10

FCC ID: K66VX-5R

Parts List/Tune Up Info

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FCCID_82101

oct. 2.49ee. ii:giem YAesu usa -fl“‘fl rroy YAsSU MUSEN C0., 17 — ID: KObVX—5R $205% Y&y _ romme 113 VX~5R alignment dos 12 VX—5R Alignment Introduction The VX—5R is carefully aligned at the factory for the spemfied performance across the amateur band. Realignment should therefore not Int necessary except in the event of a component failure. Only an authorized Yaafu representative should perform all component replacement and service, or the warranty policy may be void. The following procedures cover the ad)ustments that arc not normally required once the transceiver has left the factory. Howevier, if damage occurs and some parts subsequently are replaced, realignment may be required. If a sudden problem occurs during normal operation, it is likely ciue to component failure; realignment should not be done until after the faully component has been roplaced. We recommend that servicing be performed only by ;;uthonzed Yaesu service technicians who are experienced with the circuitry and fully equipped for repair and alignment. If a fault is suspected, contact the iealer from whom the transceiver was purchased for instructions regarding wmipair. Authorizoed Yacsu service technicians realign all circuits and make complete performance checks to ensure compliance with factory specifications after) replacing any faulty components. Those who do undertake any of the following alignments are cautioned to proceed at their own risk. Problems caused y unauthorized attempts _ at realignment are not covered by the warranty policy Also, Yaesu reserves the right to change circuits and alignment procedures in \'he interest of improved perfarmance, without notifying owners. Under no circumstances should any alignment be atter’npted unless the normal function and qperation of the transceiver are clearly undl¢Trstood the cause of the malfunction has been clearly pinpointed and any faulty ommponen‘rs replaced, and realignment determined to be absolutely necessary. The following test equipment (and familiarity with ifs use) is necessary for complete realignment. Correction of problems caused by| misalignment resulting from use of improper test equipment is not covered under the warranty policy. While most steps do not require all of the equipment litted, the interactions of some adjustments may require that more complex udji\,"zshnents be performed afterwards. | Do not aitempt to perform only a single step unless it is clearly isolated electrically from all other steps, Have all test equipment keady before beginning and, follow all of the steps in a section in the order presented Required Test Equipment 1 YAESU MUSEN Co.. Ltd.

No .419 P.12/18 oct. 2.1998 11:G2en YRESU USA rrol vaEsu MUSEN Ass C0., L1D 1998210A 28 (%‘2 32/%a12:26/8853001109035 P : VX—GR alignment.doo 13 ? RP Signal Generator with calibrated output level at 50(1\ MHz ? Deviation Meter (linear detector) 7 In—line Wattmeter with 5% accuracy at 500 MHz ?50—&, 10—W RF Dummy Load | ?8—Q AF Dummy Load ? Regulated DC Power Supply adjustable from 3 to 15 VDC 2A ? Frequency Counter: 0.2—ppm accuracy at 500 MHz ? AF Signal Generator ? AC Voltmeter ? DC Voltmeter: high impedance . ? VHF Sampling Coupler ; ? SINAD Meter ‘ AlignmentPreparation & Precautions ; A 10—W RE load and in—line wattmeter must be con.nqa:ted to the main anterna jack in all procedures that call for transmission, alignme¢it is not possible with an antenna. After completing one step, read the next stey}) to see if the same test equipment is required. If not, remove the test equipment (except durmimy load and wattmeter, if connected) before proceeding. Correct alignment requires that the ambicnt temperatyre be the same as that of the transceiver and tost equipment, and that this tompérature be held constant between 20~30°C (68~86°F). When the transceiver is brought into the shop from hot or cold air, it should be allowed some time to come tofoom termperature before alignment. Whenever possible, alignments should be marle with oscillator shields and cireuit boards firmly affixed in place. Also, the test equipment must be thoroughly warmed up before beginning. Note: Signal levels in 4B referred to in the alignment procedure.y hre based on OdBm=0.5 x V. i Test Setup Set up the test equipment as shown below for transcelLer alignment, apply 12 VDC power to the transceiver. Rofer to the drawings for Ahgnment Points. PLL Reference Frequency With the waitmeter, dummy load and frequency :mpnter connected to the antenna jack, and while tuned to the center of the bmnd, transmit and adjust TC2001 on the AF Unit, if necessary, so the counter treque\ncy is within 100 Hz of the displayed frequency on the VX—5R. UHP band Tx Deviation Adjustment 2 . YAESU MUSEN Co.. Ltd.

11: 038M vaESU USA NO. 419 P.13/18 OCT. 2.1998 1 FROM YAESU MUSEN C0., LTD 19988108 28 (G) 19330781 2: 26/@esssaot i0905 P is VX=SR alienmentdoc A 4. ? With the wattmeter, dummy load and frequency @ounter connected to the antenna jack, adjust the AF generator attenuator level for BOmV rms @ 1 kH2 to the MIC jack, ? Transmit and adjust VR1003 to obtain 4.24.5 kHiz itldzgatcd on the deviation meter (3.7—4.0 kHz for Al, AZA, A2B & A3 versions). 144MHz band Tx Deviation Adjustment i 7 With the wattmeter, dummy load and frequency sounter connected to the antenna jack, adjust the AF gcrwrator attcnuator level fur 80mV ims @1 kHz to the MIC jack. ? Transmit and adjust VR1002 to obtain 4.24.5 kHz u'udmated on the deviation meter (3.7—4.0 kHz for A1, A2A, A2B & A3 versions). SOMHz band Tx Deviation Adjustment ? With the wattmeter, dummy load and frequency <'|.5Lmter connected to the antenna jack, adjust the AF generator attemnuator level Mer EOmV tms @ 1 kHz to the MIC jack. ? Transmit and adjust VR1001 to obtain 4.24.5 kHz zru:{xt:'\t‘.d on the deviation meter (3.7—4.0 kHz for A1, AZA, A2B & A3 versions). _ CTCSS Tx Deviation Adjustment : ? Tuncto the center of both band, and enable 88.5 Hz CTGSS encode. ? With the wattmeter, dumumy load and frequency ccfifnter connected to the antenna jack, transmit and adjust VR1004 to obtain 0.5—0.7 ki iz as indicated on the deviation meter. 1 FM—Wide Alignment ? With the transceiver and RF signal generator both tuned to 76.1 MHz, modulate the RF signal generator with 75—kHz devxat,\on of a 1—kHx tone, and inject +40 dBu at the antenna jack. 1 . ? Adjust T2001 for optirourn SINAD ou deviation meter, 1 Internal System Alignment Routine i This uses a progranuned routine in the transceiver which simplifies many previously complex discrete component settings and adu(lsfmens with digitally— controlled settings via front panel buttons and LCD i,ndicanons Transceiver adjustments include: ? Squelch Hysteresis ? Squelch Threshold & Tight Adjustment ? $—Meter Full Scale & 5—1 Adjustment ? Wide—FM S—Meter Full Scale & $1 Adjustment 3 YAESU MUSEN Co., Ltd.

CV °CCAZ 22 E00 EC i1: ZLHH ACS raes) is JSA 996 dvVA‘*‘SU MJSEX CO, , LTD 19988108 28 (€) 1 2: 33/@91 2: 26/100883801109035 P 16 VX—5R alinment.doc ,1; ? Power Output Adjustment (Hi/L3/1.2/1.1) 5OMHz band Alignment U ? To begin, set the transceiver to the center of the SQMHz band, then turn the transceiver off. ? Next, press and hold the knob, BAND, TXPO and lC) button together while powering the radio again. The display shows the first fetting. Note that the first settings are not adjustable and are ligft as set from thefactory. In the alignment, each adjustment is selected by rotamng the knob. Alignment is performed by pressing the knob, then injecting a signal of the required frequency and level. Pressing knob after a level setting or adjustment is magle stores the entry. To exit the aligninent routine, press HOME button. After perforirh.ng the system alignment in its entirety, individual settings can be retumed to ancdiadjusted should the need arise. Squelch Hysteresis Adjust (HTS SQL 0) ? Select the squelch hysteresis level by DIAL. Squelch Preset Threshold (THLD SQL 88) ? Inject a —15dB u (—13.9dB u: Version Bl, B2A, B2B, C1, QZA C2B, D1, D2A and D2B) RF signal (3.5kHz deviation @ 1—kl42), then press{the MR button and rotate it for the next setting. ; Squeich Preset Tight (TIGH SQL 54) [ ? Adjust the generator level for a —4dB u (—2.5dB u: Ve'rsxru]a B1, B2A, B2B, C1, C2A, C2B, D1, D2A and D2B) signal, then press the MR bun%on and rotate it for the next setting. Low—Scale 5~1 Adjustment (S1 LEVEL 12) ? Adjust the generator level to —74B 4 (3.5k}iz deviation (49 1—kHz), then press the MR button and rotate it for the next setting. ' S—Meter Full—Scale Adjust (§9 LEVEL 106) ? Adjust the generator level to +20dB 4 (3.9kHz deviation um 1—kMz2), then press the MR button and rotate it for the next setting. Wide Low—Scale 5—1 Adjustment (5] LEVEL 13) ? Adjust the generator level to —0dB u (20kHz deviation i 1—kHz), then press the MR button and rotate it for the next setting. 4 | YAESU MUSEN Co., Ltd. S i

NQ. 413 m.l0/15 OcT. 2.1993 11:@4a YAESJ USA TROM YAZSU MUSEN €0., LTD 1998€: 08. 28 (¢) 1 2: 33/@01 2: 26/@§83001109035 P 17 VX— i — X—5R alignment.doc 4/ Wide 5—Meter Full—Scale Adjust (59 LEVEL 131) ? Adjust the generator level to +200B ;. (20kHz devmhmr} @ 1—kHz), then pross the MR button and rotate it for the next setting. High TX Power Adjust (HL POWER 112) i ? Transmit and adjust the output power level for 5 W by zxotatmg the knob. ? Press the MR button to save the entry and rotate it for thie next setting. L3 Tz Power Adjust (L3 POWER 74) ? Transmit and adjust the output power level for 2.5 W using the knob. ? Press the MR button to save the entry and rotate it for the next setting. L2 Tx Power Adjust (L2 POWER 42) ? Transmit and adjust the output power level for 1 W by r;ntahng the knob. ? Press the MR button to save the entry and rotate it for the next setting. L1 Tz Power Adjust (L1 POWER 21) ? Transmit and adjust the output power level for 0.3 W u:»!\ng the knob. ? Press the MR button to save the entry. ? This completes the 50OMHz—band internal alignment routine, to save all settings and exit, press BAND button. 144MHz band Alignment ? To begin, set the transceiver to the center of the 14-41Vl'H7 band, then turn the transceiver off, ? Next, press and hold the knob, BAND, TXPO and u) button together while powering the radio again. The display shows the first seitting. Note that the first settings are not adjustable and are leftias set from the factory. in the alignment, each adjustment is selected by rotating the knub. Alignment is performed by pressing the knob, then injecting a signal of the required frequency and level. Pressing knob after a level setting or adjustment is made} stores the ontry. To exit the alignment routine, press HOME button. After performing the system alignment ~ in its entirety, individual settings can be returned to and sidjusted should the need arise, Squelch Hysteresis Adjust (HIS SQL 0) ? Select the squelch hysteresis level by DIAL. Squelch Presel Threshold (THLD SQL 92) $ YAESU MUSEN Co., Ltd.

NQ, 41 §U. d1z F. 19— 48 ga8 115 geem vaesu use C MUSEN C0., LTD 1998E1. 00. 28 (G) 12 34/@01 2: 26/@e@#3¢01 109035 P ig VX~5R alignment.dog 4(7 ? Inject a 1546 n (—13.5dBa: Version B1, B2Z2A, B2B, CH, C2A, C2B, D1, D2A and D2B) RF signal (3.5kHz deviation @ 1—khHz), then prejs the MR button and rotate it for the next setting. Squelch Preset Tight (TIGH SQ1. 44) 7 Adjust the generator level for a 4dB u (—2.54B u: Version B1, B2A, B2B, C1, C2A, C2B, D1, D2A and D2B) signal, then press the MR lutton and rotate it for the next setting. Low—Scale S—1 Adjustment ($1 LEVEL 24) ? Adjust the generator level to —74B 4 (3.5kHz deviation @ 1—kHz), then press the MR button and rotate it for the next setting. 5—Meter Full—Seale Adjust (59 LEVEL 120) | ? Adjust the generator level to +200B a (3.5kHz deviation @ I—kl4z2z), then press the MR button and rotate it for the next setting. Wide Low—Scale S—1 Adjusiment (51 LEVEL 51) ? Adjust the generator level to —0d4B _ (20kHz deviation @ 1—kHMz), then press the MR button and rotate it for the next setting. Wide 5—Meter Full—Seale Adjust ($9 LEVEL 170} ? Adjust the generator level to +2008B 4 (20kHz deviation ® 1—kH2), then press the MR button and rotate it for the next setting. High TX Power Adjust (HI POWER 118) ? Transmit and adjust the output power level for 5 W by rptating the knob. ? Press the MR button to save the entry and rotate it for thk next setting. L3 Tx Power Adjust (L3 POWER 76) ? Transmit and adjust the output power level for 2.5 W u.flng the knob. ? Press the MR button to save the entry and rotate it for the next setting. L2 Tx Power Adjust (L2 POWER 44) ? Transmit and adjust the output power level for 1 W by mtab.ng the knob. ? Press the MR button to save the entry and rotate it (ov the) next setting. L1 Tx Power Adjust (L1 POWER 21) ? Transmit and adjust the output power level for 0.3 W us'umg the knob. ? Press the MR button to save the entry. ? This completes the 144MHz—band internal alignment rovitine, to save all settings 6 YAESU MUSEN Co., Ltd.

No.41g P.17/18 OCT. ig9e 11:@Sen vaesd USA FROM YA sJ WseN 00. , Lt 1998F108 25 (&) 12: 34/@11 7: 26/k@@33801109035 P 19 VX—S5R alignmentdog 18 and exit, press BAND button. UHF band Alignnent s ? To begin, set the transcciver to the center of the UHF band, then turn the transceiver off. 7 Next, press and hold the knob, BAND, TXPO angl 0 button together while powering the radio again. The display shows the firssetting. Note that the first setrings are not adjustable and are léift as set from the factory. In the alignment, each adjustment is selected by rotating the knob. Alignment is performed by pressing the knob, then injecting a sxgnal«of the required frequency and level. Pressing knob aftor a level setting or adjustment is rmuie stores the entry. To exit the alignment routine, press HOME button. After performing the system alignrnent in its entirety, individual settings can be returned to and,adjusted should the need arise. Squelch Hysteresis Adjust (HIS SQL 0) ? Select the squelch hysteresis level by DIAL. Squelch Preset Threshold (THLT) SQL 36) . ? Inject a 15dBu(—13.5dB u: Version B1, B2A, B2B, C1, C24, C2B, D1, D2A and D2B) RF signal (3.5kHz deviation @ 1—kHz), then press the MR button and rotate it for the next setting. Squelch Preset Tight (TICH SQL 55) . ? Adjust the generator level for a «44B u (—25d4B u:; Version B1, B2A, B2B, C1, C2A, C2B, D1L, D2A and D2B) signal, then press the MR button and rotate it for the next setting. Low—Scale 5—1 Adjustment ($1 LEVEL 7) ? Adjust the generator level to —7dB u (3.5kHz deviation 091-kHz) then proess the MR button and rotate it for the next setting. S—Meter Full—Scale Adjust ($9 LEVEL 98) ? Adjust the generator level to +20db u (3.5kHz deviation i «kHz), then press the MR button and rotate it for the next setting. Wide Low—Seale S—1 Adjustment (51 LEVEL 13) 7 Adjust the generator level to —0dB L (20kHz deviation@1—~kHz), thon press the MR button and rotate it for the next setting. 7 l‘ YAESU MUSEN Co.. Ltd.

NO. 419 P.18—18 998 11:0S0M vaeso USH ragyVasst WuseN Co., LTD 199981 08. 28 (8) 12. 3002: 28feagot 109033 P 20 VX—SR alignmant doe 'Z 9 6 Wide S—Meter Full—Scale Adjust ($9 LEVEL 134) ? Adjust the gencrator level to +204B 4 (20kH2 deviation @ 1—k1 iz), then press the MR button and rotate it for the next setting. High TX Power Adjust (HIPOWER 172) 7 Transmit and adjust the output power level for 4.5 W ty rotating the knob. ? Press the MR buttan to save the entry and rotate it for the next setting. L3 Tx Power Adjust (L3 POWER 119) ? Trans:mit and adjust the output power level for 2.5 W u;fmg the knob. ??Press the MR button to save the entry and rotate it for the next sctting. L2 Tx Power Adjust (L2 POWER 69) ? Transmit and adjust the output power level for 1 W by 1‘ntanng ‘the knob. ? Press the MR button to save the entry and rotate it for the next setting. L1 Tz Power Adjust (L1 POWER 35) ? Transmit and adjust the output power level for 0.3 W using the knob. ? Press the MR button to save the entry. ? This completes the UHF band internal alignment rouruxe, to save all settings and exit, press HOME button. a | YAESU MUSEN Co.. Ltd.

VX—5R Component Application..xis. 1/2 Address ___DeviC Description Arciceus @@ o LUNTL—UNIT} D 1001 Drode UbzTE—17 518 Static Protect *~ ID: K66VX—5R D 1002 LED AA11OIF—TR Lamp ACTIVE COMPONENT LIST D 1003 Diode 189400 TEG1 SW D 1004 LED AA1OIF~TR Lamp D 1005 Diode DA221 TL DC D 1006 Diode RD2.0UM—T2 BATT Charge D 1007 Diode RBS215—30 TE PWR SW D 1008 Diode 188400 TES! SW D 1009 Diode DA221 TL Reset D 1010 Diode DA221 TL Reset D 1011 Diode 168400 TE61 Matrix D 1012 Diode HN2D01FUTE8SR Matrix D 1013 Diode RB521S—30 TE 3V Reg. D 1014 Diode UMPTTN TN Matrix D 1015 Diode UMPT1N TN Matrix D 1016 Diode RB521S—30 TE6 3V Reg. D 1017 Diode RB521S—30 TE6 6.5V DG—DC Convert D 1018 Diode 189400 TE61 SW D 1019 LED AA1TIC—TR Lamp D 1020 LED AATMIC—TR Lamp D 1021 LED AA1IC—TR Lamp D 1022 LED AAM11C—TR Lamp D 1023 LED AA11TMIC—TR Lamp D 1024 LED AATIC—TR Lamp Q 1001 Transistor DTA144EE TL TX/RX SW Q 1002 Transistor 25D1801S—TL BATT Charge Q 1003 IC HD6473877UX(NO PROG.) CPU Q 1004 Transistor 2505374—TL Shift SW Q 1005 Transistor DTC143ZE TL PWR SW Q 1006 Transistor 28C4617 TL R Reset Q 1007 Transistor DTC144EE TL IDC Q 1008 Transistor DTG124TE TL TX/RX SW Q 1008 IC M24C64—WMNGT EEPROM Q 1010 Transistor UMD2N TR ROM Reset Q 1011 IC $—807308N—DT—T1 Reset Q 1012 1C BAO3OLBSG—TR 3V Reg. Q 1013 1C $—812305G—GB—T1 3V Reg. Q 1014 1C NJM34O3AV(TE1) Mic AMP/1DC/LPF Q 1015 1C BA1O3GBFV—E2 Buffer AMP/LPF Q 1016 1C RHSRHG5TA—TT 6.5V DG—DC Convert Q 1017 1G §—807308N—DT—T1 3V Reg. Q 1018 Transistor UMWIN TR TX/RX SW Q 1019 Transistor CPH6102—TL TX/RX SW LAF—UNITT D 2001 Diode DAP222—TL SW D 2002 Diode DA221 TL Noise Detect D 2003 Diode DA221 TL Limitter D 2004 Diode 1§9372(TE8SR) Signal Detect D 2005 Diode 158400 TEO1 Multiplier D 2006 Diode RD6.UMB2—T18 Audio DC Control D 2007 Diode 1SV286(TPL3) DCS Modulation D 2008 Diode 1SV286(TPL3) Ref. Ose D 2009 Diode DA221 TL Limitter D 2010 Diode 155400 TEG1 Ref. Osc. D 2011 LED BRPG1I211C—TR BUSY/TX LED D 2012 Diode DAN222 TL SW D 2013 Diode 158400 TE61 SW D 2014 Diode DA221 TL Limitter Q 2001 Transistor DTC144EE TL Narrow/Wide SW Q 2002 Transistor 2504400—4—TL IF AMP Q 2003 Transistor UMB3N TN Narrow/Wide SW Q 2004 Transistor 2505374—TL IF AMP Q 2005 1C TKI0930VT1 Narrow IF Subsystem Q 2006 IC TATIO2F(TP1) Wide IF Subsystem Q 2007 Transistor 2504400—4—TL Signal AMP Q 2008 Transistor 2504400—4—TL Signal AMP Q 2009 Transistor UMGIN TR AM/FM SW Q 2010 MOSFET HN1JO2FU(TESSL) Mute SW Q 2011 Transistor UMX3N TR De—emphasis Q 2012 Transistor UMD2N TR Audio DC Control Q 2013 Transistor« 2504400—4—TL Multiplier Q 2014 Transistor 2504617 TL R Audio DC Control Q 2015 Transistor CPH6102—TL Audio DC Control Q 2016 Transistor DTC143ZE TL DC Charge Mute Q 2017 Transistor 2504617 TL R OSC AMP Q 2018 Transistor 2504617 TL R Ref. Osc. Q 2019 1C TDA7233D—TR Audio AMP Q 2020 FET 25J144GR TEBSR AF Mute Q 2021 Transistor UMD2N TR Clone SW Q 2022 Transistor UMG2ZN TR LED SW Q 2023 FET 2SK2170—TL AGC Q 2024 Transistor UMHGN TR AGC Q 2025 Transistor FC119—TL RF AMP Q 2026 Transistor 2504400—4—TL Mixer Q 2027 Transistor UMAZN TR TX/RX SW Q 2028 Transistor DTC144EE TL TX/RX SW IRE—URNTT . . D 3002 Diode 159362 TEBSR Limitter D 3003 Diode 159362 TEBSR Limitter

VX~5R Component Application..xis, 2/2 Address DeviC Description Application D 3006 Diede UJFWJ44NTE T2R Cirouit protect D 3008 Diode HVC358B(TAPE) BPF D 3009 Diode HSC277TRE SW D 3010 Diode DAN235E TL SW D 3012 Diode HVC358B(TAPE) BPF D 3013 Diode HVC300A(TAPE) BPF D 3014 Diode HVC3508—TRF BPF D 3015 Diode HVC358E(TAPE) BPF D 3016 Diode HVC300A(TAPE) BPF D 3017 Diode 1T412—M20—T8A BPF D 3018 Diode HVC3E2TRF BPF D 3019 Diode HVC362TRF BPF D 3020 Diode HVC350B—TRF BPF D 3021 Diode 17412—M20—T8A BPF D 3022 Diode HVC362TRF BPF D 3023 Diode HVC3G2TRF BPF D 3024 Diode HVC358B(TAPE) BPF D 3025 Diode DAN235E TL SW D 3026 Diode 158400 TEGt SW D 3027 Diode 155400 TE6I SW D 3028 Diode DAN222 TL SW D 3029 Diode DAN222 TL SW D 3030 Diode DAN222 TL SW D 3031 Diode DAN222 TL APC Sens. D 3032 Diode HN2DO1FUTEBSR SW D 3033 Diode 158355 TE—17 SW D 3034 Diode 1SV3070PH3) ANT SW D 3035 Diode 15V307TPH3) ANT SW D 3036 Diode 15v307(TPH3) ANT SW D 3037 Diode 158400 TES! Ripple Filter D 3038 Diede 1SV30MTPH3) ANT SW D 3039 Diode 1SV307(TPH3) ANT SW D 3040 Diode 1SV30MTPH3) ANT SW D 3041 Diode 1§V271 TPH3 ANT SW D 3042 Diode 1§V271 TPH3 ANT SW D 3043 Diode 1SV271 TPH3 ANT SW D 3044 Diode 158321 TEBSR APC Detect D 3045 Diode DAN222 TL ANT SW D 3046 Diode DAN222 TL SW D 3047 Diode 158400 TEGi SW Q 3007 Transistor 2505374—TL RF AMP Q 3008 Transistor UMX3N TR Level GNTL Q 3009 Transistor 25C4400—4—TL RF AMP Q 3010 Transistor 2805277—D2—TL RF AMP Q 3011 Transistor 2505374—TL RF AMP Q 3013 Transistor 2505374—TL RF AMP Q 3016 Transistor 2505374—TL Buffer AMP Q 3017 Transistor 25C4400—4—TL Mixer Q 3018 Transistor 25C5277—D2—TL Mixer Q 3019 Transistor 2505374—TL Mixer Q 3020 Transistor 2505374—TL Mixer Q 3021 16 FQ7925 PLL Subsystem Q 3022 Transistor 250§374—TL Buffer AMP Q 3023 Transistor 2805374—TL Buffer AMP Q 3024 Transistor 28C5374—TL Buffer AMP Q 3025 Transistor UMD2N TR APC Q 3026 Transistor DTA124EE TL Unlock


Document Created: 2001-04-27 14:36:56
Document Modified: 2001-04-27 14:36:56
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