Sangean U1 Service Manual
Contents
1. L5 O O a TC6 1 i C I O a 9 O O SSVM Test Point TP25 Test Point TP26 6 ALIGNMENT FOR AM SENSITIVITY a Required Instruments AM RF Signal Generator SSVM b Alignment Procedure Adjustment Set the BAND switch to AM position Connect a SSVM to the TP25 TP26 Connect the AM RF signal generator to the loop antenna L7 Set the signal generator to 600 kHz with 30 modulation Set the tuning AM TC5 gang fully closed and adjust L7 for a maximum reading on the SSVM Set the signal generator to 1400 kHz Set the tuning gang fully open and adjust TC5 for a maximum reading on the SSVM Repeat steps 4 and 5 until the best sensitivity is obtained at both frequencies c Instrument Connection _ EG 9d i L7 m O O 5 T 0 0 O 9 9 O O SSVM Test Point TP25 Test Point TP26 TEST POINITS DIAGRAM MAIN PCB TOP VIEW MAIN PCB BOTTOM VIEW rm 4 mo uum 1 PRAWE IL CONIROL PCB TOP VIEW CONTIROL PCB BOTTOM VIEW Puis i 0 05 es 2 POWER PCB TOP VIEW gt 3band ROBERTS _ frr Zmw Iw aux T300 1720350 CORD 1718318 UK Zbane 11 V TWN fm am aux aux 1720360 1720360 _ 1710300 17105202. 33 Schematic Diagramy nara a dede eoe ay 34 SPECIFICATION FM ELECTRICAL PERFORMANCE Model U 1 UL CE Brand SANGEAN Temp 25 R H 75 Date 2003 8 16 Condition Value Test No Test Item Unit Input Output freq Nom Lim 1 2 87 0 5 MH Tunng Range Max 108 5 0 5 Intermediate freq 10 7 0 1 MHz 90 12 18 Max Sensitivity S N 6dB 98 12 18 dBu 106 12 18 90 18 24 Usable Sensitivity S N 30dB 98 18 24 dBu 106 18 24 Image Rejection 127 4MHz R O 106 32 26 dB LF Rejection 10 7MHz S N 6dB 98MHz 60 50 dB 3db Limiting 1mV 98MHz 15 24 dBu Min output 98MHz 0 5 3 mv Tuning Ind Sens Rated 98MHz 18 24 dBu Current consumption output 98MHz 320 400 mA AFC action range 98MHz 500 3200 kHz Spurious rejection 103 35MHz 98MHz 60 50 dB S N Ratio DIN Audio 98MHz 46 40 dB Lowest Batt Volt 60db 98MHz 5 4 V Am suppression 98MHz 36 30 dB DC9V speaker8Q 4 Mod 75kHz 100Hz Speaker8Q AC 10 THD 98MHz 7 6 5 Output Power Load 32Q AC 10 7 mW T H D 75KHz dev 1mV 98MHz 1 2 Over load capacity 10 THD 98MHz gt 106 dBu 90M Calibration 98M 1000 KHz 106M 100H 8 Audio Fidelity 3dB VR RO dB 1KHz 0db W Pre emphasis 10K 4 UL75us CE 50us 100 10K 1K dB 75KHz dev Orea R
3. 22000 35v 72000 25V 4 VZ LAQL uoa S1 01 00Z 3179 34
4. Us 35 31 12 77 12 77 28 55 79 79 28 79 28 28 53 70 29 70 29 45 68 68 52 54 46 16 46 68 68 IC CIRCUIT BLOCK DIAGRAM 1 IC1 LA1186N 2 IC2 LA1805 3 IC3 TDA7266L N2 4 IC5 TC4066BP PIN ASSIGNMENT TOP VIEW 28 D94AU1758 5 IC6 NJM2100L MIM210 L 6 IC200 TC4013BPN PIN ASSIGNMENT TOP VIEW IC AND TRANSISTOR VOLTAGE CHART DC IN 12V TDA7266L IC3 LA1805 IC2 IC1 LA1186N IC6 NJM2100L 30 IC AND TRANSISTOR VOLTAGE CHART DC IN 12V IC200 TC4013BFN LAMP OFF LAMP ON R 4 N DC IN 12V Transistor jo o LO LO 32 SEMICONUCTOR LEAD IDENTIFICATIONS Transistors C C 8 B 2508202 25 1020 25855 G B E 25C18623 25 812 E Emitter C Callector B Base S Source G Gate D Drain Diodes MM4 148 FR204 p C Cathadel 33 SCHEMATIC DIAGEAM CLM MS 0MV8 MS H3MOd 176291952 sou AM ore 0782191 804 OOM DO HOI NOOWY uaa us mvtowia VYGHOS FUL
5. 2band 230V CE im am aux 1720350 1710290 P 3 17 TROUBLESHOOTING FLOW CHART 1 i Weak sensitivity on mode Check whether tha sansitivity is rec if antenna is directly Yos Check the antenna terminal anel connected to the point batacon antenna circuit C3 and C5 Check IF waesform Check CFS T2 Check Li 2 y weak sensitivity band Check the antenna circuit and Is the reception in AM kand antenna terminal Chack LT H 1 Check Tl and CF 2 3 Power can not be tumed on Check whether tha of I3 is voc Check SWI You Check pin Bof Qid iz 0 6 DE You Check DC Jack and connecter wire Check whether G10 is ar power peb de 12V 20 1012050 1012071 1012320 1013540 1013600 1013620 1020041 1020230 1020241 1020250 1023000 1023020 1023040 1041211T 1041240T 1045120T 1046011 1050290 1057070 1062120 1062130 1111240 1122271 1122970 1123031 1123190 1135100 1135902 1144170 1200560 1315524 1612820 1612830 1612840 1620740 1631380 1631531 1640040 1640110 1647100 1664081 1664170 1664222 1704660 1710290 1720350 1850709 1851409 4110364CS 44224605 44105615 441056 44106325 442263 5 44476315 ELECTRICAL PART LIST Description Q y Remark IC LA1186N IC NJM2100L IC 4066BP IC TDA7266L IC LA18
6. BADGE BUMPER BUMPER CONNECTOR SPEAKER GRILL SPEAKER RING DIAL PLATE LAMP LENS LAMP COVER DOOR LOCK KNOB DOOR LOCK KNOB HOLDER WIRE DOOR PVC PLATE FM BAND PLATE MW BAND PLATE 24 ua 2 CE E IE X OE OR GE CE ck OE ak Zk oe ak X ek ek X ek ak A CE M gt A3 TONE 20A A3 TONE 22A A4 TONE 21A A4 818 1495 A2 ATR1 27 A4 ATR1 29 A4 ATR1 35 A3 TONE 35A A3 TONE 36A A4 TONE 41A A4 TONE 42A A4 TONE 44A A4 TONE 43A A4 TONE 45A A4 TONE 49A A4 TONE 51A A4 TONE 56A A4 TONE 52A A4 TONE 53A A4 TONE 54A A4 TONE 55A A4 ATR1 25 A2 TONE 38A A4 TONE 40A A4 TONE 30A A4 TONE 31A A4 TONE 32A A4 TONE 37A A1 TONE 01A A1 TONE 02A A1 TONE 04A A3 TONE 26A A1 TONE 05A A3 TONE 12A A1 TONE 16A A3 TONE 19A A3 TONE 10A A4 TONE 23A A3 TONE 14A A3 TONE 15A A4 TONE 25A A1 TONE 17A A2 TONE 18A A2 TONE 26A A2 TONE 09A A3 TONE 11A A3 TONE 13A A3 TONE 24A A3 TONE 07A A3 TONE 08A A1 TONE 03A A4 TONE 46A A4 TONE 33A A4 TONE 34A Ref PART NO DESCRIPTION DWG NO REMARK 372K901 373K901 374K901 8510000 9002042 9013102 9051062 9063062 9090016 9104153 9112063 9153050 9153103 9154101 9162081 9163101 9163103 9163123 9163201 9164203 9166083 9905400 9997404 LIGHT KNOB MIC AUX PHONE CAP DC JACK CAP W TIES 100mm SCREW JMP 2 6x4 NI SCREW JMF M3X10 MI SC
7. 1MVIXV 280 onuoa dure mu mid SILLI 921551 0 00 1 durej 1451 SOSIVI 5509 CJI YANAL AAJAW LAE suoqdieq 250 Ad LNY Wa COLT TT CIO MALTA AI 10 WALT AI LAI ONAL LAI 990 24 60 OL HOLIAS TVNDIS AV Ed 9811 2I puo WA Pur uodo EI NI NOW ALIGNMENT INSTRUCTIONS 1 ALIGNMENT FOR FM FREQUENCY RANGE a Required Instruments FM RF signal generator SSVM b Alignment Procedure Adjustment Set the power switch to the ON position Connect a SSVM to the TP25 and TP26 Connect the FM signal generator to the input terminal of the rod antenna TP1 TP2 L2 Set the signal of the signal generator to the standard FM band with frequency TC2 deviation to 22 5 kHz modulation With the tuning gang fullv closed set the signal generator to 87 5 MHz 20 5 MHz and adjust L2 for a maximum reading on the SSVM With the tuning gang fully open set the signal generator to 108 5 MHz 39 5 MHz and adjust TC2 for a maximum reading on the SSVM Repeat Steps 5 and 6 until the best sensitivity is obtained at both frequencies c Instrument Connection O O L TC2 m La O O O 5 9 O O Signal Generatoi SSVM Test Point TP1 Test Point TP25 LT Test Point TPZ Test Point TP26 2 ALIGNMENT FOR FM IL a Required Instruments FM IF Sweep
8. O 50mw Load 8 ohm Modulation Dev 22 5kHz 1kHz Remark Approved Released Tested by 0000 0000 by 0000 000 2000 WOOO MW ELECTRICAL PERFORMANCE Model U 1 UL CE SANGEAN 25 C R H 75 Date 2003 8 16 Condition Value Test No Test Item Unit Input Output Freq Nom Lim 1 2 Tuning Range Min 518 520 kHz Max 1730 1710 Intermediate freq 455 3 kHz 600 kHz 48 54 Max Sensitivity S N 6dB 1000 kHz 48 54 dBu m 1400kHz 46 52 600 kHz 52 58 Usable Sensitivity S N 20dB 1000 kHz 50 56 dBu m 1400kHz 50 56 Image Rejection S N 6dB 1000kHz 36 30 dB I Rejection 455KHz S N 6dB 600 kHz 60 50 dB Selectivity H0KHz S N 6dB 1400kHz 32 26 dB Bandwidth 6dB S N 6dB 7 T3 KHz T H D 5mV R O 2 4 Tuning Ind Sens 64 dBu m S N Ratio RF 5mV 32 dB Lowest Batt Volt RF 5mV 5 4 V Current Consumption R O 1000kHz 320 400 mA Audio fidelity 1KHz 100 Hz 6dB start 2 KHz Qutput power Mod 80 100 10 THD 6 5 V Over Load Capacity 80 10 THD 100 gt 90 dBu m A F O M 50 dB 600 50 Calibration 1000 80 KHz 1400 60 Whistle Modulation 5mV M lt 15 Supply Voltage AC 120V 230V 50mW Load 8 Ohm Modulation Dev 30 400Hz Remark Approved Released Tested by 0000 00
9. 05 DIP24S CHIC TC 4013BFN TR 2SB808G CH TR 2SA812 M6 CH TR 2SC1623 L7 TR 2SA1020Y TR 25010120 2508820 2SD655E MUTE 400 DIODE 1 5821 DIODE FR204 T ZENER RD6 2EB T CH DIODE MM4148 LED RED RT3 234SRT2S B LED YEL 4 5 4407YL28 LED AMBER 5 4847AY27T LED WHT 5 U9387J5T BAR ANT amp COIL 1240 ADJ COIL 2271 ADJ COIL 2970 ADJ COIL 3031 ADJ COIL 3190 FIXED COIL 1 5mH FIXED COIL 6 8mHJ SP COIL 4 5 3 5 0 71 PVC WF 420LT13 A24701S R VR 20KB PCB C U1 PCB P U1 PCB A U1 SPK 6 5 802 15W CH TACT SW 1P1C ROTARY SLIDE SW 4C4P JACK HP E JACK HP DTJ 0613B JACK DC 470AG PBT 2 0L SFELA10M7JAA0 BO FILTER LT455HW FILTER GFMB7 FM ANT W ASS Y 320mm 1p AC CORD 230V 2 5M CE TRANS 230V DC 10V 1 2A HEAT SHRINK 3 54 x45mm HEAT SHRINK TUBE7 x45mm CC 103Z 50V F S EL 224M 50V 5x11 S EL 105M 50V 5x11 S EL 105M 50V 5 11000 EL 106M 16V 5x11 2 S EL 226M 16V 5x11 S EL 476M 16V 5x11 S oO m m m m N 1 6 4 3 1 1 2 1 1 1 1 1 1 1 1 1 1 1 2 1 2 1 1 1 1 1 1 1 1 2 1 2 2 3 1 2 1 2 1 4 6 9 15 Q 2 3 5 7 11 14 Q 10 Q 205 Q 200 201 Q 203 D 12 D 300 301 ZERI 1 2 4 5 200 205 208 212 214 215 LED215 LED203 208 LED212 214 216 LED200 202 L 7 T 1 2 13 L 5 L 2 L 4 L 6 L 1 PVC VR2 SPK1 SW 200 201 SW 1 JK 1 3 JK 4 JK 2 CF 3 CF 2 CF 1 ANT
10. 600 by 00 0000 0000 000 2000 WOOO AUX IN amp MICPHONE ELECTRICAL PERFORMANCE Model U 1 Brand ALL Temp 25 C R H 75 Date 2003 10 22 Condition Value Test No Test Item Unit Input Output Freq Nom Lim 1 2 AUX IN 0 25V 100Hz Output Power 6 5 THD 10 AUX IN Output R 0 50mW i V Dynamic Range AUX IN 100Hz 3 AUX IN 100Hz T S Input Sensitivity JOUT 7W 170 30 mV Volume MAX AUX IN I S 1KHz DISTORTION 8 0 4 OUT R O 50mW AUX IN I S 1 KHz MIN OUTPUT 5 mV Volume MIN AUX IN I S 1KHz amp GND S N RATIO _ 55 50 dB OUT R O 50mW AUX 100HZ 10 Frequency Response IN 0 25V 1KHz dB OUT 50mW 0dB 10 4 MICPHONE ELECTRICAL PERFORMANCE Condition Value Test No Test Item Unit Input Output Freq Nom Lim 1 2 MICPHONE MIC IN 400Hz 4 m Input Sensitivity Volume MAX 7w MIC IN 5mV 400Hz Output Power 6 5W VV THD 10 MICPHONE Input Impedance 10K ohm Remark Approved bv Released Tested bv 0000 0000 UO 0000 0000 000 2000 2000 BLOCK DIAGRAM C31 IMV9 JIM QATGNVA NV BOZ KOZCIEI 102 48 E Q3 1Q4NVH XIV INVE NH QATATVOS 0054 DJAZ L SIO ZIO Ino 2 120 9 105005 MEL EL FL OTO 199 VC0 L HHMOd yogs pueg AHNY LS 20 10 TODIZWIN 921
11. Generator with Scope b Alignment Procedure Mode Adjustment Procedure 1 Turn on the radio 2 Connect the input of the FM IF sweep generation in series with a resister of 1 2k T2 Ohm to the test point TP6 and TP2 L3 3 Connect the RF output of the FM IF sweep generation in series with a resister of 2 2k ohm to another test point TP1 and TP2 4 Adjust L3 make curve with respect to the Center marker frequency of 10 7MHz 5 Adjust T2 have a max c Instrument Connection O Iu z A O O 2 T2 L3 I O 8 O O R 10 7MHz Marker 195 Point FM IF Sweep Generator 3 ALIGNMENT FOR FM SENSITIVITY a Required Instruments FM AM RF Signal Generator SSVM b Alignment Procedure Adjustment Set the power switch to the ON position Connect a SSVM to the speaker TP25 TP26 Connect the FM signal generator to the input terminal of the rod antenna TP1 TP2 L4 Set the signal of the signal generator to the standard FM band with frequency deviation to 22 5 2 modulation With the tuning gang fully closed set the signal generator to 90 MHz and Adjust L1 stretch or squeeze for a maximum reading on the SSVM With the tuning gang fully open set the signal generator to 106 MHz and Adjust TC1 for a maximum reading on the SSVM Repeat steps 5 and 6 until the best sensitivity is obtained at both frequencies c
12. Instrument Connection o C Signal Generatoi SSVM Test Point TP1 Test Point TP25 Test Point TPZ Test Point TP26 4 ALIGNMENT FOR AM IL a Required Instruments AM RF Signal Generator SSVM b Alignment Procedure Adjustment Set the BAND switch to the AM position Connect a SSVM to the TP25 TP26 Connect the AM signal generator to the loop antenna Set the signal generator to 455 kHz with 30 modulation Set the tuning gang fully closed and adjust T1 for a maximum reading on the SSVM c Instrument Connection 11 u O 9 SSVM Test Point TP25 Test Point TP26 5 ALIGNMENT FOR AM FREQUENCY RANGE a Required Instruments AM RF Signal Generator SSVM b Alignment Procedure Adjustment Set the BAND switch to the AM position Connect a SSVM to the TP25 TP26 Connect a AM RF signal generator to the loop antenna AM 15 Set the signal generator to 515 kHz with 30 modulation Set the tuning TC6 gang fully closed and adjust L5 for maximum reading on the SSVM Set the signal generator to 1750 kHz Set the tuning gang fully open and adjust TC6 for a maximum reading on the SSVM Repeat Steps 4 and 5 until the best sensitivity is obtained at both frequencies c Instrument Connection
13. J C CH RD 1 16W 220KJ C CH RD 1 16W 270KJ C CH RD 1 16W 1MJ C CH RD 1 16W OJ C CH JUMP OJ B Nami m ap m m m m gt wo HP HH OT ND O PA PP gt Aa W Lm een 78 e 22 39 58 12 23 25 27 30 46 48 7 94 40 43 45 50 60 N 26 28 49 63 66 16 65 5 11 13 61 33 64 55 14 10 29 35 59 19 31 18 224 210 211 213 217 218 0 8 221 11 12 209 36 225 50 200 202 222 65 69 2 6 55 71 214 16 23 46 51 53 58 60 66 67 18 7 29 59 203 215 45 42 4 17 48 205 216 19 1 13 28 37 40 70 223 26 33 47 3 9 10 15 21 22 24 31 41 54 56 63 212 R 14 25 27 32 34 35 39 44 49 52 61 62 64 207 226 227 R 57 R 5 20 30 R 43 206 JP 25 JP 7 9 10 15 29 31 200 205 207 C C C C C C C C C C C C C 62 C C C C C C C C C C C R R 22 R R R R R R R R R R R R R R R R R R R _ T Gw Remak 6160114 8000010 8000020 8000030 8000040 8000050 8000090 8151249 8151542 8592560 8592700 8592710 86920E8 CH RD 1 10W 15J A W JUMP 5 10 0 6mm W JUMP 6 5 10 6mm W JUMP 7 5 10 0 6mm W JUMP 10 10 0 6mm W JUMP 12 5 10 6mm W JUMP 15 10 0 6mm W PVC 80 6 6 T WHT W PVC 95 6 6 RED W 2 130 6 6 R B W PVC 2 360 6 6 BLK RED W PVC 2 400 6 6 WHT RED W 9 120 5 5 P 2 GRY 23 R 204
14. JP 210 JP 1 3 6 20 JP 22 26 209 JP 4 5 13 16 19 21 27 30 JP 14 23 28 203 204 JP 11 12 17 18 24 201 DC IN WIRE BAT WIRE JW 1 Ref NO JPART NO DESCRIPTION DWG NO REMARK NO 20E9010 20K9000 20K9010 20K9020 2149120 2165140 21J9020 21J9030 21J9040 21K9000 21K9010 21K9020 21K9030 21K9060 21K9070 21K9080 21K9090 21K9120 2256000 22K9000 23K9000 23K9010 23K9020 23K9030 24J9050 24K9000 24K9020 24K9030 24K9040 24K9050 24K9060 301K901A 303K902 304K901 304K901 2 304K901 A 305K902 309K901 309K901 1 312K901 312K901 1 313K901 1 316K901 324K901 338K901 338K901 1 343K901 343K901 1 345K901 346K901 346K901 1 347K901 1 347K901 2 347K902A 349K901 370K901 371K902 MECHANICAL PART LIST LED HODER BAR ANT HOLDER LIGHT KNOB HOLDER TUNING SHAFT ANT TERMINAL PIN BATTERY CONTACT TUNING VR ASS Y ROD ANT HOLDER ROD ANT TERMINAL BATTERY CONTACT 4 BATTERY CONTACT WASHER 3 1x 15x1t WASHER 3 1x 22x1t HEAT SINK BATTERY COVER FIXER BAR COVER FIXER BAR TOUCH PLATE BATTERY CONTACT ASS Y P C B HEMELON RIBBON DOUBLE TAPE DOUBLE TAPE NEP SPACER EVA SPACER ROD ANT PACKING PACKING FRONT CABI PACKING LAMP LENS RUBBER CUSHION CUSHION 64 8x2 5t WIRE BUSHING RUBBER FOOT FRONT CABINET BACK COVER BATTERY COVER BATT COVER FIXER SCREW BATTERY CASE DIAL LENS HANDLE HANDLE RUBBER TUNING KNOB TUNING LED LENS BAND KNOB VOLUME KNOB
15. REW JMPW M2x6 NI SCREW JMB 3 0x6 NI SCREW PTB M6x35 CR SCREW PTP M4x15 CR SCREW PTF M2 6x6 CR SCREW PTPW 3x5 MC SCREW PTPW M3x10 CR SCREW PTPW 4x10 ZK SCREW PTB 2 6x8 ZK SCREW PTB 3x10 ZK SCREW PTB M3x10 CR SCREW PTB 3x12 CR SCREW PTB 3x20 ZK SCREW PTB M4x20 CR SCREW PTB M6x8 CR E RING 4mm C RING d 7 4 25 HW A4 TONE 27A A4 TONE 28A A4 TONE 29A F CABI TUNINGx2 TUNING LENS TUNINGx2 IC HEAT SHINK BUMPER BACKCOVER HANDLE BUMPERx4 KNOB HOLDER HOLDERx2 A PCB BAR ANT HOLDER x2 HANDLE RUBBERx2 WIRE TUBEx2 SPEAKERx4 TRANSx2 SP RING F CABI x4 HOLDER F CABI x3 LAMP COV F CABI x2 LED PCB F CABI x4 A PCB F CABI x4 POWER CORD B COVERx1 B COVER BAT CASSx4 F CABI BAT CASSx2 RUBBER FOOTx4 BAR ANT HOLDER F CAB IX2 8 COV F CABIx6 F CABI x4 80 80 44 22 80 80 EXPLODED VIEW 40 65 66 37 66 48 47 21 58 59 49 65 60 21 43 41 42 24 74 74 3 74 64 26 7 50 74 74 74 74 32 74 51 82 73 73 73 73 75 75 19 17 14 67 75 75 18 76 71 36 11 76 71 10 76 68 76 45 23 78 2 5 78 75 75 2 75 20 1 76 76 63 69 69 28 62 28 30 73 75 13 9 73 73 73 31 39 72 33 56 34 31 12 77 12 77 38 56 72 25 31 69 69 57 79 II 9 79 79 61 56 56 15 81
16. Service Manual U1 AM FM 2 BANDS ULTRA RUGGED RADIO RECEIVER CONTENTS SPECICATION 2 4 Block ree qty KA OOO WA A A A Alignment 108961 6 11 Test Points diagramy wa Denm RERUM E M ER vence 12 Main PGB 13 Bottom 25 ea A bac 14 Gontrol PGB TOD A 15 Control PCB Bottom 1 21 1 7 201 01 1 1 1 14 4 494 0 e nnne nenas 16 Power PGB TOP VIGW r autetn etm aUa atv i d t add rp va 17 ___ _2 _ 3333 3 _ __ _ _ __ _ _ _ Flow 19 20 Electrical Parts DES nC 21 23 9 24 25 __ 2221 _ ______ ___ ___________ _ _ _ 26 lC Circuit Block Diagram 27 29 and Transistor Voltage 30 32 Semiconductor Lead 0 000 0 6 0 06
17. WIRE PLUG1 442272KS 444771KS 44108315 443384 5 4610460 49000235 5003001 5005001 5008097 5010101 5010261 5010361 5010471 5010557 5012351 5015361 5020001 5022001 5022261 5022472 5027001 5047101 5047365 5047472 6020436 6100112 6100115 6100116 6100120 6100128 6100130 6100132 6100136 6100140 6100142 6100143 6100144 6100146 6100147 6100148 6100150 6100151 6100152 6100154 6100156 6100160 6100164 6100165 6100172 6100194 6110194 EL 227M 10V 6 3x11 S EL 477M 6 3V 6 3x11 S EL 108M 16V 10x20 S S EL 338M 25V 16x25 S MY 104J 50V EL 228M 25V 13x25 1050S CC 030 50 CC 050C 50 080 50 750 101 50V 102K 50V X7R C CH CC 103K 50V X7R C CH CC 104Z 25V Y5V C CH CC 1057 10V F C CH CC 123K 16V X7R C CH CC 153K 50V X7R C CH CC 200J 50V NPO C CH CC 220J 50V NPO C CH CC 222K 50V X7R C CH CC 224Z 16V Y5V C CH CC 270J 50V NPO C CH 471J 50V NPO C CH CC 473Z 50V Y5V C CH CC 474Z 16V Y5V C RD 1 4W 1KJSM10 CH RD 1 16W 10J C CH RD 1 16W 18J C CH RD 1 16W 22J C CH RD 1 16W 47J C CH RD 1 16W 220J C CH RD 1 16W 330J C CH RD 1 16W 470J C CH RD 1 16W 1KJ C CH RD 1 16W 2 2KJ C CH RD 1 16W 3 3KJ C CH RD 1 16W 3 9KJ C CH RD 1 16W 4 7KJ C CH RD 1 16W 6 8KJ C CH RD 1 16W 8 2KJ C CH RD 1 16W 10KJ C CH RD 1 16W 15KJ C CH RD 1 16W 18KJ C CH RD 1 16W 22KJ C CH RD 1 16W 33KJ C CH RD 1 16W 47KJ C CH RD 1 16W 100K
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