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Honeywell Bendix/King KX 165A, Maintenance Manual

The Honeywell Bendix/King KX 165A is a reliable and versatile avionics product designed for aircraft communication and navigation. For easy maintenance, make sure to download the comprehensive Maintenance Manual, available for free on our website. Improve your flying experience with this exceptional radio communication system. Download the manual from manualshive.com.

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BENDIX/KING

KX 165A

Page 4-44

15610M00.RCD

Rev 0, Jun/2000

29), COLDATA (P2011-27), and COLDATA (P2011-25).  These signals are routed directly to the 
display connector (J2012).  ROWDATA (P2011-22) and ROWCLOCK (P2011-20) are buffered by 
U2009-A and U2009-B respectively.  The buffered signals are level shifted from 5V/GND to -178V/
-190V by Q2002 and Q2003.  The level shifted signals are buffered by U2003-A, U2003-B, and 
U2003-C.  The buffered signals then go to the display connector J2012.  DISPEN (P2011-23) is 
level shifted from 5V/GND to -178V/-190V by Q2004.  The level shifted signal is then fed to the 
display connector.  LUMCTRL  (P2011-9) is a voltage level between 0.4VDC and 1.9VDC that is 
used in conjunction with the duty  cycle of  DISPEN to control the brightness of the display.  LUM-
CTRL is fed through to the display connector (J2012-16).

-190VDC (P2011-1,3) is sent to the display connector and is used to generate two more voltage 
levels.  -178V is generated using zener diode CR2001.  The -190V is pre-regulated to approxi-
mately -95V by Q2005 and then the -95V is regulated to -80V by U2014.  The -178V and the -80V 
are fed to the display connector J2012. 

RBSCLK (P2011-21) and RSP3* (P2011-6) are used to clock U2011 and U2012.  U2011 and 
U2012 are parallel to serial shift registers that are chained together.  The inputs to U2011 and 
U2012 are tied to the pushbuttons, push-pull switches, and the optical INC/DEC switches.  The 
state of the inputs are shifted to the main board via SDI (P2011-16).  The photocell R2040 is fed 
to the main board via FOTOCELL (P2011-14).  DS2001, DS2002, DS2003, DS2004, DS2005, 
and DS2006 are the bulbs used to backlight the front panel.  LIGHT_GND (P2011-12,19) is always 
tied to ground in the lighting bus.  14V/LGND (P2011-8,11) is connected to the lighting bus if a 
14V lighting bus is in use and is left open if using a 28V lighting bus.  28V/LGND (P2011-10,13) 
is tied to the lighting bus if a 28V lighting bus is being used and is tied to ground if a 14V lighting 
bus is used. 

The power switch is connected to the front panel via E18 (PWRSW) and E17 (PSWLO).  PWRSW 
is fed to the main board via P2011-7 and PSWLO is fed to the main board via P2011-15.  The 
COM volume pot is connected to the front panel at E19 (COM HI), E20 (COM WIPER), and E5 
(COM LO).  The COM volume pot connections are fed to the main board connector P2011 and 
the setting is read by an A to D converter on the main board processor.  The COM volume is then 
controlled by setting digital pots on the main board.  The NAV volume pot is connected to the front 
panel at E12 (NAV HI), E13 (NAV WIPER), and E14 (NAV LO).  The NAV volume pot connections 
are fed to the main board connector P2011 and the setting is read by an A to D converter on the 
main board processor. The NAV volume is then controlled by setting digital pots on the main 
board.

4.3.8

VOR/LOC Converter I/O Board

Refer to

 figure 6-26

 for VOR/LOC Converter I/O board schematic.

4.3.8.1

OBS resolver interface

A 30 hertz analog signal from the main board is applied to buffer amplifier U7-C.  The output of 
this Buffer Amplifier drives the rotor of the Indicator OBS resolver.  Returning from the indicator, 
are the three stators of the OBS resolver.  Stators E and G are connected to the Voltage reference 
board output.  Sine and Cosine stators D and F are each connected to low pass active filters con-
sisting of U7-B, R23, R26, R30, C38 and C36, and U7-D, R24, R27, R32, C39 and C37 respec-
tively.  These filters are anti-aliasing filters required by the Analog to Digital Converter contained 
on the Main Board.  The main board samples these signals and calculates the setting of the OBS.

4.3.8.2

D-Bar driver

The D-Bar output of the converter is produced by continuously updating the setting of the digital 
pot U1-A to correspond to the required D-bar offset as determined by the VOR/LOC converter soft-
ware in the main processor.  The update rate is about 15 Hz.  The voltage at the wiper of this digital 
pot is filtered with a RC time constant of about 0.84 seconds.  The +RIGHT and +LEFT outputs 

Summary of Contents for Bendix/King KX 165A

Page 1: ...MAINTENANCE MANUAL KX 165A NAV COMM TRANSCEIVER MANUAL NUMBER 006 15610 0000 REVISION 0 JUNE 2000 ...

Page 2: ...well International Inc Reproduction of this publication or any portion thereof by any means without the express written permission of Honeywell is prohibited For further information contact the manager Technical Publications Honeywell One Technology Center 23500 West 105th Street Olathe KS 66061 telephone 913 782 0400 ...

Page 3: ...C RECEIVER 4 34 4 3 4 GLIDESLOPE RECEIVER Fig 6 29 4 38 4 3 5 CPU FUNCTION 4 41 4 3 6 POWER SUPPLY 4 43 4 3 7 FRONT PANEL AND DISPLAY MODULE 4 43 4 3 8 VOR LOC Converter I O Board 4 44 SECTION V MAINTENANCE 5 1 GENERAL INFORMATION 5 1 5 1 1 STANDARD TEST SIGNAL DESCRIPTION 5 1 5 2 TEST AND ALIGNMENT 5 2 5 2 1 TEST EQUIPMENT 5 2 5 2 2 UNIT LEVEL ALIGNMENT 5 8 5 2 3 FINAL TEST PROCEDURE 5 23 5 3 OVE...

Page 4: ...1 RCVR BD WAVEFORM AT TP 31 STD COMM INPUT 5 54 FIGURE 5 12 RCVR BD WAVEFORM AT TP 31 30 dBm INPUT 5 54 FIGURE 5 13 RCVR BD WAVEFORM AT U11 PIN 1 5 55 FIGURE 5 14 RCVR BD WAVEFORM AT U11 PIN 8 5 55 FIGURE 5 15 RCVR BD WAVEFORM AT U11 PIN 5 5 56 FIGURE 5 16 RCVR BD WAVEFORM AT U12 PIN 1 5 56 FIGURE 5 17 RCVR BD WAVEFORM AT U12 PIN 4 5 57 FIGURE 5 18 RCVR BD WAVEFORM AT COLLECTOR OF Q15 5 57 FIGURE ...

Page 5: ...MAIN BOARD WAVEFORM AT J11 PIN 20 5 79 FIGURE 5 61 MAIN BOARD WAVEFORM AT J11 PIN 22 5 79 FIGURE 5 62 MAIN BOARD WAVEFORM AT U29 PIN 7 5 80 FIGURE 5 63 MAIN BOARD WAVEFORM AT U29 PIN 8 5 80 FIGURE 5 64 MAIN BOARD WAVEFORM AT J1001 PIN 24 5 81 FIGURE 5 65 MAIN BOARD WAVEFORM AT U25 PIN 12 5 81 FIGURE 5 66 MAIN BOARD WAVEFORM AT U24 PIN 10 5 82 FIGURE 5 67 MAIN BOARD WAVEFORM AT U23 PIN 8 5 82 FIGUR...

Page 6: ... Assembly 6 19 FIGURE 6 4 Bezel 6 23 FIGURE 6 5 Front Panel Assembly 6 29 FIGURE 6 5 Front Panel Assembly 6 31 FIGURE 6 5 Front Panel Assembly 6 33 FIGURE 6 6 Front Panel Schematic 6 35 FIGURE 6 7 KX 165A Main Board Assembly 6 57 FIGURE 6 7 KX 165A Main Board Assembly 6 59 FIGURE 6 7 KX 165A Main Board Assembly 6 61 FIGURE 6 7 KX 165A Main Board Assembly 6 63 FIGURE 6 8 KX 165A Main Board Schemati...

Page 7: ...d Schematic 6 185 FIGURE 6 27 Glideslope Assembly 6 191 FIGURE 6 28 Glideslope Board 6 199 FIGURE 6 29 Glideslope Board Schematic 6 201 LIST OF TABLES TABLE 4 1 Component Designators 4 29 TABLE 4 2 GS LOC FREQUENCY PAIRS VS GS VCO FREQUENCY 4 37 TABLE 5 1 Maximum Load Driving Capacity 5 2 TABLE 5 2 Pages accessed by Mode button 5 8 TABLE 5 3 Alignment Data 5 20 TABLE 5 5 KX 155A Mainboard Voltage ...

Page 8: ...BENDIX KING KX 165A Page vi 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 9: ... glideslope channels D A microprocessor controlled VOR LOC converter capable of calculating and display ing bearing VOR radial digitally E A microprocessor controlled VOR LOC converter I O board for use with indicators that do not contain an internal converter F DME Channeling 1 Provides data to interface with KN 62 A 64 DME or the KDI 572 574 or KPI 553A indicator which will in turn control the K...

Page 10: ...HF communication receiver and transmitter VOR Navigation receiver glideslope re ceiver VOR LOC converter I O front panel with display power supply and central processing unit with various interface circuits The CPU controls the functions of the unit and includes memory I O and several other functions Each major function block diagram is described in subsequent sections Figure 4 1 KX 165A Block Dia...

Page 11: ...p IF AGC voltage and the detected signal is also output from the IC to drive audio filters and amplifiers RF AGC voltage is derived from the IF AGC voltage A high side injection first LO signal is derived from a synthesizer circuit which employs a dual modulus Synthesizer IC an active integrator a loop filter and a VCO Amplification of the VCO output is accomplished with a MMIC In transmit the syn...

Page 12: ...BENDIX KING KX 165A Page 4 4 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 13: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 4 5 Figure 4 2 KX155A NAV COM Receiver Main Board Audio Circuitry ...

Page 14: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 4 7 Sheet 1 of 2 Figure 4 2 KX155A NAV COM Receiver Main Board Audio Circuitry Sheet 2 ...

Page 15: ...e modulator power control stage that ampli tude modulates the transmitter A buffered RF signal derived from the frequency synthesizer drives the transmitter chain The chain consists of the predriver driver final amplifier LPF and Directional Coupler The directional coupler is used to sample the RF power The sampled RF power is detected and buffered then routed to the modulator power control stage ...

Page 16: ...BENDIX KING KX 165A Page 4 10 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 17: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 4 11 Figure 4 3 Transmitter Block Diagram ...

Page 18: ...The first is a non directional antenna radiating an amplitude modulated carrier The frequency of the modulating signal varies from 9480Hz to 10440Hz back to 9480Hz 30 times per second That is a 9960Hz subcarrier amplitude modulates the RF carrier and is frequency modulated by 30Hz The second antenna appears electrically as a horizontal dipole which rotates at the rate of 30 rev olutions per second...

Page 19: ...C an active integrator a loop filter and a VCO Amplification of the VCO output is accomplished with both a MMIC and a discrete bipolar amplifier The synthesizer reference frequency of 20 95 MHz is taken from the Com section of the RECEIVER BOARD This reference frequency also serves as the second LO injection signal The detected signal is applied to a buffer amplifier without any audio filtering to...

Page 20: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 4 15 Figure 4 4 VOR Signal Generation ...

Page 21: ...BENDIX KING KX 165A Page 4 16 15610M00 RCD Rev 0 Jun 2000 Figure 4 5 Localizer Signal Generation ...

Page 22: ... and DC power from the VHF Main board The RF Input comes in ex ternally through the antenna connection on the back of the radio There is a rear edge card con nector that is used to output analog converter signals necessary to drive an external indicator The RF signal coming from the antenna connector passes through a dual gate FET VGA variable gain amplifier and a fixed gain MMIC amplifier This am...

Page 23: ...BENDIX KING KX 165A Page 4 18 15610M00 RCD Rev 0 Jun 2000 Figure 4 6 Glideslope ...

Page 24: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 4 19 Figure 4 7 200 09447 000 KX 165A Glideslope Receiver Block Diagram ...

Page 25: ...d only memory device EEPROM is used to store alignment information and other configuration data The flash memory is used to store the unit software and the static random ac cess memory SRAM is used to supplement CPU memory DME I O conditions signals from the CPU so they can be used to channel external DME equipment Discrete I O pass through filter networks and switch transistors are then routed to...

Page 26: ...BENDIX KING KX 165A Page 4 22 15610M00 RCD Rev 0 Jun 2000 Figure 4 8 CPU Block Diagram ...

Page 27: ... controls has a rotary power on off switch The front panel buttons and switches are read by periodically latching the state of the switches into the two parallel to serial converters shift reg isters and shifting the data into the processor on the main board The optointerrupter INC DEC switches consist of an IR LED and a phototransistor in a single package In order for the IR light to be detected ...

Page 28: ...BENDIX KING KX 165A Page 4 24 15610M00 RCD Rev 0 Jun 2000 Figure 4 9 Front Panel and Display Diagram ...

Page 29: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 4 25 Figure 4 10 Power Supply Block Diagram ...

Page 30: ...igure 4 11 VOR LOC Converter Board Block Diagram 4 2 8 VOR LOC Converter Board Refer to Figure 4 11 The VOR LOC converter I O board generates the analog signals needed to interface to an indicator with OBS External system outputs from the board are TO FROM flag ...

Page 31: ...V reference is resistively divided to produce a input voltage to the RIGHT drive amplifier The Input to the Left drive amplifier is one half the 5V reference The Gain or slope of the D Bar output is set by digitally programmable potentiometer B The serial control of these potentiometers come from the Main Board A Buffer amplifier isolates the recovered 30 Hz VOR Reference from the Main board signa...

Page 32: ...oard schematic in figure 6 8 4 3 1 1 Digital Analog Interface Circuitry Clock Data and Enable signals generated by the microprocessor on the Main board are used to program the following sections of the receiver Synthesizers for the two receivers U3011 and U3018 Two digital to analog converters DACs for alignment functions U3005 and U3006 A serial to parallel register for controlling various modes ...

Page 33: ...roprocessor sends transmit receive commands to the RECEIVER BOARD via P3001 pin 2 This pin is high when the unit is in transmit TX switch driver U3001 G pin 10 is low in transmit and high in receive The output of inverter U3001 B is high in transmit and low in receive 4 3 1 6 T R Switch Drive and Interlock Attenuator Received signals arrive at RECEIVER BOARD J3006 from the T R switch located on th...

Page 34: ...citance to fine tune the frequency of Y3002 Units that are both 25kHz and 8 33kHz channel capable have Y3001 installed This is temperature compensated oscillator used so that the radio remains in specification despite the narrower bandwidths of 8 33kHz chan nels This reference frequency is buffered by Q3021 and fed to U3015 to serve as the second local oscillator for U3015 U3015 also outputs the 2...

Page 35: ...e hysteresis of the squelch comparator while on an 8 33kHz channel 4 3 1 13 RF AGC and Carrier Squelch The AM receiver IC U3015 outputs an IF AGC voltage on pin 7 This voltage will be about 1 VDC with no input signal to the unit and rise to about 2 VDC with a strong input signal U3018 D is used to monitor the IF AGC voltage and when it reaches about 1 6 VDC turns Q9 on pulling the Com RF AGC volta...

Page 36: ...n is achieved in this stage to a level of 6 watts for the MRF 173 FINAL Q4006 The final stage produces 9 dB of gain to a level of 50 watts peak power There is a loss of about 1 dB in the HARMONIC FILTER which comprises the Low Pass Filter and Directional Coupler so the peak output power at the COM ANT is 40 watts for full AM modulation of a 10 watt carrier 4 3 2 2 AUDIO PATH Audio input from the M...

Page 37: ...lector Nav Signals at the Nav antenna connector are applied to the first two poles of preselector consisting of L3025 L3035 and associated circuitry These two poles are band switched in two bands When the operating frequency is below 113 6 MHz the base of Q3029 is driven low by U3002 and U3001 F This turns Q3029 on turning on pin diodes CR3020 CR3022 and CR3026 lowering the response of the first t...

Page 38: ... reference oscillator signal on pin 1 and generates high or low pulses out of pin 5 to the active integrator 3019 A The combined action of U3006 B and the RC loop filter apply a DC tuning voltage to CR3025 in the VCO The voltage will vary from about 3 5 V at 108 MHz to about 7 V at 117 95 MHz Internal to U3018 are two dividers which divide the 20 95 MHz reference frequency and the VCO frequency do...

Page 39: ...003 The PLL demodulates the 9960 Hz composite in order to extract the 30 Hz reference which is then directed to the microprocessor for signal processing The composite signal also routes to anti aliasing filters lowpass filters U1004 C D before it is fed to the microprocessor to be converted to bearing radial information The lowpass filters have a 3dB bandwidth of about 1kHz The composite signal al...

Page 40: ...0 329 90 108 55 329 75 108 70 330 50 108 75 330 35 108 90 329 30 108 95 329 15 109 10 331 40 109 15 331 25 109 30 332 00 109 35 331 85 109 50 332 60 109 55 332 45 109 70 332 20 109 75 333 05 109 90 333 80 109 95 333 65 110 10 334 40 110 15 334 25 110 30 335 00 110 35 334 85 110 50 329 60 110 55 329 45 110 70 330 20 110 75 330 05 110 90 330 80 110 95 330 65 111 10 331 70 LOCALIZER FREQUENCY MHz GLI...

Page 41: ...ion of 20 dB to 30 dB of gain The full range of gain adjustment occurs as the input RF power varies from 90 dBm to 50dBm A moderate amount of preselection filtering is accom plished in the tuned matching circuits of L1 C48 L5 and C49 L6 C7 C50 forms a 166MHz series resonant circuit with C48 L5 This series resonant circuit filters out the 1 2 channel frequency so that the out of band response is mi...

Page 42: ...in the IF Amplifier 2 Gain at the 30 kHz IF is 30 dB 4 3 4 8 50 kHz Low Pass Filter This 9 pole filter has a Chebyshev response and a 6dB pass band of 50 kHz minimum Out of band rejection is typically 60 dB at 90 kHz Ultimate refection is greater than 70 dB 4 3 4 9 IF Amplifier 2 Q1 is the active device in the IF Amplifier 2 Gain at the 30 kHz IF is 30 dB This is the power gain from the power abso...

Page 43: ...66 is a variable NPO ca pacitor that adjusts the operating frequency of the Crystal Oscillator Q9 is used in a buffer am plifier that increases the level of the crystal oscillator to the level needed by the Synthesizer IC U6 The buffer amplifier also provides isolation to the Crystal Oscillator 4 3 4 17 Synthesizer Serial Data from the Main Board is sent to program the Synthesizer IC U6 The synthe...

Page 44: ...reads half scale for a received 091 ddm GS signal 4 3 5 CPU FUNCTION The CPU function consists of a microprocessor RAM ROM an RS 232 asynchronous serial communication port and various discrete inputs and outputs A general serial control bus was created using CPU discrete I Os to permit control of serial digital devices in the system the integ rity of this bus is not effected by interrupts The QSM ...

Page 45: ...icroprocessor discrete inputs Analog power non TTL logic outputs are driven by transistors or FETs and are also optionally zener protected 4 3 5 5 Analog Interfaces The HC16 has an 8 channel ADC However there are 15 analog voltages to monitor Therefore an analog multiplexer U1021 is used to select some of the low speed signals mostly voltage monitors Signals monitored by the CPU ADC include VOR 30...

Page 46: ...hronization is provided from the digital circuitry on the Main Board The output of the 9V rectifier is feed back to U1036 via R1295 R311 and R1312 If this voltage is higher than the reference voltage pin 8 of U1036 the peak current of the switch Q1045 is reduced by reducing pulse width of the drive U1036 pin 1 to the switch thereby low ering the output voltage of the 9V rectifier U1036 senses the ...

Page 47: ...ting bus is being used and is tied to ground if a 14V lighting bus is used The power switch is connected to the front panel via E18 PWRSW and E17 PSWLO PWRSW is fed to the main board via P2011 7 and PSWLO is fed to the main board via P2011 15 The COM volume pot is connected to the front panel at E19 COM HI E20 COM WIPER and E5 COM LO The COM volume pot connections are fed to the main board connect...

Page 48: ...iper of U1 A this applied to the non inverting input of U4 The output from U4 drives the RIGHT D Bar output 4 3 8 3 TO FROM driver The TO and FROM outputs are driven to produce a differential output pair Logic levels are translated into a positive difference voltage TO relative to FROM for TO indication and a neg ative voltage TO relative to FROM for FROM indication Q3 and Q1 form the TO driver wh...

Page 49: ...BENDIX KING KX 165A Page 4 46 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 50: ...ith 90Hz 3 and 150Hz 3 signals so that the sum of their separate modulation percentages equals 40 2 D Standard Localizer Centering Signal A standard localizer test signal in which the difference in depth of modulation is less than 002 1dB E Standard Localizer Deviation Signal A standard localizer test signal in which the difference in depth of modulation of the 90Hz and 150Hz signal is 093 002 4 1...

Page 51: ...eans greater than or equal 5 2 TEST AND ALIGNMENT 5 2 1 TEST EQUIPMENT The following test equipment or equivalent is required to properly align and test the KX 165A All test equipment must be calibrated before attempting alignment A Power Supply Sorenson SRL 40 6 27 5V 8 amps or equivalent B RF Signal Generator HP8656B or NAV 2000 C Audio Signal Generator HP 200CD Wide Range Oscillator or equivale...

Page 52: ...udio Signal Generator If not included as part of the RF Generator TIC Model T 20A or equivalent K Modulation Analyzer optional HP8901B or equivalent L Attenuator Narda 30dB 30W M KX 155A 165A Test Harness Shop Fabricated From Bench Test Harness Kit P N 050 03379 0000 which contains Part Number Description Quantity 030 01107 0078 Terminal Conn 78T2 030 00101 0002 Connector 3 030 01094 0088 Conn 25 ...

Page 53: ...BENDIX KING KX 165A Page 5 4 15610M00 RCD Rev 0 Jun 2000 FIGURE 5 1 TYPICAL TEST EQUIPMENT SETUP ...

Page 54: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 5 5 FIGURE 5 2 BENCH TEST HARNESS SHEET 1 OF 2 ...

Page 55: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 5 7 Figure 5 2 Bench Test Harness Sheet 2 of 2 ...

Page 56: ...cording the alignment settings for a given S N KX 165A Table 5 2 Pages accessed by Mode button Adjustment Mne monic Freq Seq Min Max De fault Address Assy Minimum Display Bright ness BRIM 0 0 255 20 168 main Photocell Offset PHOT 0 99 99 0 166 main Photocell Calibration PHOF 0 99 99 0 167 main Sidetone Level SIDE 127 6 0 0 255 127 169 main Intercom INTC 127 5 0 0 255 127 170 main RX Compressor Dis...

Page 57: ...7 receiver Comm Preselector tuning CPRS 136 97 4 0 63 42 68 receiver NAV RF AGC Threshold NRAG 113 50 0 0 68 63 5 receiver COM S N Squelch SNSQ 127 50 0 0 63 63 14 receiver COM S N Squelch 8 33 kHz SNS8 127 5 0 0 63 63 224 receiver Comm RF AGC Threshold CRAG 127 50 0 0 63 63 23 receiver RX Reference Frequency REF 127 50 0 0 63 40 35 receiver IF Filter IFLT 127 50 1 0 63 32 73 receiver IF Filter IF...

Page 58: ...MT5 136 80 3 0 255 31 195 main Transmitter power set at 2w TPW2 118 00 1 0 255 35 196 main Transmitter power set at 2w TPW2 127 60 2 0 255 33 197 main Transmitter power set at 2w TPW2 136 80 3 0 255 31 198 main Adjustment Mne monic Freq Seq Min Max De fault Address Assy Comm Mic Gain at 2w MIC2 118 00 1 0 255 12 199 main Comm Mic Gain at 2w MIC2 127 60 2 0 255 9 200 main Comm Mic Gain at 2w MIC2 1...

Page 59: ...adjust brightness to desired level 5 2 2 2 Communication Receiver Alignment 5 2 2 2 1 Reference Oscillator Prior to making this adjustment allow the unit to stabilize at room temperature with the unit turned off 1 Connect comm antenna to a frequency counter through appropriate attenuator Turn the unit on and key the transmitter to read frequency at 127 500 MHz NOTE If the frequency is in error by ...

Page 60: ...r to engage TX mode Caution connect a dummy load to the Com antenna connector 5 Check that the tuning voltage is not less than 2 4 V If necessary readjust C146 tun ing voltage upward to as high as 8 7 V max at 136 9000 MHz RX to ensure that it remains above 2 4 V min at 118 MHz TX If it is necessary to increase the 136 900 MHz RX tuning voltage above 8 5 V temporarily lower the 9 V live voltage do...

Page 61: ... on Tune the KX165A to either 127 500 to tune the wide crystal filters or 127 505 to tune the narrow Only tune the filter that has been modified and only tune the side of the filter input or output that has been modified Leave all others at the factory setting c Apply a 45dBm rf signal at 127 500MHz to the Com antenna input FM this sig nal at 30kHz peak deviation at a 30Hz rate d Monitor E13 on th...

Page 62: ... 106dBm 3 Monitor the COM Audio at TP3001 P3002 A with an oscilloscope 4 For radios lacking the 8 33 kHz option Adjust Nav inc dec knobs so that SNSQ opens at 106dBm For radios having the 8 33 kHz option Adjust Nav inc dec knobs so that SNS8 opens at 106 dBm 5 2 2 3 Navigation Receiver Alignment 5 2 2 3 1 NAV VCO 1 Tune NAV Receiver to 117 950MHz with the unit out of the alignment mode 2 Monitor t...

Page 63: ...tage at TP3007 5 Tune NAV receiver to 113 00 MHz Apply a 113 00 MHz signal from a signal gen erator to the NAV antenna input Disconnect TP3026 ground jumper and connect TP3024 ground jumper Adjust C252 Pole 4 for a maximum voltage at TP3007 6 Tune NAV receiver to 113 80 MHz Apply a 113 80 MHz signal from a signal gen erator to the NAV antenna input Disconnect TP3028 ground jumper and connect TP302...

Page 64: ...set correction 1 Go to the VLCO page 2 Monitor the voltage between LEFT and RIGHT P165A2 J and P165A2 5 with a DVM set to show Volts to 4 decimal places 3 Adjust VLCO using the NAV inc dec knobs to achieve a reading of 0 0000 V 0 0002 V 5 2 2 3 7 2 Course width correction 1 Go to the VLCW page 2 Adjust VLCW using the NAV inc dec knobs to achieve a reading of 0 1500 V 0 0002 V 5 2 2 3 7 3 Centering...

Page 65: ...age set output power for 10 8 to 11 2 watts at 118 127 6 and 136 8 MHz with no modulation by adjusting TPW5 5 With audio input of 150 10 mVrms 1 kHz sinewave and COMPRESSOR pot CMT5 set to 0 adjust modulation for NLT 90 and NMT 95 at 118 127 6 and 136 8 MHz by adjusting MIC5 6 Raise the audio input level to 500 10 mVrms Adjust COMPRESSOR pot CMT5 for NLT 78 but NMT 82 modulation at 118 127 6 and 1...

Page 66: ...unter 2 Adjust C66 so that the frequency is 20 950 MHz 20 Hz 5 2 2 5 2 VCO Adjustment 1 Channel the NAV receiver to 109 3 MHz 332 MHz GS channel 331 970 GS LO frequency 2 Monitor the DC voltage at TP3 3 Adjust C75 for 4 0 0 1 V 5 2 2 5 3 RF Front End Alignment 1 Channel the NAV receiver to 109 3 MHz 332 MHz GS channel 331 970 GS LO frequency 2 Monitor TP6 with a DVM having 1 mV resolution 3 Apply ...

Page 67: ...th a DVM having at least 1 mV resolution 2 Go to the GSCO Alignment page 3 Adjust GSCO for 0 0 1 mV 4 Go to the GSCW Alignment page 5 Adjust GSCW for 150 1 mW 5 2 2 5 6 Glideslope Receiver Centering Alignment 1 Go to the GSC Alignment page 2 Connect a 76 dBm 0 00 ddm 333 5 MHz Glideslope signal to the antenna port 3 Press the timer button to start the alignment 4 When the display stops flashing a ...

Page 68: ...omm VCO alignment CVCO VOR LOC Composite Level Nav VCO Alignment NVCO Power Supply Voltage PSV Temperature offset TOFF Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tuning CPRS Comm Preselector tun...

Page 69: ...rence Frequency REF IF Filter Comm IFLT IF Filter Comm IFLT Transmitter power set at 10w TPWR Transmitter power set at 10wTPWR Transmitter power set at 10wTPWR Comm Mic Gain at 10w MIC Comm Mic Gain at 10w MIC Comm Mic Gain at 10w MIC Compressor threshold at 10w COMT Compressor threshold at 10w COMT Compressor threshold at 10w COMT Carrier Fade FADE Carrier Fade FADE Carrier Fade FADE Transmitter ...

Page 70: ...w TPW2 Transmitter power set at 2w TPW2 Transmitter power set at 2w TPW2 Comm Mic Gain at 2w MIC2 Comm Mic Gain at 2w MIC2 Comm Mic Gain at 2w MIC2 Compressor threshold at 2w CMT2 Compressor threshold at 2w CMT2 Compressor threshold at 2w CMT2 Transmitter Ambient offset TAOS VOR LOC Converter Offset VLCO VOR LOC Converter Width VLCW GS Centering offset GSCO GS Converter Course Width GSCW Table 5 3...

Page 71: ...y troubleshooting work is accomplished B As a complete return to service test after any troubleshooting has been ac complished To use the test in step A accomplish and verify only those steps on the Test Data Sheet indicated by an asterisk Complete all the steps before any maintenance is performed This will help in de termining the overall problem with the radio To use the test in step B perform a...

Page 72: ...______ Hz error When transmitting at 126 510 MHz the frequency error shall be NMT 122 Hz relative to 126 50833 MHz ______Hz error If alignment is required see paragraph 5 2 2 2 1 2 Display _____________________ OK 3 Transfer Switches NAV ______________ OK Switches from an active to standby freq COMM ______________ OK Switches from an active to standby freq 4 Frequency Controls Increment Decrement ...

Page 73: ... button once CDI readout _______ OK Flag indication will be present if no signal is present Press mode button TO bearing readout ______ OK TO and 3 horizontal bars displayed if no sig nal is present Press mode button FROM radial readout ______ OK FR and 3 horizontal bars displayed if no signal is present Press mode button Elapsed timer readout ______ OK 8 Channel button Press channel button Channe...

Page 74: ... S N N 118 000 MHz __________NLT 6dB 118 010 MHz __________NLT 6dB 126 50 MHz __________NLT 6dB 126 510 MHz __________NLT 6dB 136 95 MHz __________NLT 6dB 136 990 MHz __________NLT 6dB b Quieting __________NLT 25dB S N N test at 126 500 MHz Input a 73 dBm standard audio test signal into the unit Disable the receiver com pressor by entering alignment mode see sec 5 2 2 and setting RDIS to 1 After c...

Page 75: ...Hz Below ________ 126 4911MHz Below ________ 126 4994 MHz b 60 dB Bandwidth Above ________ 126 522 MHz Above ________ 126 5313 MHz Below _______ 126 478 MHz Below ________ 126 4854 MHz 4 Volume Gain Control Min _________ 20mV Max ________ NLT 7 07V across 500 ohm 5 Audio Distortion 350 Hz _________ 15 Max 1 kHz _______ 15 Max 2 5 kHz _____ 15 Max Input a 73 dBm 85 modulated signal between 350 Hz a...

Page 76: ...elch is to open between 97 5 dBm and 85 1 dBm e Carrier Squelch __________ OK 8 Squelch a Set the unit at 126 510 MHz b Noise Squelch set to open at 107 dBm 6 dB and to close at NMT 6 dB below the squelch opening c Noise Squelch ________ OK d With the unit set to 126 510 MHz input a 8 kHz 85 modulated signal into the unit The Carrier Squelch is to open between 97 5 dBm and 85 1 dBm e Carrier Squel...

Page 77: ... be NLT use linear detector shown in Figure 5 4 118 MHz _________ 35 dB 126 5 MHz ________ 35 dB 136 95 MHz ________ 35 dB c Demodulated Audio Distortion This is an optional test that requires a dis tortion analyzer and the linear detector shown in fig 5 4 Distortion 350 Hz ______________ 15 1 kHz ______________ 15 2 5 kHz ______________ 15 d Headphone Sidetone Input a 1000 Hz tone into the microp...

Page 78: ... fig 3 4 monitor the flag Frequency Flag not displayed 108 00 __________________ OK 114 90 __________________ OK 117 95 __________________ OK 2 RF Sensitivity Input a 107 dBm standard audio test signal to any channel Monitor the receiver audio while switching modulation off Frequency S N N 108 00 __________________6 dB min 114 90 __________________6 dB min 117 95 __________________6 dB min ...

Page 79: ...__ dB S N N NLT 20 dB 4 Selectivity Using the AGC voltage product by a 93 dBm 112 5 MHz RF signal as a reference monitor and record the frequencies which reproduce the AGC REF voltage at 6 dB and 60 dB above the reference input 112 5 MHz ________ V REF AGC Voltage Upper 6dB __________ 112 516 Lower 6dB __________ 112 484 Upper 60dB _________ 112 542 Max Lower 60dB _________ 112 458 Min ...

Page 80: ...adial Degrees Bearing Error D Bar 0 67 Max 0 from _________________________ 120 _________________________ 240 _________________________ 270 _________________________ within 1 increment from center position B Course Accuracy External Indicator Converter if installed Set external PTS to the respective heading Mea sure voltage at D Bar output Radial Degrees Bearing Error D Bar 2 Max 0 from __________...

Page 81: ...eviation output within 1 increment of full scale right OBS 10 _________________ Deviation output within 1 increment of full scale left D Digital VOR Bearing Observe the bearing radial in the VOR Bearing mode Ref fig 3 5 TO indica tion and in the VOR Radial mode Ref fig 3 7 FROM indication ERROR LESS THAN 2 BEARING RADIAL DISPLAY DISPLAY RADIAL TO FROM 0 _________ _________ 30 _________ _________ 6...

Page 82: ...modulation modified as follows Ref only applied _________ NMT 125 mV Var only applied _________ NMT 125 mV VOR TO FROM Flag External Indicator drive Set the PTS to the 0 degree heading Signal Generator set to respective FROM radial Measure voltage across TO FROM output Positive lead of volt age connected to TO output 75 degree _________ NMT 270 mV NLT 900 mV 285 degree _________ NMT 270 mV NLT 900...

Page 83: ...dio Frequency Response Input a 73 dBm RF signal into the unit with the volume knob at the 12 o clock position Monitor the Audio Output level as the modulation frequency is varied 1kHz Ref 0 dB 350 kHz ____________ dB 6dB Max 2500kHz ____________ dB 6dB Max 10 Voice Ident ______ dB 15 dB Min Input a 73dBm 30 mod at 1020 Hz into the unit Monitor receiver audio level while pulling ident filter switch...

Page 84: ...utputs Positive lead connected to FLAG output NMT 125mV c 150 Hz only on composite Internal Display ________ FLAG displayed External Indicator drive ________ Voltage across Flag outputs Positive lead connected to FLAG output NMT 125mV 4 LOC Composite Level Input a standard LOC centering signal at 53 dBm RF level with the 90 Hz tone turned off Composite Level Set ______________ VACRMS 272 0 005 Ton...

Page 85: ...r 6 dB Frequency________________ 332 020 MHz Lower 6 dB Frequency________________ 331 980 MHz Upper 60 dB Frequency________________ 332 145 MHz Lower 60 dB Frequency________________ 331 855 MHz 3 Centering Input a 56 dBm 0 000 ddm signal into the unit Monitor the D Bar 332 00 MHz 109 3 ____________ µA 10 µA 4 Deflection 150 Hz Predominant 2dB or 0 091 ddm 332 00 MHz 109 30 56 dBm RF level ________...

Page 86: ...BENDIX KING KX 165A Page 5 38 15610M00 RCD Rev 0 Jun 2000 Figure 5 3 audio injection circuit Figure 5 4 linear detector ...

Page 87: ...ck for loose broken or corroded terminal studs lugs or leads Inspect for loose broken or improperly soldered connections B Capacitors Variable Inspect trimmers for chipped and cracked bodies damaged dielectrics and damaged contacts C Chassis Inspect the chassis for deformation dents punctures badly worn surfaces damaged connectors damaged fastener devices loose or missing hardware component corros...

Page 88: ...roperly soldered or broken terminal connections Check for crushed scratched cut or charred windings Inspect the windings leads terminals and connections for corrosion or physical damage Check for physical damage to forms and tuning slug adjustment screws M Terminal Connections Soldered 1 Inspect for cold soldered or resin joints These joints present a porous or dull rough appearance Check for stre...

Page 89: ... This section describes the procedure along with any special techniques for replacing damaged or defective components A Connectors When replacing a connector refer to the appropriate PC board assembly drawing and follow notes to insure correct mounting and mating of each con nector B Crystal The use of other than a Honeywell crystal is considered an unauthorized modification C Wiring Coaxial Cable...

Page 90: ...e both retaining clips Reinstallation will require applying adhesive to secure the clips D Remove both knob shafts and the outer frequency knobs E Loosen the volume knob set screw on each knob and remove both knobs F Remove the two 2 screws that secure the Front Panel Board to the front bezel lo cated to the right of each frequency switch body G Remove the two 2 screws that secure the display heat...

Page 91: ... 3 4 6 Removal of the Main Board A Remove the top cover paragraph 5 3 4 1 B Remove the front bezel assembly paragraph 5 3 4 2 C Disconnect the Transmitter Filter Board cable connector P4004 from the Main Board D Disconnect the Converter board cables P4008 AND P4009 from the Main Board E Remove the two 2 screws from the base casting side wall securing the power sup ply transistor heatsink F Remove ...

Page 92: ...ff the power suply insulator from the transmitter cavity lid Avoid tension on the P4004 cable wires to prevent damage E Remove the five 5 screws securing the cavity lid to the base casting side wall and the three 3 screws securing the top of the lid Remove the cavity lid F Remove the four 4 screws that secure Q4006 and Q4005 The screws for Q4005 have a reduced head diameter to prevent grounding th...

Page 93: ... drive A of the computer 5 From the DOS prompt Not a DOS shell underneath Windows type a pcloader enter If the computer displays a message such as disk may be corrupted incorrect disk insert disk or diskette compatibility error then the computer s drive is incompatible with the diskette 6 Key ground the Com Mic key pin 7 Turn on the unit 8 Upon completion a blue bar will appear across the screen 9...

Page 94: ...e knob out unsquelched 7 Squelch Input Q18 Col 9 3 No Com Input Signal Volume knob in squelched 8 Squelch gate drive Q18 Col 0 0 Valid Com Input Signal or Volume knob out unsquelched 8 Squelch gate drive Q25 col 9 2 Rx Normal Operation 8 Tx Sidetone Mute drive Q25 col 0 0 Tx Normal Operation 8 Tx Sidetone Mute drive Q13 Gate 9 2 IDENT knob In 10 IDENT Filter Switch Q13 Gate 0 8 IDENT knob Out 10 I...

Page 95: ...signal applied 1 Nav Band U2 pin 3 5 3 RDIS 001 Compressor disabled no input signal applied 1 Compressor Disable drive U2 pin 3 0 0 RDIS 000 Compressor endabled no input signal applied 1 Compressor Disable drive Q4 col 9 2 Rx Standard Com Input 2 T_R switch Drive Q4 col 12 to 30 typ Tx no modulation applied 2 T_R switch Drive Q10 drain 7 9 Rx no input signal applied 2 RF Amp Drain Q10 source 3 0 R...

Page 96: ...ack U15 pin 17 8 7 Rx no input signal applied 3 AM Receiver IC power U15 pin 1 9 2 Rx no input signal applied 3 AM Receiver IC Mixer pow er TP6 1 1 Rx no input signal applied 3 IF AGC TP6 1 6 Rx Standard Com Input 3 IF AGC 3002 pin 2 8 5 Rx no input signal applied 3 RF AGC 3002 pin 2 2 4 typ Rx 30 dBm input signal 3 RF AGC C25 4 6 Rx Standard Comm Input 3 LPF Reference voltage 25kHz 8 33kHz U13 pi...

Page 97: ...ixer pow er TP7 1 12 No input signal applied 4 IF AGC TP7 1 6 Standard Nav Input 4 IF AGC TP7 1 7 Standard Nav Input except 30 dBm signal 4 IF AGC P3001 pin 29 5 to 9 No input signal applied 4 RF AGC P3001 pin 29 0 8 Standard Nav Input except 30 dBm signal 4 RF AGC Notes Standard Comm Input 76dBm 127 00MHz 1000Hz 30 modulated tone Standard Nav Input 76dBm 113MHz 1000Hz 30 modulated tone When only ...

Page 98: ... Detector TP4 5 0 5 0 1 Detector Output TP5 7 3 3 9 3 9 4 1 1 RF AGC TP6 4 6 5 1 5 1 5 1 1 IF AGC J14 pin 2 4 7 4 7 1 Composite Audio U6 pin 4 4 7 4 7 2 Synthesizer IC power TP3 3 4 4 1 5 2 2 VCO Tuning voltage TP10 0 0 0 7 3 Flag U12 pin 6 5 0 3 5 V Reference U10 pin 3 2 5 3 Reference input U11 pin 18 2 5 2 5 2 6 3 Adjustment Centering TP11 2 5 2 5 2 6 3 GS Down TP12 2 5 2 5 2 5 3 GS Up TP11 to T...

Page 99: ...R RECEIVER BOARD WAVEFORMS 1 Standard Comm Input 76 dBm comm signal at 127 MHz with 1000 Hz tone at 30 modulation applied to radio input 2 Standard VOR Input 76 dBm VOR signal at 113 MHz 30deg bearing TO 60 mod 30Hz 30 mod 9960 Hz 30 mod 3 Standard LOC Input 76 dBm LOC signal at 109 3 MHz 000ddm 40 mod ...

Page 100: ...7 RCVR BD CLOCK WAVEFORM AT P3001 3 DWG NO 002 09061 0010 REV G SHEET 1 FIGURE 5 8 RCVR BD DATA WAVEFORM AT P3001 5 DWG NO 002 09061 0010 REV G SHEET 1 CLOCK OFFSET 0 0 Vdc WAVEFORM TAKEN IN NORMAL OPERATION SERIAL DATA OFFSET 0 0 Vdc WAVEFORM TAKEN IN NORMAL OPERATION ...

Page 101: ...SHEET 1 FIGURE 5 10 RCVR BD ENABLE WAVEFORM AT ENABLE DECODER DWG NO 002 09061 0010 REV G SHEET 1 ENABLE IN NORMAL OPERATION OFFSET 0 0 VDC U3 ENABLE OUTPUTS TYPICAL TYPICAL PULSE WIDTH PIN 4 15 125 us PIN 5 15 200 us On Com Frequency change PIN 6 1 7 5 ms PIN 7 15 125 us PIN 9 400 500 us After Pwr Up PIN 10 1 5 ms OFFSET 0 0 Vdc ...

Page 102: ...D WAVEFORM AT TP 31 STD COMM INPUT DWG NO 002 09061 0010 REV G SHEET 2 FIGURE 5 12 RCVR BD WAVEFORM AT TP 31 30 dBm INPUT DWG NO 002 09061 0010 REV G SHEET 2 Com First IF Amp OFFSET 3 6 Vdc TYP STD COMM INPUT Com First IF Amp OFFSET 3 6 Vdc TYP STD COMM INPUT EXCEPT 30 dB LEVEL ...

Page 103: ...3 RCVR BD WAVEFORM AT U11 PIN 1 DWG NO 002 09061 0010 REV G SHEET 2 FIGURE 5 14 RCVR BD WAVEFORM AT U11 PIN 8 DWG NO 002 09061 0010 REV G SHEET 2 Com Synthesizer 20 5 MHz Ref Osc input OFFSET 2 1 Vdc STD COMM INPUT Com Synthesizer RF input OFFSET 3 3 Vdc STD COMM INPUT ...

Page 104: ... U11 PIN 5 DWG NO 002 09061 0010 REV G SHEET 2 FIGURE 5 16 RCVR BD WAVEFORM AT U12 PIN 1 DWG NO 002 09061 0010 REV G SHEET 2 Com Synthesizer Phase Detector output NOTE These pulses occur every 40 microsec OFFSET 3 5 Vdc STD COMM INPUT Com Synthesizer VCO output OFFSET 1 1 Vdc STD COMM INPUT ...

Page 105: ... RCVR BD WAVEFORM AT U12 PIN 4 DWG NO 002 09061 0010 REV G SHEET 2 FIGURE 5 18 RCVR BD WAVEFORM AT COLLECTOR OF Q15 DWG NO 002 09061 0010 REV G SHEET 2 Com Synthesizer Buffer Amp output OFFSET 4 8 Vdc STD COMM INPUT Com Tx Drive In Transmit Offset 8 9 V Typ Tx AT 127 MHz ...

Page 106: ...RCVR BD WAVEFORM AT U15 PIN 16 DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 20 RCVR BD WAVEFORM AT THE COLLECTOR OF Q23 DWG NO 002 09061 0010 REV G SHEET 3 Com Receiver IC 20 95 MHz input OFFSET 4 1 Vdc STD COMM INPUT 20 95 MHz Reference OFFSET 3 6 Vdc TYP STD COMM INPUT ...

Page 107: ...E 5 21 RCVR BD WAVEFORM AT U15 PIN 12 TP5 DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 22 RCVR BD WAVEFORM AT U15 PIN 6 DWG NO 002 09061 0010 REV G SHEET 3 Com second IF output OFFSET 4 8 Vdc STD COMM INPUT Com Receiver IC Audio 1 out OFFSET 2 2 Vdc STD COMM INPUT ...

Page 108: ... BD WAVEFORM AT U15 PIN 9 DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 24 RCVR BD WAVEFORM JUNCTION OF Q16 AND R172 DWG NO 002 09061 0010 REV G SHEET 3 Com Receiver IC Audio 2 out OFFSET 2 2 Vdc STD COMM INPUT OFFSET 4 6 Vdc STD COMM INPUT COM AUDIO AT THE SQUELCH GATE INPUT ...

Page 109: ...URE 5 25 RCVR BD WAVEFORM AT U8 PIN 7 DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 26 RCVR BD WAVEFORM AT U8 PIN 1 DWG NO 002 09061 0010 REV G SHEET 3 COMM AUDIO LOW PASS FILTER OFFSET 4 6 Vdc STD COMM INPUT Filtered Com Audio Output OFFSET 0 0 Vdc STD COMM INPUT ...

Page 110: ... RCVR BD WAVEFORM AT TP2 DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 28 RCVR BD WAVEFORM AT U13 PIN 14 NO RF APPLIED DWG NO 002 09061 0010 REV G SHEET 3 Com Audio Compressor Detector Amp OFFSET 0 0 Vdc STD COMM INPUT SQUELCH DETECTOR OUTPUT OFFSET 4 6 Vdc NO RF APPLIED ...

Page 111: ...BD WAVEFORM AT U13 PIN 14 DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 30 RCVR BD WAVEFORM AT TP30 DWG NO 002 09061 0010 REV G SHEET 4 STD COMM INPUT EXCEPT 8 kHz 80 MOD OFFSET 4 6 VDC SQUELCH DETECTOR OUTPUT WITH 8 kHz MOD NAV FIRST IF AMP OFFSET 3 6 V TYP STANDARD VOR INPUT ...

Page 112: ...URE 5 31 RCVR BD WAVEFORM AT U23 PIN 12 TP9 DWG NO 002 09061 0010 REV G SHEET 4 FIGURE 5 32 RCVR BD WAVEFORM AT U23 PIN 12 TP9 DWG NO 002 09061 0010 REV G SHEET 4 NAV SECOND IF OUTPUT OFFSET 5 0 Vdc STD LOC INPUT NAV SECOND IF OUTPUT OFFSET 5 0 Vdc STD VOR INPUT ...

Page 113: ... 33 RCVR BD WAVEFORM AT P3001 PIN 24 DWG NO 002 09061 0010 REV G SHEET 4 FIGURE 5 34 RCVR BD WAVEFORM AT U18 PIN 1 DWG NO 002 09061 0010 REV G SHEET 4 NAV RECEIVER VOR COMPOSITE OFFSET 2 5 V STD VOR INPUT NAV SYNTHESIZER IC REFERENCE INPUT OFFSET 0 0 Vdc STD VOR INPUT ...

Page 114: ...IN 8 DWG NO 002 09061 0010 REV G SHEET 4 FIGURE 5 36 RCVR BD WAVEFORM AT U18 PIN 5 DWG NO 002 09061 0010 REV G SHEET 4 NAV SYNTHESIZER RF INPUT FROM VCO OFFSET 3 2 Vdc STD VOR INPUT NAV SYNTHESIZER IC PHASE DETECTOR OUTPUT NOTE THESE PULSES OCCUR EVERY 20 MICROSECONDS OFFSET 3 5 Vdc STD VOR INPUT ...

Page 115: ...IGURE 5 37 RCVR BD WAVEFORM AT U21 PIN 1 DWG NO 002 09061 0010 REV G SHEET 4 FIGURE 5 38 RCVR BD WAVEFORM AT U21 PIN 4 DWG NO 002 09061 0010 REV G SHEET 4 NAV VCO OUTPUT OFFSET 0 9 Vdc STD VOR INPUT COMM SYNTHESIZER BUFFER AMP OUTPUT OFFSET 0 0 V STD VOR INPUT ...

Page 116: ...RCD Rev 0 Jun 2000 FIGURE 5 39 RCVR BD WAVEFORM AT COLLECTOR OF Q30 DWG NO 002 09061 0010 REV G SHEET 4 FIGURE 5 40 RCVR BD WAVEFORM AT U13 PIN 14 W NO RF AT 25 KHZ DWG NO 002 09061 0010 REV G SHEET 3 NAV LO OUTPUT OFFSET 0 0 V STD VOR INPUT ...

Page 117: ...2000 15610M00 RCD Page 5 69 FIGURE 5 41 RCVR BD WAVEFORM AT U13 PIN 14 W NO RF AT 8 33 KHZ DWG NO 002 09061 0010 REV G SHEET 3 FIGURE 5 42 RCVR BD WAVEFORM AT U13 PIN 14 W 4 KHZ 80 MOD AT 8 33 KHZ DWG NO 002 09061 0010 REV G SHEET 3 ...

Page 118: ... MHz 60 total modulation 30 30 Hz 30 9960 30 degrees TO tone mode 2 Standard LOC input LOC input 108 1 MHz 53 dBm 40 mod 20 on 150 Hz and 20 on 90 Hz combined in space to 40 3 Standard Glideslope signal 76 dBm 334 70 MHz 108 1 MHz LOC 0 000 ddm 4 Standard Nav audio 113 MHz 76 dBm 30 modulation 1 kHz or 1020 Hz 5 Standard Com audio 127 MHz 76 dBm 30 mod with 1 kHz 6 Standard Transmit Signal 127 MHz...

Page 119: ... MAIN BOARD WAVEFORM AT Y1 AND R49 DWG NO 002 09059 0040 REV G SHEET 1 FIGURE 5 45 MAIN BOARD WAVEFORM AT U21 PIN 1 DWG NO 002 09059 0040 REV G SHEET 1 MICROPROCESSOR CRYSTAL OSCILLATOR OFFSET 0 0 Vdc Rx NORMAL OPERATION DISPLAY ENABLE Rx NORMAL OPERATION OFFSET 0 0 Vdc ...

Page 120: ...RE 5 46 MAIN BOARD WAVEFORM AT U21 PIN 3 DWG NO 002 09059 0040 REV G SHEET 1 FIGURE 5 47 MAIN BOARD WAVEFORM AT U21 PIN 11 DWG NO 002 09059 0040 REV G SHEET 1 TYPICAL DATA FROM uP OFFSET 0 0 Vdc Rx NORMAL OPERATION CLOCK FROM uP OFFSET 0 0 Vdc Rx NORMAL OPERATION ...

Page 121: ...IGURE 5 48 MAIN BOARD WAVEFORM AT U1 PIN 2 DWG NO 002 09059 0040 REV G SHEET 2 FIGURE 5 49 MAIN BOARD WAVEFORM AT U2 PIN 20 DWG NO 002 09059 0040 REV G SHEET 2 EPROM CLOCK OFFSET 0 0 Vdc Rx NORMAL OPERATION TYPICAL RAM ENABLE OFFSET 0 0 Vdc Rx NORMAL OPERATION ...

Page 122: ...0 MAIN BOARD WAVEFORM AT U2 PIN 22 DWG NO 002 09059 0040 REV G SHEET 2 FIGURE 5 51 MAIN BOARD WAVEFORM AT U2 PIN 27 DWG NO 002 09059 0040 REV G SHEET 2 TYPICAL RAM OUTPUT ENABLE RX NORMAL OPERATION OFFSET 0 0 VDC TYPICAL RAM READ WRITE OFFSET 0 0 Vdc Rx NORMAL OPERATION ...

Page 123: ...ARD WAVEFORM AT U34 PIN 8 DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 53 MAIN BOARD WAVEFORM AT U34 PIN 7 DWG NO 002 09059 0040 REV G SHEET 3 MIC COMPRESSOR LIMITER OUTPUT OFFSET 0 0 Vdc TX 300 mV RMS MIC INPUT COMPRESSION AMPLIFIER OUTPUT Tx 300 mVrms MIC INPUT OFFSET 0 0 Vdc ...

Page 124: ...D WAVEFORM AT U35 PIN 8 DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 55 MAIN BOARD WAVEFORM AT J4 PIN 4 DWG NO 002 09059 0040 REV G SHEET 3 OFFSET 0 0 Vdc RESPONSE AMP OUTPUT TX 300 mV RMS MIC INPUT LOW LEVEL MODULATION TO TRANSMITTER OFFSET 3 5 Vdc TYP TX STANDARD TRANSMIT SIGNAL ...

Page 125: ... WAVEFORM AT J4 PIN 8 DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 57 MAINBOARD WAVEFORM AT J4 PIN 2 DWG NO 002 09059 0040 REV G SHEET 3 FINAL MODULATION TO TRANSMITTER OFFSET 3V TX STANDARD TRANSMIT SIGNAL FORWARD VOLTAGE FROM TRANSMITTER Tx STANDARD TRANSMIT SIGNAL OFFSET 0 0 Vdc ...

Page 126: ... FIGURE 5 58 MAIN BOARD WAVEFORM AT J11 PIN 6 DWG NO 002 09059 0040 REV G SHEET 4 FIGURE 5 59 MAIN BOARD WAVEFORM AT J11 PIN 16 DWG NO 002 09059 0040 REV G SHEET 4 DISPLAY READ OFFSET 0 0 Vdc RX NORMAL OPERATION SERIAL DATA OFFSET 0 0 Vdc RX NORMAL OPERATION ...

Page 127: ...FIGURE 5 60 MAIN BOARD WAVEFORM AT J11 PIN 20 DWG NO 002 09059 0040 REV G SHEET 4 FIGURE 5 61 MAIN BOARD WAVEFORM AT J11 PIN 22 DWG NO 002 09059 0040 REV G SHEET 4 DISPLAY CLOCK OFFSET 0 0 Vdc RX NORMAL OPERATION DISPLAY DATA OFFSET 0 0 Vdc RX NORMAL OPERATION ...

Page 128: ...AVEFORM AT U29 PIN 7 DWG NO 002 09059 0040 REV G SHEET 6 FIGURE 5 63 MAIN BOARD WAVEFORM AT U29 PIN 8 DWG NO 002 09059 0040 REV G SHEET 6 COM AUDIO FILTER OUTPUT OFFSET 2 5 Vdc STANDARD COMM VOL CONT MAX CW NAV AUDIO FILTER OUTPUT VOL CONTROL MAX CW OFFSET 0 0 Vdc STANDARD NAV AUDIO ...

Page 129: ...AIN BOARD WAVEFORM AT J1001 PIN 24 DWG NO 002 09059 0040 REV G SHEET 7 FIGURE 5 65 MAIN BOARD WAVEFORM AT U25 PIN 12 DWG NO 002 09059 0040 REV G SHEET 7 VOR COMPOSITE FROM RECEIVER BOARD OFFSET 2 5 Vdc STANDARD VOR INPUT POWER SYNC OUTPUT OFFSET 0 0 Vdc RX NORMAL OPERATION ...

Page 130: ...AIN BOARD WAVEFORM AT U24 PIN 10 DWG NO 002 09059 0040 REV G SHEET 7 FIGURE 5 67 MAIN BOARD WAVEFORM AT U23 PIN 8 DWG NO 002 09059 0040 REV G SHEET 8 POWER SUPPLY SYNC OSCILLATOR MOD 5 UNITS ONLY OFFSET 0 0 Vdc RX NORMAL OPERATION COM AUDIO AMP OFFSET 0 0 Vdc STANDARD COMM ...

Page 131: ...5 68 MAIN BOARD WAVEFORM AT U23 PIN 14 DWG NO 002 09059 0040 REV G SHEET 8 FIGURE 5 69 MAINBOARD WAVEFORM AT U15 PIN 8 VOR SIGNAL DWG NO 002 09059 0040 REV G SHEET 9 NAV AUDIO AMP OFFSET 0 0 Vdc STANDARD NAV AUDIO 9960 Hz BPF FILTER OUTPUT OFFSET 2 5 VdC STANDARD VOR ...

Page 132: ...INBOARD WAVEFORM AT U15 PIN 14 DWG NO 002 09059 0040 REV G SHEET 9 FIGURE 5 71 MAIN BOARD WAVEFORM AT U15 PIN 7 DWG NO 002 09059 0040 REV G SHEET 9 DISCRIMINATOR LOW PASS FILTER OFFSET 2 5 VdC STANDARD VOR INPUT REFERENCE PHASE 30 HZ OUTPUT OFFSET 2 5 VdC STANDARD VOR INPUT ...

Page 133: ...WAVEFORM AT U4 PIN 14 DWG NO 002 09059 0040 REV G SHEET 9 FIGURE 5 73 MAIN BOARD WAVEFORM AT U5 PIN 14 DWG NO 002 09059 0040 REV G SHEET 9 FILTERED NAV COMPOSITE VARIABLE PHASE 30 HZ OFFSET 2 5 VdC STANDARD VOR INPUT OFFSET 2 5 VdC FILTERED GS COMPOSITE MOD 5 UNITS ONLY STD GS INPUT ...

Page 134: ...NBOARD WAVEFORM AT U17 PIN 1 1KHZ 30 MOD DWG NO 002 09059 0040 REV G SHEET 10 FIGURE 5 75 MAIN BOARD WAVEFORM AT U17 PIN 7 DWG NO 002 09059 0040 REV G SHEET 10 NAV AUDIO FILTER OFFSET 4 0 Vdc STANDARD NAV AUDIO NAV AUDIO FILTER SECOND STAGE OFFSET 4 0 VdC STANDARD NAV AUDIO ...

Page 135: ...ARD WAVEFORM AT U29 PIN 14 DWG NO 002 09059 0040 REV G SHEET 10 FIGURE 5 77 MAIN BOARD WAVEFORM AT U29 PIN 14 DWG NO 002 09059 0040 REV G SHEET 10 NAV AUDIO AMP OFFSET 2 5 VdC STANDARD NAV AUDIO IDENT SWITCH IN NAV AUDIO FILTER OFFSET 2 5 VdC STANDARD NAV AUDIO IDENT SWITCH OUT ...

Page 136: ...D WAVEFORM AT VOR LOC COMPOSITE OUT P1001 PIN H DWG NO 002 09059 0040 REV G SHEET 6 FIGURE 5 79 MAIN BOARD WAVEFORM AT DRAIN OF Q45 DWG NO 002 09059 0040 REV G SHEET 11 LOCALIZER COMPOSITE OFFSET 2 8 Vdc STANDARD LOCALIZER SWITCHING FET Q45 DRAIN OFFSET 0 0 Vdc RX NORMAL OPERATION ...

Page 137: ... 5 80 MAINBOARD WAVEFORM AT Q45 SOURCE DWG NO 002 09059 0040 REV G SHEET 11 FIGURE 5 81 MAINBOARD WAVEFORM AT U36 PIN 1 DWG NO 002 09059 0040 REV G SHEET 11 SWITCHING FET Q45 SOURCE OFFSET 0 0 Vdc RX NORMAL OPERATION SWITCHER DRIVE OFFSET 0 0 Vdc RX NORMAL OPERATION ...

Page 138: ...000 FIGURE 5 82 MAIN BOARD WAVEFORM AT U36 PIN 4 DWG NO 002 09059 0040 REV G SHEET 11 FIGURE 5 83 MAIN BD WAVEFORM AT U36 PIN 5 DWG NO 002 09059 0040 REV G SHEET 11 PS SYNC OFFSET 0 0 Vdc RX NORMAL OPERATION SWITCHER R C OFFSET 0 0 Vdc RX NORMAL OPERATION ...

Page 139: ...5A Rev 0 Jun 2000 15610M00 RCD Page 5 91 FIGURE 5 84 MAIN BOARD WAVEFORM AT E3 DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 11 FIGURE 5 85 MAIN BD WAVEFORM AT E5 DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 11 ...

Page 140: ...5 92 15610M00 RCD Rev 0 Jun 2000 FIGURE 5 86 MAIN BOARD WAVEFORM AT U35 PIN 8 DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 87 MAIN BOARD WAVEFORM AT U35 PIN 8 DURING RECEPTION DWG NO 002 09059 0040 REV G SHEET 3 ...

Page 141: ...0 Jun 2000 15610M00 RCD Page 5 93 FIGURE 5 88 MAIN BOARD WAVEFORM AT J4 PIN 8 DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 89 MAIN BOARD WAVEFORM AT J4 PIN 1 DURING RECEPTION DWG NO 002 09059 0040 REV G SHEET 3 ...

Page 142: ...94 15610M00 RCD Rev 0 Jun 2000 FIGURE 5 90 MAIN BOARD WAVEFORM AT Q38 EMITTER DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 91 MAIN BOARD WAVEFORM AT Q38 EMITTER DURING RECEPTION DWG NO 002 09059 0040 REV G SHEET 3 ...

Page 143: ...0 Jun 2000 15610M00 RCD Page 5 95 FIGURE 5 92 MAIN BOARD WAVEFORM AT J4 PIN 2 DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 3 FIGURE 5 93 MAIN BOARD WAVEFORM AT J4 PIN 2 DURING RECEPTION DWG NO 002 09059 0040 REV G SHEET 3 ...

Page 144: ...10M00 RCD Rev 0 Jun 2000 FIGURE 5 94 MAIN BOARD WAVEFORM AT U28 PIN 4 DURING TRANSMIT DWG NO 002 09059 0040 REV G SHEET 8 FIGURE 5 95 GLIDESLOPE WAVEFORM AT THE BASE OF Q4 DWG NO 002 09060 0000 REV C SHEET 1 DETECTOR INPUT OFFSET 0 6 V ...

Page 145: ...10M00 RCD Page 5 97 FIGURE 5 96 GLIDESLOPE BOARD WAVEFORM AT TP4 DWG NO 002 09060 0000 REV C SHEET 1 FIGURE 5 97 GLIDESLOPE WAVEFORM AT J14 PIN 2 DWG NO 002 09060 0000 REV C SHEET 1 DETECTOR OUTPUT OFFSET 5 V GLIDESLOPE COMPOSITE OFFSET 5 V ...

Page 146: ...Jun 2000 FIGURE 5 98 GLIDESLOPE BOARD WAVEFORM AT U8 PIN 2 DWG NO 002 09060 0000 REV C SHEET 2 FIGURE 5 99 GLIDESLOPE BOARD WAVEFORM AT THE JUNCTION OF R89 AND R91 DWG NO 002 09060 0000 REV C SHEET 2 L O DITHER CLOCK OFFSET 0 V L O DITHER OFFSET 2 7 V ...

Page 147: ... Jun 2000 15610M00 RCD Page 5 99 FIGURE 5 100 CONVERTER BD WAVEFORM AT TP9 DWG NO 002 09060 0000 REV C SHEET 2 FIGURE 5 101 CONVERTER BD WAVEFORM AT TP9 DWG NO 002 09060 0000 REV C SHEET 2 CRYSTAL OSCILLATOR OUTPUT OFFSET 2 2 V ...

Page 148: ... KING KX 165A Page 5 100 15610M00 RCD Rev 0 Jun 2000 FIGURE 5 102 CONVERTER BD WAVEFORM AT TP9 DWG NO 002 09060 0000 REV C SHEET 2 FIGURE 5 103 CONVERTER BD WAVEFORM AT TP9 DWG NO 002 09060 0000 REV C SHEET 2 ...

Page 149: ...6 2 Bill of Material Description This section describes the various items that may appear on parts lists Refer to Figure 1 of this section for a parts list format 1 Parts List Number The parts list number appears at the top of the list as a 12 digit number which is also the Honeywell part number for the assembly This number is followed by the assembly description and the revi sion level of the par...

Page 150: ...ignment The assembly does not cur rently include a CR401 d CR401 999 09999 0099 DO NOT USE The Reference Designator CR401 has been previously used for this assembly and later deleted It may not be reassigned on this assembly e 401 999 09999 0090 REF SFTWARE SET 401 is a programmed memory device Refer to Section 2 H Software Documentation in this in troduction for a description of the software docu...

Page 151: ...rsions of an assembly are identified by the last four digits of the P N Part quantities for each version will be indicated under headings numbered 0000 through 9900 as required The AL Aluminum PC Polycarbonate ASSY Assembly PF Precision Film BIFLR Bifilar PP Paper BOM Parts List PS Polystyrene CC Carbon Composition QW Quarter Watt CF Carbon Film RES Resistor CH Choke S Silicon CAP Capacitor SCR Sc...

Page 152: ...ted software This number is incremented with each revi sion of software For example 01 is revision 0 02 is revision 1 and so on When ordering spe cific integrated circuits or devices the applicable 122 XXXXX XXXX P N is used When ordering a circuit board which contains software the applicable 205 XXXXX XXXX P N is used Applicable assembly drawings and schematic diagrams will then follow in order 1...

Page 153: ...mber is incremented whenever the revi sion number of any one or more of the 125 0XXXX XXRN part number s is incremented This means that the RN part of the part number s for the 057 05252 XXRN and the 205 0XXXX XXRN will be the same A circuit board identification tag is illustrated below b The software programmable device set assemblies 125 Each 125 programmable de vice set constitutes all the soft...

Page 154: ...ftware programmable devices 126 Item D11 in the example that fulfill software requirements These programmable device sets appear on the hardware software board 205 parts list The exact programmable device the resolution of the 9999 in the above items is specified by the respective software programmable device set 125 or the non software programmable de vice set 126 parts list Using the SYMBOL fiel...

Page 155: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 6 7 Figure 6 1 Sample Parts List Sheet 1 of 3 ...

Page 156: ...BENDIX KING KX 165A Page 6 8 15610M00 RCD Rev 0 Jun 2000 Figure 6 1 Sample Parts List Sheet 2 of 3 ...

Page 157: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 6 9 Figure 6 1 Sample Parts List Sheet 3 of 3 ...

Page 158: ...BENDIX KING KX 165A Page 6 10 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 159: ... EA 1 _ 206 00411 0106 KX 165A SOFTWARE SYSTE EA 1 _ 2 200 05661 0002 KX165A TOP COVER ASSY EA 1 _ 4 089 06008 0004 SCR FHP 4 40X1 4 EA 4 _ 5 089 06163 0003 SCR FHP 4 40X3 16 EA 4 _ 6 047 04874 0001 MTG RACK EA 1 _ 9 057 05964 0101 MOD TAG KX 165A EA 1 _ 10 016 01134 0002 COPPER TAPE 50 IN IN 1 _ 11 089 06008 0006 SCR FHP 4 40X3 8 EA 2 _ 12 187 01857 0001 EMI GASKET 13 IN EA 1 _ 13 012 01127 0000 ...

Page 160: ...BENDIX KING KX 165A Page 6 12 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 161: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 13 Figure 6 2 Final Assembly Dwg No 300 09095 0010 rev B Sheet 1 of 2 ...

Page 162: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 15 Figure 6 2 Final Assembly Dwg No 300 09095 0010 rev B Sheet 2 of 2 ...

Page 163: ...EA 8 8 14 089 06200 0003 SCR SET 2 56X3 32 EA 2 2 15 090 00499 0003 RING COMP 412 EA 2 2 16 200 09057 0000 KX 155A FRONT PANE EA 1 1 17 090 00036 0004 RING RTNR 051 EA 2 2 22 026 00029 0000 WIRE CU 22AWG T IN 4 4 23 012 01005 0002 TAPE MYLAR 500 W IN 4 75 4 75 24 016 01140 0000 SUPERBONDER 415 AR 1 1 25 088 03412 0003 KNOB W WASHER EA 2 2 26 088 03172 0002 KNOB W LGT BUSHING EA 2 2 27 016 01144 00...

Page 164: ...BENDIX KING KX 165A Page 6 18 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 165: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 19 Figure 6 3 Bezel Assembly Dwg No 300 05672 0000 rev AA ...

Page 166: ...Rev SYMBOL PART_NUMBER FIND_NO DESCRIPTION UN 0002 0003 1 073 00987 0004 BEZEL PAINT EA 1 1 2 088 03216 0001 LENS EA 1 1 3 057 05800 0001 DECAL EA 1 3 057 05800 0002 DECAL EA 1 4 057 05830 0002 DECAL KX165A LOGO EA 1 1 5 088 03170 0018 TRANSFER BUTTON EA 2 2 6 016 01131 0000 CONTACT CEMENT AR 1 1 300 09531 0000 25 KHZ KX155A BEZE RF 0 0 ...

Page 167: ...BENDIX KING KX 165A Page 6 22 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 168: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 23 Figure 6 4 Bezel Dwg No 300 09531 0000 rev ...

Page 169: ...SING OPT INC DEC EA 2 6 073 00997 0001 SHAFT EA 2 7 088 00769 0000 SLEEVE LOCKING EA 2 8 088 03029 0001 INC DEC REFLECTOR EA 4 9 088 03030 0000 INC DEC RTR BROWN EA 2 C2001 106 05104 0037 CAP CH 100KX7R 25V EA 1 C2002 106 05104 0037 CAP CH 100KX7R 25V EA 1 C2003 106 05104 0037 CAP CH 100KX7R 25V EA 1 C2004 106 05104 0037 CAP CH 100KX7R 25V EA 1 C2005 106 05104 0037 CAP CH 100KX7R 25V EA 1 C2013 10...

Page 170: ...CH 47 5K TW 1 EA 1 R2025 139 04752 0010 RES CH 47 5K TW 1 EA 1 R2026 139 04752 0010 RES CH 47 5K TW 1 EA 1 R2033 139 01003 0010 RES CH 100K TW 1 EA 1 R2035 139 01003 0010 RES CH 100K TW 1 EA 1 R2040 134 05005 0002 PHOTODETECTOR EA 1 R2048 139 01003 0010 RES CH 100K TW 1 EA 1 R2049 139 01003 0010 RES CH 100K TW 1 EA 1 R2050 139 01003 0010 RES CH 100K TW 1 EA 1 R2051 139 01003 0010 RES CH 100K TW 1 ...

Page 171: ...H TACTILE EA 1 SW2004 031 00753 0000 SWITCH TACTILE EA 1 U2001 007 08094 0000 PHOTO INTERUPTER EA 1 U2002 007 08094 0000 PHOTO INTERUPTER EA 1 U2003 007 08094 0000 PHOTO INTERUPTER EA 1 U2004 007 08094 0000 PHOTO INTERUPTER EA 1 U2005 007 08094 0000 PHOTO INTERUPTER EA 1 U2006 007 08094 0000 PHOTO INTERUPTER EA 1 U2007 007 08094 0000 PHOTO INTERUPTER EA 1 U2008 007 08094 0000 PHOTO INTERUPTER EA 1...

Page 172: ...BENDIX KING KX 165A Page 6 28 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 173: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 29 Figure 6 5 Front Panel Assembly Dwg No 300 09057 0000 rev 4 Sheet 1 of 3 ...

Page 174: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 31 Figure 6 5 Front Panel Assembly Dwg No 300 09057 0000 rev 4 Sheet 2 of 3 ...

Page 175: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 33 Figure 6 5 Front Panel Assembly Dwg No 300 09057 0000 rev 4 Sheet 3 of 3 ...

Page 176: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 35 Figure 6 6 Front Panel Schematic Dwg No 002 09057 0000 rev AA ...

Page 177: ...E SYSTEM Rev SYMBOL PART_NUMBER FIND_NO DESCRIPTION UN 0106 000 00967 0010 KX 165A PRODUCT S RF 0 057 05287 0106 SFTW ID TAG V0106 EA 1 205 00943 0005 MAIN BOARD PROGR EA 1 225 00014 0005 APPLLICAT ION IMAG RF 0 225 00015 0000 BOOT IMAGE DISKETT RF 0 716 00321 0106 KX 155A KX165A CON RF 0 ...

Page 178: ...943 0005 MAIN BOARD PROGRAMMED Rev SYMBOL PART_NUMBER FIND_NO DESCRIPTION UN 0005 057 05252 0943 KX 165A SOFTWARE L EA 1 057 05335 0005 DECAL 205 DASH 05 EA 1 125 00943 0005 BD SW SET EA 1 200 09059 0040 KX 165A MAIN BOARD EA 1 300 09059 0040 KX 165A MAIN BOARD RF 0 ...

Page 179: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page 6 39 125 00943 0005 BD SW SET Rev SYMBOL PART_NUMBER FIND_NO DESCRIPTION UN 0005 U1019 122 49014 0005 KX 155A 165A PROGR EA 1 ...

Page 180: ...BENDIX KING KX 165A Page 6 40 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 181: ... 20PF NPO 50V EA 1 C1023 096 01186 0017 CAP 2 2UF 20V 10 EA 1 C1024 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1025 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1026 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1027 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1028 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1029 097 00204 0027 CAP AL 100UF 16V 2 EA 1 C1030 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1031 106 05222 0016 CA...

Page 182: ...0PFNPO 100 EA 1 C1078 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1079 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1080 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1081 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1082 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1083 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1084 106 05222 0016 CAP CH 2200PF NP0 EA 1 C1085 106 04122 0013 CAP CH 1200PF NPO EA 1 C1086 106 05104 0037 CAP C...

Page 183: ...PFNPO 100 EA 1 C1143 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1144 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1146 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1147 106 04104 0047 CH 100KX7R 50V EA 1 C1149 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1150 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1151 106 05682 0046 CAP CH 6 8KX7R 50V EA 1 C1153 106 05101 0026 CAPCH100PFNPO 100V EA 1 C1154 097 00204 0026 CAP AL 4...

Page 184: ...0KX7R 50V EA 1 C1209 106 04104 0047 CH 100KX7R 50V EA 1 C1210 097 00218 0009 CAP EL 10UF 350V 2 EA 1 C1211 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1212 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1213 106 05331 0026 CAP CH330PFNPO 100 EA 1 C1214 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1215 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1216 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1217 106 05104 0037 CAP CH 1...

Page 185: ...180PFNPO 100V EA 1 C1274 106 04102 0026 CH 1KPF NPO 100V EA 1 C1275 106 04181 0026 CAPCH180PFNPO 100V EA 1 C1276 106 05104 0037 CAP CH 100KX7R 25V EA 1 C1277 106 04181 0026 CAPCH180PFNPO 100V EA 1 C1278 106 05392 0047 CAP CH3900PFX7R 50 EA 1 C1280 106 04331 0026 CAPCH330PFNPO 100V EA 1 C1281 097 00217 0012 CAP EL 150UF 16V EA 1 C1282 097 00214 0024 CAP AL 10UF 63V EA 1 C1284 106 05104 0037 CAP CH ...

Page 186: ...SRB 1500W 15V EA 1 CR1019 007 06184 0000 DIO DUAL SWITCHING EA 1 CR1020 007 06184 0000 DIO DUAL SWITCHING EA 1 CR1022 007 06184 0000 DIO DUAL SWITCHING EA 1 CR1024 007 05241 0002 TRNSRB 150W 40V EA 1 CR1025 007 05241 0200 TRANSORB BI DIRECT EA 1 CR1027 007 05241 0002 TRNSRB 150W 40V EA 1 CR1028 007 05241 0002 TRNSRB 150W 40V EA 1 CR1029 007 06184 0000 DIO DUAL SWITCHING EA 1 CR1031 007 05117 0012 ...

Page 187: ... CHIP EMI FILTER EA 1 FL1005 017 08072 0004 CHIP EMI FILTER EA 1 FL1006 017 08072 0004 CHIP EMI FILTER EA 1 J1001 030 03006 0103 CONN RECEPT 2X15 EA 1 J1002 030 03004 0009 CONN RECPT 1X3 EA 1 J1003 030 03004 0009 CONN RECPT 1X3 EA 1 J1004 030 03371 0008 CONN HDR MALE P EA 1 J1008 030 03371 0008 CONN HDR MALE P EA 1 J1009 030 03371 0008 CONN HDR MALE P EA 1 J1011 030 03264 0016 SKT STRIP 32P EA 1 J...

Page 188: ...0903 0000 2N7002 MOSFET EA 1 Q1020 007 00903 0000 2N7002 MOSFET EA 1 Q1021 007 00467 0000 XSTR S NPN MMBTA06 EA 1 Q1022 007 00467 0000 XSTR S NPN MMBTA06 EA 1 Q1024 007 00903 0000 2N7002 MOSFET EA 1 Q1025 007 00467 0000 XSTR S NPN MMBTA06 EA 1 Q1027 007 00903 0000 2N7002 MOSFET EA 1 Q1028 007 08064 0000 XSTR PNP 10K 10K EA 1 Q1029 007 00903 0000 2N7002 MOSFET EA 1 Q1030 007 00254 0001 XSTR S PNP S...

Page 189: ...CH 47 5K TW 1 EA 1 R1034 139 02803 0010 RES CH 280K TW 1 EA 1 R1035 139 03652 0010 RES CH 36 5K TW 1 EA 1 R1036 139 02210 0010 RES CH 221 1W 1 EA 1 R1037 139 03322 0010 RES CH 33 2K TW 1 EA 1 R1038 139 04752 0010 RES CH 47 5K TW 1 EA 1 R1039 139 01002 0010 RES CH 10K TW 1 EA 1 R1040 139 03322 0010 RES CH 33 2K TW 1 EA 1 R1041 139 02001 0010 RES CH 2 00K TW 1 EA 1 R1042 139 07502 0010 RES CH 75 0K ...

Page 190: ...S CH 221 1W 1 EA 1 R1090 139 01133 0010 RES CH 113K TW 1 EA 1 R1092 139 02672 0010 RES CH 26 7K 1W 1 EA 1 R1093 139 02001 0010 RES CH 2 00K TW 1 EA 1 R1094 139 07501 0010 RES CH 7 5K 1W 1 EA 1 R1095 139 07501 0010 RES CH 7 5K 1W 1 EA 1 R1096 133 00560 0009 RES VA SMD 10K QW EA 1 R1097 139 01003 0010 RES CH 100K TW 1 EA 1 R1099 139 03322 0010 RES CH 33 2K TW 1 EA 1 R1100 139 03322 0010 RES CH 33 2K...

Page 191: ...CH 2 00K TW 1 EA 1 R1147 139 04751 0010 RES CH 4 75K 1W 1 EA 1 R1148 139 05622 0010 RES CH 56 2K TW 1 EA 1 R1149 139 04752 0010 RES CH 47 5K TW 1 EA 1 R1150 139 04752 0010 RES CH 47 5K TW 1 EA 1 R1151 139 01622 0010 RES CH 16 2K 1W 1 EA 1 R1152 139 00221 0010 RES CH 22 1 TW 1 EA 1 R1153 139 02210 0010 RES CH 221 1W 1 EA 1 R1154 139 02210 0010 RES CH 221 1W 1 EA 1 R1155 139 07501 0010 RES CH 7 5K 1...

Page 192: ...10 RES CH 20 5K 1W 1 EA 1 R1209 139 02052 0010 RES CH 20 5K 1W 1 EA 1 R1210 139 04752 0010 RES CH 47 5K TW 1 EA 1 R1211 139 01000 0020 RES CH 100 QW 1 EA 1 R1212 139 02052 0010 RES CH 20 5K 1W 1 EA 1 R1213 139 01102 0010 RES CH 11K 1W 1 EA 1 R1214 139 00221 0010 RES CH 22 1 TW 1 EA 1 R1215 139 00100 0010 RES CH 10 OHMS 1 EA 1 R1219 139 00000 0004 RES CH 0 EW EA 1 R1220 139 00000 0004 RES CH 0 EW E...

Page 193: ...22 0010 RES CH 16 2K 1W 1 EA 1 R1274 139 01002 0010 RES CH 10K TW 1 EA 1 R1275 139 04752 0010 RES CH 47 5K TW 1 EA 1 R1276 139 03323 0010 RES CH 332K TW 1 EA 1 R1281 139 00000 0014 CKT JUMPER 0805 EA 1 R1282 139 02001 0010 RES CH 2 00K TW 1 EA 1 R1283 139 02001 0010 RES CH 2 00K TW 1 EA 1 R1284 139 01003 0010 RES CH 100K TW 1 EA 1 R1285 139 08253 0010 RES CH 825K TW 1 EA 1 R1286 139 04752 0010 RES...

Page 194: ... RES CH 475 1W 1 EA 1 R1346 139 01002 0010 RES CH 10K TW 1 EA 1 R1400 139 02052 0010 RES CH 20 5K 1W 1 EA 1 R1401 139 02052 0010 RES CH 20 5K 1W 1 EA 1 R1402 139 02001 0010 RES CH 2 00K TW 1 EA 1 R1403 139 00750 0010 RES SM 75 OHM 1 10 EA 1 R1406 139 04751 0010 RES CH 4 75K 1W 1 EA 1 R1407 139 04751 0010 RES CH 4 75K 1W 1 EA 1 R1408 139 04751 0010 RES CH 4 75K 1W 1 EA 1 R1409 139 04751 0010 RES CH...

Page 195: ...OWE EA 1 U1032 133 00569 0000 DIGITAL POT 10K EA 1 U1033 123 04051 0004 74HC4051 ANALOG EA 1 U1034 120 03552 0000 QUAD OP AMP EA 1 U1035 120 03552 0000 QUAD OP AMP EA 1 U1036 120 03641 0000 IC CURRENT MODE CO EA 1 Y1001 044 00307 0000 32 768KHZ CRYS OSC EA 1 Y1002 044 00352 0001 500KHZ CER RESONAT EA 1 002 09059 0040 KX 165A MAIN BOARD RF 0 009 09059 0000 1 PCBD KX155A MAIN B EA 1 012 01005 0002 T...

Page 196: ...BENDIX KING KX 165A Page 6 56 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 197: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 57 M Figure 6 7 KX 165A Main Board Assembly Dwg No 300 09059 0040 rev G Sheet 1 of 4 ...

Page 198: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 59 Figure 6 7 KX 165A Main Board Assembly Dwg No 300 09059 0040 rev G Sheet 2 of 4 ...

Page 199: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 61 Figure 6 7 KX 165A Main Board Assembly Dwg No 300 09059 0040 rev G Sheet 3 of 4 ...

Page 200: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 63 Figure 6 7 KX 165A Main Board Assembly DWG NO 300 09059 0040 rev G Sheet 4 of 4 ...

Page 201: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 65 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 1 of 11 ...

Page 202: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 67 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 2 of 11 ...

Page 203: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 69 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 3 of 11 ...

Page 204: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 71 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 4 of 11 ...

Page 205: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 73 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 5 of 11 ...

Page 206: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 75 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 6 of 11 ...

Page 207: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 77 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 7 of 11 ...

Page 208: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 79 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 8 of 11 ...

Page 209: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 81 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 9 of 11 ...

Page 210: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 83 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 10 of 11 ...

Page 211: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 85 Figure 6 8 KX 165A Main Board Schematic Dwg No 002 09059 0040 rev G Sheet 11 of 11 ...

Page 212: ...46 CAP CH 1UFX7R50V EA 1 C5 096 01186 0012 CAP 1 0UF 16V 10 EA 1 R1 139 04992 0000 RES CH 49 9K EW 1 EA 1 R2 139 04992 0000 RES CH 49 9K EW 1 EA 1 R3 139 01002 0000 RES CHIP 10K EW 1 EA 1 R4 139 01002 0000 RES CHIP 10K EW 1 EA 1 U1 120 03740 0001 FILTER LOWPASS EL EA 1 002 09680 0000 TX AUDIO ADAPTER B RF 0 009 09680 0001 1 TX AUDIO ADAPTER B EA 1 016 01040 0000 COATING TYPE AR AR 1 090 00035 0008...

Page 213: ...BENDIX KING KX 165A Page 6 88 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 214: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 89 Figure 6 9 TX Audio Adapter Dwg No 300 09680 0000 rev A ...

Page 215: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 91 Figure 6 10 TX Audio Adapter Schematic Dwg No 002 09680 0000 rev ...

Page 216: ...9 0001 LOCKING PAWL CLIP EA 1 1 28 073 00994 0003 BASE CASTING W FIN EA 1 28 073 00994 0005 BASE CASTING 000 EA 1 29 089 05519 0003 SCR FLHP 2 56X3 16 EA 3 3 3 012 01655 0001 INNER CHASSIS INSU EA 1 1 30 187 01896 0001 GASKET TX CAVITY EA 1 30 187 01897 0001 EMI GASKET W ADHES IN 3 32 016 01412 0000 LOCTITE 425 AR 1 1 33 012 01687 0001 INSULATOR SHIELD EA 1 1 34 012 01687 0002 INSULATOR SHIELD EA ...

Page 217: ...BENDIX KING KX 165A Page 6 94 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 218: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 95 Figure 6 11 Base Assembly Dwg No 300 05660 0020 rev sheet 1 of 3 ...

Page 219: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 97 Figure 6 11 Base Assembly Dwg No 300 05660 0020 rev sheet 2 of 3 ...

Page 220: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 99 Figure 6 11 Base Assembly Dwg No 300 05660 0020 rev sheet 3 of 3 ...

Page 221: ... 118 00006 0000 CAP DC 470PF 500V EA 1 C4076 106 04104 0047 CH 100KX7R 50V EA 1 C4077 106 04102 0026 CH 1KPF NPO 100V EA 1 CR4001 007 06046 0000 DIO S 1N914 EA 1 CR4001A 007 06046 0000 DIO S 1N914 EA 1 CR4002 007 06046 0000 DIO S 1N914 EA 1 CR4003 007 06108 0000 DIO MA47475 EA 1 CR4005 007 07002 0000 DIO LE MV5074C EA 1 L4002 019 02766 2507 COIL 0 25X7 20 EA 1 L4003 019 02766 3018 COIL 0 30 X18 2 ...

Page 222: ... 0062 RES PF 150 EW 1 EA 1 R4028 139 03920 0000 392 OHM 1 8W 1 EA 1 R4029 131 00391 0023 RES CF 390 QW 5 EA 1 REF 002 09062 0020 KX 165A TRANSMITT RF 0 REF 300 09062 0020 TRANSMITTER BOARD RF 0 009 09062 0000 PCBD KX155A TRANSM EA 1 024 05019 0000 WIRE 30 GREEN IN 1 25 026 00029 0000 WIRE CU 22AWG T IN 1 5 026 00030 0000 3 WIRE CU 24AWG T IN 5 047 08944 0001 FINGER STOCK EA 5 047 12478 0002 1 TX F...

Page 223: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 103 Figure 6 12 Transmitter Board Dwg No 300 09062 0020 rev A sheet 1 of 2 ...

Page 224: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 105 Figure 6 12 Transmitter Board Dwg No 300 09062 0020 rev A sheet 2 of 2 ...

Page 225: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 107 Figure 6 13 Transmitter Schematic Dwg No 002 09062 0020 rev A ...

Page 226: ...000 15610M00 RCD Page 6 109 200 09532 0000 RF POWER XSTR ASSY Rev A SYMBOL PART_NUMBER FIND_NO DESCRIPTION UN 0000 1 007 01045 0003 XSTR RF PWR NPN EA 1 2 047 12065 0002 TX DRIVER FLANGE W EA 1 300 09532 0000 RF POWER XSTR ASSY RF 0 ...

Page 227: ...BENDIX KING KX 165A Page 6 110 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 228: ...BENDIX KING KX 165A Rev 0 June 2000 15610M00 RCD Page 6 111 Figure 6 14 RF Pwr Transistor Assembly Dwg No 300 09532 0000 rev 0 ...

Page 229: ...BENDIX KING KX 165A Page 6 112 15610M00 RCD Rev 0 June 2000 THIS PAGE RESERVED ...

Page 230: ... 017 08072 0004 CHIP EMI FILTER EA 1 FL4104 017 08072 0004 CHIP EMI FILTER EA 1 FL4105 017 08072 0004 CHIP EMI FILTER EA 1 FL4106 017 08072 0004 CHIP EMI FILTER EA 1 FL4107 017 08072 0004 CHIP EMI FILTER EA 1 P4004 155 01709 0501 WIRE HARNESS 8 CO EA 1 REF 002 09174 0020 KX 165A TX FILTER RF 0 REF 300 09174 0020 KX 165A TX FILTER RF 0 009 09174 0000 TX FILTER BD EA 1 016 01071 0000 DC RTV 3140 AR ...

Page 231: ...BENDIX KING KX 165A Page 6 114 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 232: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 115 Figure 6 15 Transmitter Filter Board Dwg No 300 09174 0020 rev A ...

Page 233: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 117 Figure 6 16 Transmitter Filter Board Schematic Dwg No 002 09174 0020 rev ...

Page 234: ...443 0000 DIODE SI MMBD301L EA 1 E1 026 00029 0000 WIRE CU 22AWG T IN 5 E2 026 00031 0000 WIRE CU 26AWG T IN 5 E3 026 00029 0000 WIRE CU 22AWG T IN 5 E4 026 00031 0000 WIRE CU 26AWG T IN 5 E5 026 00029 0000 WIRE CU 22AWG T IN 5 L1 019 02767 0002 INDUCTOR RF TOROI EA 1 L2 019 02767 0002 INDUCTOR RF TOROI EA 1 L3 019 02660 0067 IND SM 47 5 EA 1 R1 139 02001 0010 RES CH 2 00K TW 1 EA 1 R12 139 00499 0...

Page 235: ...BENDIX KING KX 165A Page 6 120 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 236: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 121 Figure 6 17 Directional Coupler Dwg No 300 09362 0010 rev Sheet 1 of 2 ...

Page 237: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 123 Figure 6 17 Directional Coupler Dwg No 300 09362 0010 rev Sheet 2 of 2 ...

Page 238: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 125 Figure 6 18 Directional Coupler Schematic Dwg No 002 09362 0010 rev ...

Page 239: ...97 00204 0009 CAP AL 10UF 16V 20 EA 1 00 C3025 097 00204 0026 CAP AL 47UF 25V 20 EA 1 00 C3027 106 05331 0026 CAP CH330PFNPO 100 EA 1 00 C3028 106 05560 0026 CAP CH56PFNPO 100V EA 1 00 C3029 106 05399 0020 CH 3 9PF NPO 100V EA 1 00 C3031 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3032 106 05271 0026 CAPCH270PFNPO 100V EA 1 00 C3033 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3034 106 05100 0026 CAP...

Page 240: ...1 00 C3095 106 05121 0026 CAPCH120PFNPO 100V EA 1 00 C3096 106 05560 0026 CAP CH56PFNPO 100V EA 1 00 C3097 106 00147 9R1C CAP CH 9 1PF 100V EA 1 00 C3098 097 00204 0026 CAP AL 47UF 25V 20 EA 1 00 C3099 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C3100 106 05182 0057 CAPCH1800PFX7R 100 EA 1 00 C3101 106 05103 0057 CAP CH 10KX7R 100V EA 1 00 C3102 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3103 106 05...

Page 241: ... 1 00 C3144 106 05473 0036 CAP CH 047X7R 25V EA 1 00 C3145 105 00175 0100 CAP FILM AXIAL 0 EA 1 00 C3146 102 00085 0005 CAP VAR SURF MTG EA 1 00 C3147 106 05101 0026 CAPCH100PFNPO 100V EA 1 00 C3148 106 05101 0026 CAPCH100PFNPO 100V EA 1 00 C3149 106 05101 0026 CAPCH100PFNPO 100V EA 1 00 C3150 106 05101 0026 CAPCH100PFNPO 100V EA 1 00 C3151 097 00204 0009 CAP AL 10UF 16V 20 EA 1 00 C3152 097 00204...

Page 242: ...100V EA 1 00 C3201 106 05121 0026 CAPCH120PFNPO 100V EA 1 00 C3202 106 05479 0020 CH 4 7PF NPO 100V EA 1 00 C3203 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3204 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C3205 106 05229 0020 CH 2 2PF NPO 100V EA 1 00 C3206 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C3207 106 05103 0057 CAP CH 10KX7R 100V EA 1 00 C3208 106 05510 0026 CAP CH51PFNPO 100V EA 1 00 C3209...

Page 243: ...A 1 00 C3270 106 05121 0026 CAPCH120PFNPO 100V EA 1 00 C3272 106 00147 2R4B CAP CH 2 4PF 100V EA 1 00 C3273 106 00147 150J CAP CH 15PF 100V 5 EA 1 00 C3274 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3275 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3276 097 00204 0009 CAP AL 10UF 16V 20 EA 1 00 C3277 106 05220 0026 CAP CH22PFNPO 100V EA 1 00 C3278 106 05120 0026 CAP CH12PFNPO 100V EA 1 00 C3279 106 ...

Page 244: ...6 05100 0026 CAP CH10PFNPO 100V EA 1 00 C3339 111 00001 0055 CAP CR 6 8PF 100V RF 00 C3340 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C3344 106 05220 0026 CAP CH22PFNPO 100V EA 1 00 C3345 096 01186 0017 CAP 2 2UF 20V 10 EA 1 00 C3346 106 05561 0016 CAP CH560PFNPO 50V EA 1 00 C3347 106 05101 0026 CAPCH100PFNPO 100V EA 1 00 CR3001 007 06223 0000 DIO DA204K EA 1 00 CR3004 007 06178 0000 DIO PIN MMBV34...

Page 245: ...08944 0003 FINGER STOCK 3 EA 1 00 ITM3014 047 08944 0007 FINGER STOCK EA 1 00 ITM3016 047 12271 0002 CRYSTAL FILTER SHI EA 1 00 ITM3017 012 01682 0001 POLYMIDE W ADHESI EA 1 00 ITM3018 047 12343 0002 SHIELDS WITH FINI EA 1 00 ITM3019 047 12484 0002 VCO COVER WITH FIN EA 1 00 ITM3020 088 03441 0001 VIBRATION STOP EA 1 00 ITM3021 088 03447 0002 VIBRATION STOP TO EA 1 00 ITM3022 012 01005 0002 TAPE M...

Page 246: ... 1 00 Q3001 007 08064 0014 XSTR PNP 4 7K 10K EA 1 00 Q3002 007 08064 0017 XSTR NPN 47K 47K EA 1 00 Q3003 007 08064 0014 XSTR PNP 4 7K 10K EA 1 00 Q3004 007 00254 0001 XSTR S PNP SOT 23 EA 1 00 Q3005 007 08064 0017 XSTR NPN 47K 47K EA 1 00 Q3007 007 08064 0017 XSTR NPN 47K 47K EA 1 00 Q3009 007 08064 0017 XSTR NPN 47K 47K EA 1 00 Q3010 007 00957 0000 TSTR MOS FET BF996 EA 1 00 Q3011 007 01052 0001 ...

Page 247: ... 1 00 R3034 139 01301 0010 RES CH 1 3K 1W 1 EA 1 00 R3035 139 01002 0010 RES CH 10K TW 1 EA 1 00 R3036 139 01002 0010 RES CH 10K TW 1 EA 1 00 R3037 139 04222 0010 RES CH 42 2K 1W 1 EA 1 00 R3038 139 05622 0010 RES CH 56 2K TW 1 EA 1 00 R3039 139 01002 0010 RES CH 10K TW 1 EA 1 00 R3040 139 01301 0010 RES CH 1 3K 1W 1 EA 1 00 R3041 139 01002 0010 RES CH 10K TW 1 EA 1 00 R3042 139 01002 0010 RES CH ...

Page 248: ...49 9 1W 1 EA 1 00 R3089 139 05110 0010 RES CH 511 1W 1 EA 1 00 R3091 139 02431 0010 RES CH 2 43K 1W 1 EA 1 00 R3092 139 05622 0010 RES CH 56 2K TW 1 EA 1 00 R3094 139 00200 0010 RES CH 20 0 1W 1 EA 1 00 R3095 139 00200 0010 RES CH 20 0 1W 1 EA 25 R3095 139 00301 0010 RES CH 30 TW 1 EA 10 R3095 139 00499 0010 RES CH 49 9 1W 1 EA 25 R3095 139 00619 0010 RES CH 61 9 TW 1 EA 25 R3095 139 01000 0010 RE...

Page 249: ...A 1 00 R3146 139 06810 0010 RES CH 681 1W 1 EA 1 00 R3147 139 02210 0010 RES CH 221 1W 1 EA 1 00 R3147 139 06810 0010 RES CH 681 1W 1 EA 1 00 R3148 139 05622 0010 RES CH 56 2K TW 1 EA 1 00 R3149 139 04751 0010 RES CH 4 75K 1W 1 EA 1 00 R3150 139 03011 0010 RES CH 3 01K 1W 1 EA 1 00 R3151 139 01000 0010 RES CH 100 1W 1 EA 1 00 R3152 139 01272 0010 RES CH 12 7K TW 1 EA 1 00 R3152 139 02212 0010 RES ...

Page 250: ... EA 1 00 R3199 139 01002 0010 RES CH 10K TW 1 EA 1 00 R3200 139 01000 0010 RES CH 100 1W 1 EA 1 00 R3201 139 01212 0010 RES CH 12 1K 1W 1 EA 1 00 R3202 139 05622 0010 RES CH 56 2K TW 1 EA 1 00 R3203 139 02001 0010 RES CH 2 00K TW 1 EA 1 00 R3204 139 00365 0010 RES CH 36 5 OHM TW EA 1 00 R3205 139 06811 0010 RES CH 6 81K 1W 1 EA 1 00 R3206 139 00301 0010 RES CH 30 TW 1 EA 1 00 R3207 139 00200 0010 ...

Page 251: ...1 EA 1 00 R3268 139 01001 0010 RES CH 1000 1W 1 EA 1 00 R3269 139 05110 0010 RES CH 511 1W 1 EA 1 00 R3272 139 01000 0010 RES CH 100 1W 1 EA 1 00 R3274 139 02001 0010 RES CH 2 00K TW 1 EA 1 00 R3275 139 01000 0010 RES CH 100 1W 1 EA 1 00 R3277 139 01000 0010 RES CH 100 1W 1 EA 1 00 R3280 139 06811 0010 RES CH 6 81K 1W 1 EA 1 00 R3281 139 01002 0010 RES CH 10K TW 1 EA 1 00 R3282 139 01001 0010 RES ...

Page 252: ... 0026 IC MC78L05ABD EA 1 00 U3010 123 04066 0003 IC ANA DIG SW EA 1 00 U3011 120 03606 0000 SYNTHESIZER EA 1 00 U3012 120 03571 0000 MMIC WIDE BAND AMP EA 1 00 U3013 120 03196 0000 IC LM2902D EA 1 00 U3015 120 03645 0000 AM RECEIVER EA 1 00 U3016 120 03632 0000 MC33202 OPAMP EA 1 00 U3017 123 04066 0003 IC ANA DIG SW EA 1 00 U3018 120 03606 0000 SYNTHESIZER EA 1 00 U3019 120 03632 0000 MC33202 OPA...

Page 253: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 141 Figure 6 19 COM VOR Receiver Board Dwg No 300 09061 0010 rev E sheet 1 of 4 ...

Page 254: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 143 Figure 6 19 COM VOR Receiver Board Dwg No 300 09061 0010 rev E Sheet 2 of 4 ...

Page 255: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 145 Figure 6 19 COM VOR Receiver Board Dwg No 300 09061 0010 rev E sheet 3 of 4 ...

Page 256: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 147 Figure 6 19 COM VOR Receiver Board Dwg No 300 09061 0010 rev E sheet 4 of 4 ...

Page 257: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 149 Figure 6 20 COM VOR Receiver Board Dwg No 300 09061 0020 rev B sheet 1 of 5 ...

Page 258: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 151 Figure 6 20 COM VOR Receiver Board Dwg No 300 09061 0020 rev B sheet 2 of 5 ...

Page 259: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 153 Figure 6 20 COM VOR Receiver Board Dwg No 300 09061 0020 rev B sheet 3 of 5 ...

Page 260: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 155 Figure 6 20 COM VOR Receiver Board Dwg No 300 09061 0020 rev B sheet 4 of 5 ...

Page 261: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 157 Figure 6 20 COM VOR Receiver Board Dwg No 300 09061 0020 rev B sheet 5 of 5 ...

Page 262: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 159 Figure 6 21 COM VOR Receiver Board Schematic Dwg No 002 09061 0010 rev J Sheet 1 of 5 ...

Page 263: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 161 Figure 6 21 COM VOR Receiver Board Schematic Dwg No 002 09061 0010 rev J Sheet 2 of 5 ...

Page 264: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 163 Figure 6 21 COM VOR Receiver Board Schematic Dwg No 002 09061 0010 rev J Sheet 3 of 5 ...

Page 265: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 165 Figure 6 21 COM VOR Receiver Board Schematic Dwg No 002 09061 0010 rev J Sheet 4 of 5 ...

Page 266: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 167 Figure 6 21 COM VOR Receiver Board Schematic Dwg No 002 09061 0010 rev J Sheet 5 of 5 ...

Page 267: ...P CH27PFNPO 100V EA 1 C33 102 00094 0002 CAP VAR 2 5 10 PF EA 1 C34 102 00094 0002 CAP VAR 2 5 10 PF EA 1 C35 102 00094 0002 CAP VAR 2 5 10 PF EA 1 C36 102 00094 0002 CAP VAR 2 5 10 PF EA 1 C37 106 05560 0026 CAP CH56PFNPO 100V EA 1 C38 106 05390 0026 CAP CH39PFNPO 100V EA 1 C5 106 05103 0057 CAP CH 10KX7R 100V EA 1 C7 106 05103 0057 CAP CH 10KX7R 100V EA 1 C8 106 05103 0057 CAP CH 10KX7R 100V EA ...

Page 268: ...BENDIX KING KX 165A Page 6 170 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 269: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 171 Figure 6 22 IF Filter Board Dwg No 300 09709 0010 rev C ...

Page 270: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 173 Figure 6 23 IF Filter Board Schematic Dwg No 002 09709 0010 rev A ...

Page 271: ...ESCRIPTION UN 0002 1 047 12035 0013 COVER W HARDWARE EA 1 15 012 01670 0001 AUDIO BOARD INSULA EA 1 2 090 01011 0001 RUBBER BUMPER EA 2 4 047 12028 0001 AUDIO AMP CLIP EA 1 5 089 06008 0006 SCR FHP 4 40X3 8 EA 7 6 200 09447 0000 GLIDESLOPE ASSY EA 1 7 200 09063 0000 KX165A VOR LOC CON EA 1 300 05661 0020 TOP COVER ASSEMBLY RF 0 ...

Page 272: ...BENDIX KING KX 165A Page 6 176 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 273: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 177 Figure 6 24 Top Cover Assembly Dwg No 300 05661 0020 rev ...

Page 274: ...PO 100 EA 1 C7025 106 05331 0026 CAP CH330PFNPO 100 EA 1 C7026 106 05331 0026 CAP CH330PFNPO 100 EA 1 C7027 106 05331 0026 CAP CH330PFNPO 100 EA 1 C7028 096 01188 0012 CAP TANT 22 UF EA 1 C7031 106 05104 0037 CAP CH 100KX7R 25V EA 1 C7032 106 05103 0057 CAP CH 10KX7R 100V EA 1 C7034 097 00204 0026 CAP AL 47UF 25V 20 EA 1 C7036 106 04122 0016 CAPCH1200PFNPO 50V EA 1 C7037 106 04122 0016 CAPCH1200PF...

Page 275: ... 0010 RES CH 1500 1W 1 EA 1 R7011 139 02210 0010 RES CH 221 1W 1 EA 1 R7012 139 02210 0010 RES CH 221 1W 1 EA 1 R7014 139 03322 0010 RES CH 33 2K TW 1 EA 1 R7015 139 03322 0010 RES CH 33 2K TW 1 EA 1 R7016 139 00499 0010 RES CH 49 9 1W 1 EA 1 R7017 139 00000 0014 CKT JUMPER 0805 EA 1 R7018 139 00000 0014 CKT JUMPER 0805 EA 1 R7020 139 02802 0010 RES CH 28K TW 1 EA 1 R7021 139 02612 0010 RES CH 26 ...

Page 276: ...08 A OP AMP EA 1 U7007 120 03196 0000 IC LM2902D EA 1 002 09063 0000 VOR LOC CONVERTE RF 0 016 01144 0000 TAK PAK ADV 122 92 AR 1 016 01144 0001 ACCELERATOR 11525 AR 1 024 05019 0000 WIRE 30 GREEN IN 1 300 09063 0000 VOR LOC CONVERTE RF 0 SYMBOL PART_NUMBER FIND_NO DESCRIPTION UN 0000 ...

Page 277: ...BENDIX KING KX 165A Page 6 182 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 278: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 183 Figure 6 25 VOR LOC Converter Board Dwg No 300 09063 0000 rev AC ...

Page 279: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 185 Figure 6 26 VOR LOC Converter Board Schematic Dwg No 002 09063 0000 rev AF Sheet 1 of 2 ...

Page 280: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 187 Figure 6 26 VOR LOC Converter Board Schematic Dwg No 002 09063 0000 rev AF Sheet 2 of 2 ...

Page 281: ... 10 155 02892 0001 CABLE ASSY 2MM 1 EA 1 2 030 00152 0000 CONN BNC HEX EA 1 3 047 12208 0012 KX155A GLIDESLOPE EA 1 4 073 01006 0003 CASTING W FINISH EA 1 5 089 05899 0002 SCR PHP 2 56X1 8 EA 1 6 089 05899 0003 SCR PHP 2 56X3 16 EA 28 7 089 08033 0030 WASHER INTERNAL L EA 1 8 200 09060 0000 KX155A GLIDESLOPE EA 1 9 187 01355 0000 CUSHION EA 25 300 09447 0000 GLIDESLOPE ASSY RF 0 ...

Page 282: ...BENDIX KING KX 165A Page 6 190 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 283: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 191 Figure 6 27 Glideslope Assembly Dwg No 300 09447 0000 rev A ...

Page 284: ... C121 106 05103 0057 CAP CH 10KX7R 100V EA 1 00 C122 106 05103 0057 CAP CH 10KX7R 100V EA 1 00 C123 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C125 096 01186 0005 CAP 22UF 6V 10 EA 1 00 C126 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C128 106 05103 0057 CAP CH 10KX7R 100V EA 1 00 C129 106 05331 0026 CAP CH330PFNPO 100 EA 1 00 C13 106 05331 0026 CAP CH330PFNPO 100 EA 1 00 C130 106 05104 0037 CAP CH 1...

Page 285: ...X7R 25V EA 1 00 C46 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C47 106 04333 0046 CAP CH 33K X7R 50V EA 1 00 C48 106 05189 0020 CH 1 8PF NPO 100V EA 10 C48 106 05249 0020 CAP CH 2 4PF 100V EA 80 C48 106 05279 0020 CH 2 7PF NPO 100V EA 10 C49 106 05159 0020 CH 1 5PF NPO 100V EA 1 00 C50 106 05270 0026 CAP CH27PFNPO 100V EA 1 00 C51 106 05331 0026 CAP CH330PFNPO 100 EA 1 00 C52 106 05820 0026 CAP CH ...

Page 286: ...V EA 1 00 C93 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C94 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C95 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C96 106 05331 0026 CAP CH330PFNPO 100 EA 1 00 C97 106 05104 0037 CAP CH 100KX7R 25V EA 1 00 C98 106 05102 0026 CAP CH 1K NPO 100V EA 1 00 C99 106 05331 0026 CAP CH330PFNPO 100 EA 1 00 CR2 007 04056 0000 DIO V MMBV109 EA 1 00 CR3 007 05241 0003 TRNSRB 1...

Page 287: ...CH 49 9 1W 1 EA 1 00 R110 139 00499 0010 RES CH 49 9 1W 1 EA 1 00 R111 139 01002 0010 RES CH 10K TW 1 EA 1 00 R112 139 02052 0010 RES CH 20 5K 1W 1 EA 1 00 R113 133 00560 0009 RES VA SMD 10K QW EA 00 R114 139 00100 0000 RES CHIP 10 EW 1 EA 1 00 R115 139 00000 0014 CKT JUMPER 0805 EA 1 00 R12 139 05110 0010 RES CH 511 1W 1 EA 1 00 R13 139 01002 0010 RES CH 10K TW 1 EA 1 00 R14 139 01001 0010 RES CH...

Page 288: ...S CH 4 75K 1W 1 EA 1 00 R59 139 02000 0010 RES CH 200 OHMS 1 EA 1 00 R6 139 00499 0010 RES CH 49 9 1W 1 EA 1 00 R61 139 02001 0010 RES CH 2 00K TW 1 EA 1 00 R62 139 04751 0010 RES CH 4 75K 1W 1 EA 1 00 R63 139 01102 0010 RES CH 11K 1W 1 EA 1 00 R64 139 01002 0010 RES CH 10K TW 1 EA 1 00 R65 139 06811 0010 RES CH 6 81K 1W 1 EA 1 00 R67 139 02210 0010 RES CH 221 1W 1 EA 1 00 R68 139 00100 0010 RES C...

Page 289: ... TP4 008 00309 0000 TEST POINT SURF MN EA 1 00 TP5 008 00309 0000 TEST POINT SURF MN EA 1 00 TP6 008 00309 0000 TEST POINT SURF MN EA 1 00 U10 120 03770 0001 LOW OFFSET OP AMP EA 1 00 U11 133 00569 0000 DIGITAL POT 10K EA 1 00 U12 120 03400 0001 REF 02 PREC V REG EA 1 00 U2 120 03643 0000 MMIC AMPLIFIER EA 1 00 U3 120 03196 0000 IC LM2902D EA 1 00 U4 120 03020 0001 IC IF AMP SO EA 1 00 U5 120 0363...

Page 290: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 199 Figure 6 28 Glideslope Board Dwg No 300 09060 0000 rev B ...

Page 291: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 201 Figure 6 29 Glideslope Board Schematic Dwg No 002 09060 0000 rev D Sheet 1 of 3 ...

Page 292: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 203 Figure 6 29 Glideslope Board Schematic Dwg No 002 09060 0000 rev D Sheet 2 of 3 ...

Page 293: ...BENDIX KING KX 165A Rev 0 June 2000 RCD 15610I00 Page 6 205 Figure 6 29 Glideslope Board Schematic Dwg No 002 09060 0000 rev D Sheet 3 of 3 ...

Page 294: ...ber define the hardware software level of the equipment the first two digits defining the hardware the last two digits defining the software The next level under the top BOM are boxes containing the BOM numbers of hardware circuit boards and hardware software assemblies used in the particular versions of the units listed The 200 designation defines the hardware assembly and the 206 number defines ...

Page 295: ...BENDIX KING KX 165A Page S 2 15610M00 RCD Rev 0 Jun 2000 THIS PAGE RESERVED ...

Page 296: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page S 3 FIGURE S 1 KX 165A 069 01033 0101 SW ID 0106 ...

Page 297: ...BENDIX KING KX 165A Rev 0 Jun 2000 15610M00 RCD Page S 5 FIGURE S 2 KX 165A 069 01033 0201 SW ID 0106 ...

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