NPN Be 0.00 001 O71 Ot NB/OFF NB/ON AM/FM USBALB a6 f 801 aot RX RX 250733 C= 0.00 0.00 ata GRD GRO GRD GAD NPN Beate oe 28¢945 O01 0.02 Ott 0.0 AM/FM/SSB NPN 0.70 O71 0.01 0.01 NB/OFF NB/ON AM/FM usB/LB a7 —= GRO GRD RX ™X RX ™ 2sca45 C= (0.00 0.01 ais GRO GRD GRD GAD NPN Be 0.00 0.00 2sca4s 002 001 © 0.01 Oot AM FM USB/LSB NPN 0.01 0.01 0.70 O71 RX TX AX IX RX IX AM/FM USBAB a8 048 2.44 0.48 244 2.38 2.44 ee ees 2SC1674 6.93 0.03 6.93 0.02 7.60 0.02 aie 0.67 0.68 0.68 0.68 NPN Be 1.18 0.02 1.18 0.01 1.30 0.01 280945, 5.04 5.05 5.01 5.01 NPN 261.27 1.28 1.26AM/FM USB/LB RX 1X nz, —& GRD GRD 280945 C= 0-001 0.02 NPN Bs 0.00 076 AM FM ——-USB/LSB RX TX RX TX RX TX a8 Es 1.41 0.01 1.41 0.01 1.41 0.01 2SC1674 C= 7.73 0.03 74,730.08 7.74 0.02 NPN B= 2.15 0.02 2.15 0.03 2.16 0.01 AM/SSB FM RX TX RX TX aig t= 1.89 0.03 1.90 0.07 J310 2= 7.95 0.02 7.95 0.07 FET = 0.03 0.01 0.00 0.01 AM FM SSB RX TK RX TX AX TX 020 Ee 0.23 7.34 0.23 7.35 0.85 7.34/7.36umo0 2SC167S C= 0.24 3.02 0.24 1.19 6.69 7.11/7.13wMo0 NPN Be 0.95 3.41 0.95 1.96 1.60 3.40/3.42wmo0 AM/FM USB/LSB RX TX RX TX zt —= GRD GRD GRD GRD 2SC1675 C= 1,74 0.03 3.43 0.02/0.04wmon NPN B= 0.22 0.02 0.73 0.01/0.03wmoo AM/FM USB/LSB RX TK RX 1X 022 E= 0.92 0.02 2.66 0.01/0.03wmoo 2SC1675 C= 0.93 0.40 6.52 7.09/7.16wao0 NPN Be 1.74 0.03 3.43 0.02/0.04waa0 AM/FM USB/LSB RX TX RX TX 23 E= 0.23 0.02 1.90 0.01/0.03wasoo 2801906 C= 7.78 0.02 6.10 0.02/0.04umo0 NPN B= 0.92 0.02 2.65 0.01/0.02wa00 AM FM SSB RX TX RX TX RX TX a24 Es GRD GRD GRD GAD GRD GRD 280945 C= 0.01 0.02 0.18 0.05 0.01 0.02/0.20wmao NPN Be 0.70 0.71 0.01 0.02 0.01 0.01/0.03wmo0 AM FM SSB RX TX AX TK AX TK 025 «Exon 8.05 806 0.01 0.02 0.01 0.01 orF 7.38 7.39 0.01 0.02 0.01 0.01 2SA733. Cz0N 0.16 0.22 0.01 0.02 0.01 0.01 orF 7.98 7.28 0.01 0.02 0.01 0.01 NPN Bon @01 8.02 0.01 0.02 0.01 0.02 (ANL) OFF 6.72 6.73 0.01 0.02 0.01 0.02 026 2sc945 NPN 27 2sci675 NPN 028 281675 NPN 29 28C1675 NPN 030 2sca45 NPN 31 2SA945 NPN 32 280945 NPN 033 2894s NPN 034 28945 NPN AM/FM/SSB aX ™ 228 2.29 719 7.20 2.82 2.84 AM/FM/SSB RX =X Ee 270 271 C= 5.93 5.94 B= 344 3.45 AM/FM/SSB RX TX — GAD GRO Ce 4.96 4.37 Be O72 072 AM FM SSB RX TX RX TX AX TX = GRD GRO GAD GRD GAD GRD 7.95 7.96 0.02 0.07 7.94 7.95 0.01 0.02 0.75 0.79 0.01 0.01 AM/FM = SSB RX TK AX TX E= GRD GRD GRD GRO C= 0.02 0.03 2.95 2.89/2.91ww00 Be O.71 0.72 0.01 0.01/0.03wmoo AM FM SSB RX TX AX TX RX TX Ee 8.06 8.06 8.06 8.06 8.06 8.05/7.57wao0 C= 0.14 -0.34 0.11 -0.39 -0.11 -0.43/5.46wm00 Be 8.02 8.02 8.02 8.02 8.02 8.02/6.95wn00 AM/FM RX TX E= GRD GRD C= 0.01 0.01 Be 0.71 0.01/0.50wmo0 AM/FM/SSB RX TX = GRD GRO C= 0.25 0.72/0.74wsse moo B= 0.24 0.57/0.58wsse moo AM/FM/SSB RX 1X E= GRD GRO 1.32, 0.01/0.44wawssa woo Be 0.00 0.00/0.01wsse maoAM/FM/SSB ROGER ROGER BEEP = BEEP ON OFF RX TX RX TX 035 8.06 8.07 8.06 8.07 2SA733 3.05 -0.70 8.05 8.06 PNp 8.02 8.03 7.41 7.42 AM/FM/SSB RX ™ 036 = 0.01 0.35 280945, 8.03 8.04 NPN 0.01 0.02 AM/FM/SSB RX =X 037 E= 805 8.06 2SA1282 C= 8.02 0.02 PNP Be 7.36 8.05 AM -FM/SSB RX TX RX TX 8.06 8.05 8.06 8.04 0.00 7.95 0.00 7.96 8.02 7.27 8.02 7.28 AM/FM/SSB RX ™ 039 = GRD GRD 280945 C= (0.05 8.04 NPN Be 0.63 0.01 038 2SA1282 PNP AM/FM/SSB AX TX a4o Es 8.05 8.06 2SA1282 C= 0.28 8.04 PNP Be 7.54 7.35 AM/FM/SSB CW MODE RX TX RX TX a4 E> GRD GRD GRD GRD 280945 C= 029-315 0.01 0.02 NPN Be 0.00 0.01 0.70 0.71 AM/FM/SSB RX 1K 42 = 015 016 2sca4s 1.65 1.65 NPN 077 078 AM/FM SSB RX ™ RX TX 043 Ee 0.01 1.41 1.38 1.40/1.05qm00 2SC167S C= 8.04 8.04 8.04 8.04/5.60wao0 NPN Be 0.00 0.01 0,00 0.01/0.07.atoo 047 NPN ast 288754 PNP as2 280945 NPN 053 2SA473 PNP. AM/FM SSB RX TX RX TX Es 001 141 1.38 1.40 C= 003 4.56 4.54 4.57 B= 0.02 212 210 212 AM/FM/SSB CW RX TX RX IX 0.00 0.01 804 5.58 = 0.01 0.02 0.00 5.54 Bs 8.04 8.05 8.04 4.91 AM/FM SSB RX TX RX IX 0.00 0.68 0.00 0.88/0.71mwao 4.15 3.80 13.25 12.60/15.1 woo GRO GAD GRO GAD AM/FM SSB RX IX RX IX 0.00 0.68 0.00 0,68/0.7twmoo 448 3.80 13.25 12.60/15.11wwoo GRO GRO GRD GRD AM/FM SSB RX TX RX TX 0.00 0.74 13.25 12.75 GRD GRO SSB RX OX 0.00 0.70 0.00 —0.57/0.59wmoo 0.00 8.30 0.00 —7.95/8.06wnoo 0.00 1.25 0.00 1.28/1.30wao0 AM/FM SSB RX TX RX 1K 0.00 0.71 0.00 0.66/0.62ea00 0.00 7.95 0.00 7.95/7.97wmoo 0.00 1.41 0.00 1.45 AM/FM SSB RX TX RX 1K Es 13.31 12.74 13.25 12.80/12.15waoo C= 4.29 3.43 13.25 12.30/11.52wMoo B= 13.79 13.57 13.79 13.66/13.39wmo0 AM/FM SSB RX TX AX TX 4.18 3.48 12.85 12.55/11.79xm00 1.30 12.18 12.63 12.90/11.52wmoo 4.03 4,03 12.27 11.75/11.23em00 AM/FM SSB RX TX AX IX 13,90 12.15 12.63 12.30/11.52wa00 1.29 3.43 13.26 12.80/12.13wm00 3.31 12.74 13.25 12.80/12. 15000054 2sca45 NPN 055 28¢945 NPN 056 28c945 NPN 7 2sca45 NPN ase 2sc945 NPN (ct SQ AMP, AGC AMP NJM324D ce FM DET uPct028H AM/FM RX TX —= GRD GRD C= 13.30 12.18 B= 0.00 0.02 AM/FM RX =X per e222 2 g 6 AM RX TX SSB RX TX GRD GRD 0.05 —0.05/0.07wwa0 0.73 0,79/0.75waoo SSB RX 1X 1.65 1.62/1.53watoo 8.05 8.05/6.90wmoo 0.63 0.63/0.63uaa0 SSB RX TX GRO GRO 0.01 0.01/0.03uatoo 0.71 0.71/0.73e0ma0 FM SSB RX TX RX TX E2 GRD GAD GRD GRD GAD GRD C= 0.02 0.03 0.71 0.72 0.71 0.72/0.73wmoo Be 0.69 0.70 0.00 0.02 0.00 0.01/0.03wmoo AM RX 1X FM SSB RX TX RX TK E= 0.01 0.02 0.38 0.40 0.01 0.01 Ce 02 4.32 4.32 0.01 0.01 Be 0.01 0.02 4.02 1.03 0.01 0.01 IC VOLTAGES ‘SQUELCH OFF ON 6.66 6.66 0.01 0.01 4.05 4.05 4= 8.08 8.06 5= 0.02 0.02 AM/FM SSB Ie 0.03 BAL MOD 3.22 ANG12 3.20 GRO 5.75 5.92 5.80 722 7.40 7.28 ica t= 8.02 8.02 NJM7805 2= GRD GAO VREG «3. 5.04 5.05 AM/FM/SSB RX/TX Jes t= 2.94 Tes081 = 3.36 PHASE- 35 3.36 COMP = 4= 7.39 5s 7.41 b= 7.23 Ts 287 8 7.37 92 GRO cs j= 13.63 13.32 NIM7808 2= GRD GRD VREG = 35 8.06 8.07 AM/FM «USB LSB RX TX RX TX RX TX \c7 0.01 0.02 0.02 0.02 0.02 0.02 Tc5081 795 7.95 7.95 7.95 7.95 7.95 PHASE- 1.90 1.90 236 2.36 1.49 1.49 comp. 7.98 7.98 7.98 7.98 7.98 7.98 7.99 7.99 7.99 7.99 7.99 7.99 799 7.99 7.99 7.99 7.99 7.99 1.97 1.97 1.97 1.97 2.00 2.00 257 2.57 287 257 257 257 GRD GRD GRD GRD GAD GAD AM/FM/SSB RXITX ica t= 2.58 TA7310 = 1.90 veo 1.22 MIXER 2.63 GRO 5.00 2.07 5.03 4.62AM/FM/SSB RX/TX Ico 1s 256 TAT310 = 217 veo 3: MIXER de AM/FM/SSB RXITX 2.62 1.94 1.23 2.65 GRD $.03 2.09 5.04 4.62 cto TA7310 veo MIXER PPrPr rere AM/FM/SSB lent Tes082P ‘CMOS FREQ. DIVIDER and AMP AX/TX 12 2 3s 4s Se & Ts be Qe 0.98 2.85 278 2.52 5.21 2.46 257 257 GRD AM/FM/SSB RX/TX GRD GRD 2.21 GRO 4.22 422 4.22 2.37 era te HD10551 2s 3e 4= 5s 6: Te 8: era 1 HD10551 2= GRO GRD 2.32 GRO = 4.22 422 4.22 2.36 icra t= 262 TAT310 2.28 veo 0.01 MIXER 4= 2.66 GRO 5.02 2.10 5.03 5.01 AM/FM/SSB RX 3.88 3.89 3.88 GRO = 4.16 6 3.11 = 7.10 8 7.78 % 387 3.88 3.88 GRD 214 att 2.10 7 AM/FM AX le17 t= -2.37 CX79258 = 4.86 4.86 4.87 2.00 2.18 3.43 a2 GRO ™ 2.36 487 487 487 GRO AM/FM/SSB RX t= 13.64 TA72224P 6.55 AUDIO- 0.01 AMP 4= 0.00 1.10 11 GRO &= GRD d= 6.80 10= 12.92 Ie19 ™ 13.30 6.42 0.02 0.50 2.14 2.12 GRO GRD 0.01 11.02 USB 237 -2.36 4.86 4.87 4.88 4.87 487 4.87 2.00 2.00 26 2.16 3.43 3.43 0.19 0.20 657 657 0.23 0.23 0.48 0.48 4.78 4.78 2.00 2.00 GRO GRD LSB RX TX RX TX 237 4.88 4.86 487 2.00 2.20 3.43 0.23 6.57 0.23 0.48 478 2.00 GRD 2.36 487 487 487 2.00 220 3.43 0.24 657 0.23 0.48 478 2.00 GRDAM/FM/SSB RX ie20 t= GRD s042P = 0.00 TRANS- 0.00 MIXER GRO 0.00 GRO 0.00 0.00 GRO 0,00 0.00 01083 GRD AM RX j= 8.05, 0.00 0.01 8.06 8.06 0.00 7= GRD 8= 0.00 9 8.05 10= 8.05 t= 0.44 12= 0.01 13s 142 eat ‘Te4069UBP cMos HEX INVERTER 1 2 PTEP 8.05 8.06 ™ 77 vt GRO 27 GRO 2.92 2.92 GRO 0.82 1.45 0.82 1.45 GRO VFM ™% 8.04 0.01 SSB RX 1X 0.78 0.73 778 7.78 0.01 0.02 079 0.73 0.79 0.73 778 7.78 GRO GRO 0.00 0.01 8.05 8.04 8.05 8.04 001 0.02 8.05. 8.04 8.06 805| i | LJ 1 3 BRS = Sees See rezs| ees! ne2a| Rez0| ree Rei6 67K | v aan ——— oat iat Ch S iAL GD #4 617 wpe pave Tee RANGER COMMUNICATIONS, INC. | ""&cl-2950 SURFACEMOUNT CPU pee SCHEMATIC DIAGRAM ere 01/23/96 sees !