DIGITAL VOICE REPEATER. id-rp2000v
|
|
|
- Νέστωρ Ευταξίας
- 6 χρόνια πριν
- Προβολές:
Transcript
1 DIGITAL VOI RPATR id-rp000v S-4308XZ- Dec. 006
2 INTRODUTION This service manual describes the latest service information for the ID-RP000V DIGITAL VOI RPATR at the time of publication. AUTION NVR connect the transceiver to an A outlet or to a D power supply that uses more than 5 V. This will ruin the transceiver. DO NOT reverse the polarities of the power supply when connecting the transceiver. To upgrade quality, any electrical or mechanical parts and internal circuits are subject to change without notice or obligation. DO NOT apply an RF signal of more than 0 dm ( mw) to the antenna connector. This could damage the transceiver s front end. e sure to include the following four points when ordering replacement parts:. 0-digit order numbers. omponent part number and name 3. quipment model name and unit name 4. Quantity required <SAMPL ORDR> ORDRING PARTS 0349 S.I TA336FNG ID-RP000V MAIN UNIT 5 pieces Screw 438 screw ID-RP000V Top cover 0 pieces Addresses are provided on the inside back cover for your convenience. RPAIR NOTS. Make sure a problem is internal before disassembling the transceiver.. DO NOT open the transceiver until the transceiver is disconnected from its power source. 3. DO NOT force any of the variable components. Turn them slowly and smoothly. 4. DO NOT short any circuits or electronic parts. An insulated tuning tool MUST be used for all adjustments. 5. DO NOT keep power ON for a long time when the transceiver is defective. 6. DO NOT transmit power into a signal generator or a sweep generator. 7. ALWAYS connect a 50 d to 60 d attenuator between the transceiver and a deviation meter or spectrum analyzer when using such test equipment. 8. RAD the instructions of test equipment thoroughly before connecting equipment to the transceiver. Icom, Icom Inc. and logo are registered trademarks of Icom Incorporated (Japan) in the United States, the United Kingdom, Germany, France, Spain, Russia and/or other countries.
3 TAL OF ONTNTS STION SPIFIATIONS STION INSID VIWS STION 3 DISASSMLY INSTRUTIONS STION 4 PARTS LIST STION 5 MHANIAL PARTS STION 6 SMIONDUTOR INFORMATION STION 7 OARD LAYOUTS STION 8 LOK DIAGRAM STION 9 VOLTAG DIAGRAM
4 STION SPIFIATIONS GNRAL Operating frequency range : Transmit MHz Receive MHz Type of emission : FD* (GMSK) *F7W for system operation Transfer rate : 4.8 kbps Frequency resolutions : 5, 6.5 khz Frequency stability : ±0.3 khz (based on 5 ) Usable temperature range : 0 to +50 ; +4 F to + F Antenna connectors : Type-N (50 Ω) Power supply requirement : 3.8 V D ±5% (Negative ground) urrent drain : Transmit (High) Less than 7.0 A (Low) Less than 3.0 A Receive (Stand-by) Less than 0.7 A Dimensions (proj. not included) : 483(W) 88(H) 48(D) mm; 9(W) 3 5 3(H) 67 3(D) in Weight (Approx.) : 7.5 kg; 6 lb 9 oz TRANSMITTR Output power (at 3.8 V D) : High 3 30 W Low W Modulation : GMSK Modulation system : Quadrature modulation (44.8 MHz) Occupied bandwidth : Less than 5.5 khz Spurious emissions : Less than 60 d RIVR Receive system : Double-conversion superheterodyne system Intermediate frequencies : st MHz nd 450 khz Sensitivity (R 0 ) : Less than 7 dµ (0.45 µv) Selectivity (0 khz offset) : More than 65 d Spurious and image rejection : More than 70 d Receive spurious : Less than nw ( 57 dm) All stated specifi cations are subject to change without notice or obligation. -
5 STION INSID VIWS RAR UNIT TX HASSIS UNIT UNIT HASSIS RX UNIT UNIT FRONT UNIT -
6 RX RF amplifier (Q: N3408) st VO circuit RX st mixer (I7: µp7gv) RX nd mixer (Q3: 3SK4) nd VO circuit Demodulator (I9: TA36FNG) -
7 Fan drive circuit Q50: S798 Q5: S408 D750: MA808 AP amplifier* (I50: TA75S0F) st VO circuit Power switch amplifier circuit (I6: RA8H3G) TX mixer* (I960: µp863t-3) TX RF amplifier (I0: µp678g) nd VO circuit Quadrature modulator* (I890: RF485) -
8 STION 3 DISASSMLY INSTRUTION RMOVING TH OVR Unscrew screws A, and remove the cover. Disconnect cables, and disconnect cables D. RMOVING TH MAIN-T/R UNIT Unsolder points A. (MAIN-T unit only) Unsolder 3 points, and remove the ANT plate. A A A A A D 3 Unsolder 8 points D. (MAIN-T unit only) 4 Unsolder 3 points. 5 Unscrew screws F, and remove the ANT connector G. 6 Take off the cable H from the chassis. 7 Disconnect the cable I. (MAIN-T unit only) 8 Unscrew 7 screws J, and take off the MAIN-T/R unit. RX unit TX unit RMOVING TH LOGI-T/R UNIT Unscrew screw A, and remove the cover. Remove main shield plates. 3 Disconnect cables D, and unsolder point. 4 Unscrew 4 screws F, and remove the earth spring G. 5 Take off the LOGI-T/R unit. F J I G H J D J MAIN-T/R unit A G F D D F LOGI-T/R unit 3 -
9 STION 4 PARTS LIST [LOGI-R UNIT] DSRIPTION M. LOATION I S.RG S-833AM-N-G T 49.9/4. I S.I TA7805F (T6L,Q) T 7.5/9.8 I S.I NJM374AM-T T 4.7/3.3 I S.I SN74AHT54PWR T 96.4/30.8 I S.I T4W66FU (TL,F) 9/.5 I S.RG S-833AM-N-G T 9./8 I S.I M6334FP 600 T 49./57 I S.I T7S04FU (T85R,F) T 9.7/6 I S.I MX589AD5 T 9.4/9.5 I5 086 S.I TA75S393F (T85R,F) 08.5/4 I S.I T7W04FU (TL,F) 68.8/9 I S.I HN58X464TI T 4.6/5.8 I S.I T7SHU04FU (T85L,JF) T 7./45.6 I S.I T7SHU04FU (T85L,JF) 0.4/.3 I S.I M6334FP 600 T 49./44. I S.I XS0XL-4TQ44I T 7.3/5.6 I S.I T7S3FU (T85R,F) 68.9/4. I S.I S-8098NM-G8Y-G 90/5.6 I S.I T7SHU04FU (T85L,JF) T 7/58.3 I S.I T7SHU04FU (T85L,JF) 8./60. I S.I PD70F30AGJ-33-8U-A T 73.5/48.6 I S.I T7S3FU (T85R,F) 54./7.3 I S.I FT3L T 53.8/4.4 I S.I R93L46F-W T 66.8/3 I S.I T74A54FT (L) T 76.8/73 I S.I NJM5F-T T 65.5/73. Q S.TR DT44UA T06 T 39./6.4 Q S.TR S798-T-AZ DK T 34.5/0. Q S.TR XP4 (TX) 0.7/4.6 Q S.TR XP4 (TX) 7./3 Q S.TR DT4Y TL 45./9. Q S.TR DT44UA T06 0.9/34 Q S.TR S408 T06 S T 46/7.5 Q S.TR S798-T-AZ DK 7.3/4.5 Q S.TR DT44UA T06 T 34/3 Q S.TR DT44UA T06./35.7 Q S.TR DTA43ZUA T /38.5 Q S.TR DT4Y TL 06./35.5 Q S.TR DT44UA T06 58/.5 D S.DIO S07-03-T- T 0.8/6.9 D S.DIO SS355 T-7 T 43.4/9.4 D S.DIO S07-03-T- T 5.7/7.6 D S.DIO S07-03-T- T 4.9/3.3 D S.DIO SS355 T-7.4/4 D S.ZN MA809-M (TX) / D S.ZN MA809-M (TX) T 0.8/36. D S.VP SV34 (TPH3,F) T 8.9/4 D S.DIO SS355 T-7 0.8/40.6 D S.DIO SS355 T /4.4 D S.DIO SS355 T /40.6 D S.VP SV34 (TPH3,F) T 9./6.6 D S.DIO MAS78-(TX) T 59./44.3 D S.DIO MAS78-(TX) T 58.9/46.8 X S.XTL R-708 (6.384 MHz) T 3.7/45.9 X S.XTL R-75 (6 MHz) T 79.8/3 X S.XTL R-760 ( MHz) T 3.7/58.4 X S.XTL R-75 (6 MHz) T 43.5/5. L S.OL XL35U 9./3 L S.OL XL35U 05.7/0.3 L S.OL XL35U T 3.7/.4 L S.OL DRH5D8NP-0 T 0.7/8.5 L S.OL DRH5D8NP-0 T 0.7/.5 L S.OL NLV5T-0J 6.6/34.4 L S.OL LJR NGFA 3.6/3.7 L S.OL LJR NGFA 69.7/34.8 L S.OL LJR NGFA 05.5/44 L S.OL LJR NGFA 69.7/36.9 L S.OL LJR NGFA 55.7/37.5 L S.OL LJR 56NGFA 5.6/3. L S.OL NLV5T-0J T 6.4/5.4 L S.OL LJR NGFA T 6.5/3.5 R S.RS RJ3GYJ 03 V (0 k) 9./6. R S.RS RJ3GYJ 0 V ( k) T 96.8/3.7 R S.RS RJ3GYJ 0 V ( k) T 98.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 99.8/3.7 [LOGI-R UNIT] DSRIPTION M. LOATION R S.RS RJ3GYJ 0 V ( ) T 0.8/3.7 R S.RS RJ3GYJ 0 V ( k) T 04.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 07.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 09./3.7 R S.RS RJ3GYJ 0 V ( ) T 80/3.7 R S.RS RJ3GYJ 0 V ( ) T 8.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 8.6/3.7 R S.RS RJ3GYJ 03 V (0 k) T 84/3.7 R S.RS RJ3GYJ 03 V (0 k) T 86./7.5 R S.RS RJ3GYJ 83 V (8 k) T 87.9/ R S.RS RJ3GYJ 83 V (8 k) T 86./ R S.RS MR0ZHJ. k T 36.6/3.8 R S.RS MR0ZHJ. k T 36.6/.9 R S.RS RJ3GYJ 03 V (0 k) T 34.5/6.3 R S.RS MR0ZHJ (0) T 33./3.8 R S.RS MR0ZHJ (0) T 33./.9 R S.RS RJ3GYJ V (. k) 94.3/8.4 R S.RS RJ3GYJ 39 V (3.9 k) 08/7. R S.RS RJ3GYJ 8 V (.8 k) T 83.4/5.9 R S.RS RJ3GYJ 83 V (8 k) 86.5/4.5 R S.RS RJ3GYJ 3 V ( k) T 5.3/8.9 R S.RS RJ3GYJ 33 V (3.3 k) T 4/8.9 R S.RS MR0ZHJ (00) 4.3/0 R S.RS RJ3GYJ 56 V (5.6 k) T 6.6/8.9 R S.RS RJ3GYJ 3 V ( k) 48/9.7 R S.RS RJ3GYJ 8 V (.8 k) 43./8. R S.RS RJ3GYJ 0 V ( ) T 9.7/3.8 R S.RS RJ3GYJ 3 V ( k) 9./3.7 R S.RS RJ3GYJ 3 V ( k) 9./30.5 R S.RS RJ3GYJ 3 V ( k) 9./9.3 R S.RS RJ3GYJ 0 V ( k) 9./8. R S.RS RJ3GYJ 3 V ( k) 9./6.9 R S.RS RJ3GYJ 05 V ( M) T 5.4/5. R S.RS RJ3GYJ 333 V (33 k) T 3/7. R S.RS RJ3GYJ 3 V ( k) T 3.4/9.6 R S.RS RJ3GYJ 394 V (390 k) 7./5.6 R S.RS RJ3GYJ 75V (.7 M) 3.8/.7 R S.RS RJ3GYJ V (4.7 k) T 45./0.7 R S.RS RJ3GYJ 333 V (33 k) 09.8/44 R S.RS RJ3GYJ 3 V ( k) T 4./3.3 R S.RS RJ3GYJ 333 V (33 k) 04.6/37.6 R S.RS RJ3GYJ 333 V (33 k) 04.6/39 R S.RS RJ3GYJ 33 V (3.3 k) 08./37.5 R S.RS RJ3GYJ 3 V ( k) 09./34.5 R S.RS RJ3GYJ 04 V ( k) 94.5/36. R S.RS RJ3GYJ 7 V (.7 k) 04.5/34. R S.RS RJ3GYJ 333 V (33 k) 05.5/45.5 R S.RS RJ3GYJ 7 V (70 ) T 7./5 R S.RS RJ3GYJ 05 V ( M) T 7./48.7 R S.RS RJ3GYJ 0 V ( k) T 0.5/50.8 R S.RS RJ3GYJ 0 V ( k).3/37.6 R S.RS RJ3GYJ 3 V ( k) 66.3/4. R S.RS RJ3GYJ 3 V ( k) 0.4/38.3 R S.RS RJ3GYJ 3 V ( k) 00.9/38.3 R S.RS RJ3GYJ 3 V ( k) T 9.5/5.9 R S.RS RJ3GYJ 3 V ( k) T 5./8.9 R S.RS RJ3GYJ V (4.7 k) 90.7/48. R S.RS RJ3GYJ 04 V ( k) T 9./49.4 R S.RS RJ3GYJ 04 V ( k) T 9./45.4 R S.RS RJ3GYJ 0 V ( ) 3./44 R S.RS RJ3GYJ 0 V ( ) 0.4/4.5 R S.RS RJ3GYJ 333 V (33 k) 66./35.5 R S.RS RJ3GYJ 3 V ( k) 66./34 R S.RS RJ3G JPW V T 68.5/3 R S.RS RJ3GYJ 5 V (50 ) 7.8/36.9 R S.RS RJ3GYJ V (0 ) 9./48. R S.RS RJ3GYJ 04 V ( k) T 9./54.4 R S.RS RJ3GYJ 04 V ( k) T 9./58.4 R S.RS RJ3GYJ V (4.7 k) T 40.5/5. R S.RS RJ3G JPW V T 57/40.9 R S.RS RJ3GYJ 05 V ( M) T 7/60.7 R S.RS RJ3GYJ V (0 ) T 7/6. R S.RS RJ3GYJ 0 V ( k) T 8.4/63.9 R S.RS RJ3GYJ 3 V ( k) T 40.8/59.3 R S.RS RJ3GYJ 04 V ( k) 6.3/ R S.RS RJ3GYJ 3 V ( k) 6.5/49.3 R S.RS RJ3GYJ 39 V (3.9 k) 90/43.8 R S.RS RJ3GYJ 0 V ( ) 8./56.5 R S.RS RJ3GYJ 0 V ( ).7/6. R S.RS RJ3G JPW V T 37.7/63.5 R S.RS RJ3GYJ V (4.7 k) T 39.3/6.6 R S.RS RJ3GYJ 3 V ( k) 58.8/57.3 R S.RS RJ3GYJ 0 V ( ) T 54.5/57.8 R S.RS RJ3GYJ 0 V ( ) T 54.5/56.4 R S.RS RJ3GYJ 0 V ( ) T 54.5/44.7 M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4 -
10 [LOGI-R UNIT] DSRIPTION M. LOATION R S.RS RJ3GYJ 0 V ( ) T 54.5/43.5 R S.RS RJ3GYJ 5 V (50 ) 56.5/5.9 R S.RS RJ3GYJ 3 V ( k) 54/5.3 R S.RS RJ3GYJ 53 V (5 k) 5/6.5 R S.RS RJ3GYJ 8 V (8. k) 5/8 R S.RS RJ3GYJ 5 V (.5 k) T 53.3/8 R S.RS RJ3GYJ V (0 ) 55.5/3. R S.RS RJ3G JPW V 5/ R S.RS RJ3GYJ 03 V (0 k) 66.3/3.5 R S.RS RJ3GYJ V (. k) 69/3.5 R S.RS RJ3GYJ 04 V ( k) 55.8/3.5 R S.RS RJ3GYJ 5 V (.5 k) T 57.5/6. R S.RS RJ3GYJ V (0 ) T 57.5/8.6 R S.RS RJ3GYJ V (0 ) T 57.5/7.4 R S.RS RJ3GYJ 03 V (0 k) T 68./73 R S.RS RJ3GYJ 03 V (0 k) 8.5/35.7 R S.RS RJ3GYJ 0 V ( ) T 64.5/76 R S.RS RJ3G JPW V T 65.8/3 R S.RS RJ3G JPW V T 68.5/3.9 R S.RS RJ3GYJ V (4.7 k) 5/3. R S.RS RJ3GYJ 0 V ( k) 5.4/ S.R 608 J H 0K-T 9./ S.R 608 J H 0K-T 99./ S.R 608 J 04K-T 99./ S.R 608 J 04K-T T 90.9/ S.R 608 H H 0J-T T 09./ S.R 608 J H 03K-T 94.3/ S.R 608 J H 0K-T 06.6/ S.R 608 H H 0J-T 06.6/ S.R 608 H H 0J-T T 07.3/ S.R 608 H H 0J-T T 04.3/ S.R 608 J H -T T 0.8/ S.R 608 H H 0J-T T 98.3/ S.R 608 H H 0J-T T 96.8/ S.R 608 H H 0J-T 86.5/ S.R 608 J A 4K-T 86.5/ S.R 608 J H 03K-T T 6.5/ S.R 608 H H 0J-T T 34/ S.R 608 H H 0J-T 6.7/ S.L SSR 4./ S.R 608 J 04K-T T.5/ S.L A0SP 9.7/ S.R 608 J 04K-T T 30.3/ S.L A0P 0.5/ S.R 608 J 04K-T T 95.4/ S.R 608 J H 73K-T 9.5/ S.R 608 J H 73K-T 5./ S.R 608 J 04K-T T 49.7/ S.TAN TSVA A 06M8R T 48.6/ S.L FD 0J 0R T 6.9/ S.R 608 J 04K-T T 7./ S.L A0SP 8.7/ S.R 608 J H -T T 7./ S.R 608 J 04K-T T.4/ S.R 608 J H -T T 6./ S.TAN TSVA A 06M8R T 8.5/ S.R 608 J 04K-T T 7.7/ S.R 608 H H 090D-T T 3.4/ S.R 608 J H 03K-T T 7./ S.R 608 J 04K-T T 6./ S.R 608 H H 0J-T 5/ S.R 0 J A 05M-T 7/ S.R 608 J 04K-T 6.8/ S.R 608 J H 0K-T.5/ S.R 608 J H 0K-T.5/ S.TAN TSVA 0J 06M8R T 45.7/ S.R 608 J 04K-T T.5/ S.TAN TSV 0J 6M8R T 8./ S.TAN TSVA A 06M8R T 3./ S.TAN TSVA 0J 06M8R 68.8/ S.TAN TSVA A 06M8R 3.9/ S.R 608 J 04K-T 4.7/ S.R 608 J 04K-T 4.8/ S.R 608 H H 0J-T 09.8/ S.R 608 J H 0K-T T.5/ S.R 608 J H 03K-T 58.7/ S.R 608 J H -T 63.8/ S.R 608 H H 0J-T T 7./ S.R 608 H H 00-T T 6.5/ S.R 608 H H 80J-T T 0.3/ S.R 608 J 04K-T 63.8/ S.R 608 J 04K-T 3.6/ S.R 608 J H 03K-T 7.8/ S.R 608 J H 03K-T T 9.8/ S.R 608 J H 03K-T T 5/ S.R 608 J 04K-T 0.5/ S.R 608 J H 03K-T 8./ S.R 608 J H 0K-T 70.6/ S.R 608 H H 300J-T T 78.5/34.7 [LOGI-R UNIT] DSRIPTION M. LOATION S.R 608 H H 300J-T T 78.5/ S.R 608 J H 03K-T 90.3/ S.R 608 J H 03K-T T 9.8/ S.R 608 H H 390J-T T 0.4/ S.R 608 J 04K-T 39/ S.TAN TSV 0J 6M8R 40/ S.R 608 J 04K-T T 59.6/ S.R 608 H H 0J-T 58.7/ S.R 608 H H 80J-T T 5.5/ S.R 608 J H 03K-T 8./ S.R 608 J 04K-T 5./ S.R 608 J 04K-T T 4.6/ S.R 608 J H 03K-T T 7.6/ S.R 608 H H 0J-T 87./ S.R 608 H H 0J-T T 88.6/ S.R 608 J 04K-T T 4./ S.R 608 J 04K-T 93./ S.R 608 H H 0J-T 57./ S.R 608 H H 300J-T T 48./ S.R 608 H H 300J-T T 46.9/ S.R 608 H H 0J-T 63.6/ S.R 608 H H 0J-T 86.6/ S.R 608 J 04K-T 93./ S.R 608 H H 0J-T 50.9/ S.R 608 J 04K-T 55.5/ S.R 608 J 04K-T 63.5/ S.R 608 J H 03K-T 53.9/ S.TAN TSVA A 06M8R 58/ S.R 608 J H 333K-T T 54.3/ S.R 608 J 04K-T T 67.4/ S.R 608 H H 0J-T T 60.5/ S.R 608 H H 0J-T 99.5/ S.R 608 H H 0J-T 98/ S.R 608 J H 0K-T 55.8/ S.TAN TSVA 05M8R 95./ S.TAN TSVA 05M8R 0.8/ S.TAN TSVA 05M8R 8.4/ S.TAN TSVA 05M8R T 84./ S.L FD 8RR T.6/.8 J 6570 S.NR 30FLZ-SM-T T.6/5.5 J 6570 S.NR 30FLZ-SM-T T 78.8/5.5 J S.NR T 08.4/40. J S.NR S8-ZR-SM4A-TF (LF) (SN) T 95.6/75.4 J S.NR S9-ZR-SM4A-TF (LF) (SN) 95/5.7 W L OP-33A [LOGI-T UNIT] DSRIPTION M. LOATION I 0590 S.I NJM5V-T 8.3/49. I 0590 S.I NJM5V-T 8./6. I S.I T4W66FU (TL,F) 03.5/0 I S.I NJM5V-T 8./7.3 I S.RG S-833AM-N-G T 49.9/4. I S.I TA7805F (T6L,Q) T 7.5/9.8 I S.I NJM374AM-T T 4.7/3.3 I S.I SN74AHT54PWR T 96.4/30.8 I S.RG S-833AM-N-G T 8.9/8 I S.I M6334FP 600 T 49./57 I5 086 S.I TA75S393F (T85R,F) 08.5/4 I S.I T7W04FU (TL,F) 68.8/9 I S.I HN58X464TI T 0.3/3.6 I S.I T7SHU04FU (T85L,JF) T 7./45.6 I S.I T7SHU04FU (T85L,JF) 0.4/.3 I S.I M6334FP 600 T 49./44. I S.I XS0XL-4TQ44I T 7.3/5.6 I S.I T7S3FU (T85R,F) 68.9/4. I S.I S-8098NM-G8Y-G 90/5.6 I S.I T7SHU04FU (T85L,JF) T 7/58.4 I S.I T7SHU04FU (T85L,JF) 8./60. I S.I PD70F30AGJ-33-8U-A T 73.5/48.6 I S.I T7S3FU (T85R,F) 54./7.3 I S.I FT3L T 53.8/4.4 I S.I R93L46F-W T 66.8/3 I S.I T74A54FT (L) T 76.8/73 Q S.TR DT44UA T06 T 39./6.4 Q S.TR S798-T-AZ DK T 34.5/0. Q S.TR DT44UA T06 04./3. Q S.TR DT4Y TL 46./5. Q S.TR S408 T06 S T 46.3/7.5 M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4 -
11 [LOGI-T UNIT] DSRIPTION M. LOATION Q S.TR S798-T-AZ DK 7.3/4.5 Q S.TR DT44UA T06./35.7 Q S.TR DTA43ZUA T /38.5 Q S.TR DT4Y TL 07.4/35.4 Q S.TR DT44UA T /.6 D S.DIO S07-03-T- T 0.9/6.7 D S.DIO SS355 T-7 T 43.4/0.5 D S.DIO S07-03-T- T 6.5/.6 D S.DIO S07-03-T- T 4./4.5 D S.DIO SS355 T-7.4/4.4 D S.ZN MA809-M (TX) / D S.ZN MA809-M (TX) T 0.8/36. D S.VP SV34 (TPH3,F) T 0/43. D S.DIO SS355 T-7 0.8/40.5 D S.DIO SS355 T /4.4 D S.DIO SS355 T /40.6 D S.VP SV34 (TPH3,F) T /60.6 D S.DIO MAS78-(TX) T 59./44.3 D S.DIO MAS78-(TX) T 59/46.7 X S.XTL R-708 (6.384 MHz) T 3.7/45.9 X S.XTL R-75 (6 MHz) T 80.9/30.8 X S.XTL R-760 ( MHz) T 3.9/58. X S.XTL R-75 (6 MHz) T 43./5. L S.OL XL35U 9./3 L S.OL XL35U 05.7/0.3 L S.OL XL35U T 4./.6 L S.OL DRH5D8NP-0 T 0.7/8.5 L S.OL DRH5D8NP-0 T 0.7/.5 L S.OL LJR NGFA 3.7/30.5 L S.OL LJR NGFA 69.7/34.9 L S.OL LJR NGFA 05.3/44 L S.OL LJR NGFA 69.7/36.9 L S.OL LJR NGFA 56.4/37.5 L S.OL LJR 56NGFA 5.6/3. L S.OL NLV5T-0J T 6.4/4.8 L S.OL LJR NGFA T 6.7/.9 R S.RS RJ3GYJ 03 V (0 k) 9.3/6. R S.RS RJ3GYJ 0 V ( k) T 96.8/3.7 R S.RS RJ3GYJ 0 V ( k) T 98.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 99.8/3.7 R S.RS RJ3GYJ 0 V ( k) T 0.3/3.7 R S.RS RJ3GYJ 0 V ( ) T 0.8/3.7 R S.RS RJ3GYJ 0 V ( k) T 04.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 05.8/3.7 R S.RS RJ3GYJ 0 V ( k) T 07.3/3.7 R S.RS RJ3GYJ 0 V ( k) T 08.8/3.7 R S.RS RJ3GYJ 0 V ( ) T 0.3/3.7 R S.RS RJ3GYJ 0 V ( k) 86.4/.3 R S.RS RJ3GYJ 0 V ( k) 85/.3 R S.RS RJ3GYJ 03 V (0 k) T 87.9/7.5 R S.RS RJ3GYJ 03 V (0 k) T 86./7.5 R S.RS RJ3GYJ 83 V (8 k) T 87.9/ R S.RS RJ3GYJ 83 V (8 k) T 86./ R S.RS RJ3GYJ V (. k) 3.9/58.4 R S.RS RJ3GYJ 3 V ( k) 34.3/55. R S.RS RJ3GYJ V (. k) 3.4/58.4 R S.RS RJ3GYJ 0 V ( ) 5.9/54. R S.RS RJ3GYJ 0 V ( ) 5.9/66 R S.RS MR0ZHJ. k T 36.6/3.8 R S.RS MR0ZHJ. k T 36.6/.9 R S.RS RJ3GYJ 03 V (0 k) T 34.5/6.3 R S.RS MR0ZHJ (0) T 33./3.8 R S.RS MR0ZHJ (0) T 33./.9 R S.RS RJ3GYJ V (. k) 93.3/9.5 R S.RS RJ3GYJ 0 V ( k) T 99./.8 R S.RS RJ3GYJ 0 V ( k) T 03./3.4 R S.RS RJ3GYJ 3 V ( k) 03.7/8.4 R S.RS RJ3GYJ 8 V (.8 k) 08/7. R S.RS RJ3GYJ 8 V (.8 k) T 83.4/5.9 R S.RS RJ3GYJ 83 V (8 k) 86.5/4.5 R S.RS RJ3GYJ V (. k) 3.9/6.3 R S.RS RJ3GYJ V (. k) 37.3/58.4 R S.RS RJ3GYJ V (. k) 35.8/58.4 R S.RS RJ3GYJ V (. k) 0.5/58.4 R S.RS RJ3GYJ V (. k) 3.4/6.3 R S.RS RJ3GYJ V (. k) 9./58.4 R S.RS RJ3GYJ 0 V ( ) 6/76.3 R S.RS RJ3GYJ 3 V ( k).6/55 R S.RS RJ3G JPW V T 5.3/74.9 R S.RS RJ3GYJ 3 V ( k) T 5./9.7 R S.RS RJ3GYJ 33 V (3.3 k) T 4/9.7 R S.RS MR0ZHJ (00) 3.8/6.4 R S.RS RJ3GYJ 56 V (5.6 k) 3.9/66 [LOGI-T UNIT] DSRIPTION M. LOATION R S.RS RJ3GYJ 56 V (5.6 k) 34.3/68.8 R S.RS RJ3GYJ V (4.7 k) 34.3/7.5 R S.RS RJ3GYJ 56 V (5.6 k) 3.4/66 R S.RS RJ3GYJ 56 V (5.6 k).9/68.8 R S.RS RJ3GYJ V (4.7 k).9/7.6 R S.RS RJ3GYJ 56 V (5.6 k) T 6.6/9 R S.RS RJ3GYJ 3 V ( k) 48.5/3.5 R S.RS RJ3GYJ 8 V (.8 k) 44.8/.5 R S.RS RJ3GYJ 03 V (0 k) T 9.8/35 R S.RS RJ3GYJ 03 V (0 k) T 3./35 R S.RS RA3YD 03V (0 k) T 8.5/7.7 R S.RS RA3YD 03V (0 k) T 9.5/7.4 R S.RS RA3YD 03V (0 k) T 3./7.7 R S.RS RA3YD 03V (0 k) T 3./7.4 R S.RS RA3YD 03V (0 k) T 7.8/69.3 R S.RS RA3YD 03V (0 k) T 3.8/7.7 R S.RS RA3YD 03V (0 k) T 9./69.3 R S.RS RA3YD 03V (0 k) T 5.3/7.4 R S.RS RA3YD 03V (0 k) T 30.4/69.3 R S.RS RA3YD 03V (0 k) T 6.5/7.7 R S.RS RA3YD 03V (0 k) T 3.7/69.3 R S.RS RA3YD 03V (0 k) T 8/7.4 R S.RS RA3YD 03V (0 k) T 3.5/69.3 R S.RS RA3YD 03V (0 k) T 4.8/69.3 R S.RS RA3YD 03V (0 k) T 6./69.3 R S.RS RA3YD 03V (0 k) T 7.4/69.3 R S.RS RJ3GYJ V (4.7 k) T 45./0.7 R S.RS RJ3GYJ 333 V (33 k) 09.8/44 R S.RS RJ3G JPW V T.7/6 R S.RS RJ3G JPW V T 48.9/6 R S.RS RA3YD 03V (0 k) T 33.9/7.7 R S.RS RA3YD 03V (0 k) T 34.9/7.4 R S.RS RA3YD 03V (0 k) T 36.6/7.7 R S.RS RA3YD 03V (0 k) T 37.6/7.4 R S.RS RA3YD 03V (0 k) T 39.3/7.7 R S.RS RA3YD 03V (0 k) T 33/69.3 R S.RS RA3YD 03V (0 k) T 9./7.7 R S.RS RA3YD 03V (0 k) T 34.3/69.3 R S.RS RA3YD 03V (0 k) T 0.7/7.4 R S.RS RA3YD 03V (0 k) T 35.6/69.3 R S.RS RA3YD 03V (0 k) T.9/7.7 R S.RS RA3YD 03V (0 k) T 36.9/69.3 R S.RS RA3YD 03V (0 k) T 3.4/7.4 R S.RS RA3YD 03V (0 k) T 38./69.3 R S.RS RA3YD 03V (0 k) T 4.6/7.7 R S.RS RA3YD 03V (0 k) T 8.7/69.3 R S.RS RA3YD 03V (0 k) T 0/69.3 R S.RS RA3YD 03V (0 k) T.3/69.3 R S.RS RA3YD 03V (0 k) T.6/69.3 R S.RS RA3YD 03V (0 k) T 3.9/69.3 R S.RS RJ3GYJ 333 V (33 k) 04.6/37.6 R S.RS RJ3GYJ 333 V (33 k) 04.6/39 R S.RS RJ3GYJ 33 V (3.3 k) 08./37.4 R S.RS RA3YD 03V (0 k) T 40.3/7.4 R S.RS RA3YD 03V (0 k) T 4.3/73.5 R S.RS RA3YD 03V (0 k) T 39.5/69.3 R S.RS RA3YD 03V (0 k) T 6./7.4 R S.RS RA3YD 03V (0 k) T 40.8/69.3 R S.RS RA3YD 03V (0 k) T 6.6/73.4 R S.RS RA3YD 03V (0 k) T 5./69.3 R S.RS RA3YD 03V (0 k) T 6.5/69.3 R S.RS RJ3GYJ 3 V ( k) 05.3/3.9 R S.RS RJ3GYJ 04 V ( k) 9.9/36.3 R S.RS RJ3GYJ 7 V (.7 k) 04.6/35 R S.RS RJ3GYJ 333 V (33 k) 06./46.3 R S.RS RJ3GYJ 7 V (70 ) T 7./5 R S.RS RJ3GYJ 05 V ( M) T 7./48.7 R S.RS RJ3GYJ 0 V ( k) T 0.5/50.8 R S.RS RJ3GYJ 3 V ( k) 66.3/4. R S.RS RJ3GYJ 3 V ( k) 0.4/38. R S.RS RJ3GYJ 3 V ( k).9/38. R S.RS RJ3GYJ 3 V ( k) T 7.4/7.9 R S.RS RJ3GYJ 3 V ( k) T 0/6. R S.RS RJ3GYJ V (4.7 k) 89./48.9 R S.RS RJ3GYJ 04 V ( k) T 9./49.4 R S.RS RJ3GYJ 04 V ( k) T 9./45.4 R S.RS RJ3GYJ 0 V ( ) 3.6/44.3 R S.RS RJ3GYJ 0 V ( ).9/40.4 R S.RS RJ3GYJ 333 V (33 k) 66./35.5 R S.RS RJ3GYJ 3 V ( k) 66./34 R S.RS RJ3G JPW V T 68.5/3 R S.RS RJ3GYJ 5 V (50 ) 7.8/36.9 R S.RS RJ3GYJ V (0 ) 9/48. R S.RS RJ3GYJ 04 V ( k) T 9./54. R S.RS RJ3GYJ 04 V ( k) T 9./58. R S.RS RJ3GYJ V (4.7 k) T 40.5/5. R S.RS RJ3G JPW V T 57/40.9 R S.RS RJ3GYJ 05 V ( M) T 7./60.5 R S.RS RJ3GYJ V (0 ) T 7./6.7 R S.RS RJ3GYJ 0 V ( k) T 9.7/6.9 R S.RS RJ3GYJ 3 V ( k) T 40.8/59.3 M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4-3
12 [LOGI-T UNIT] DSRIPTION M. LOATION R S.RS RJ3GYJ 04 V ( k) 58.8/. R S.RS RJ3GYJ 3 V ( k) 59.3/5 R S.RS RJ3GYJ 39 V (3.9 k) 90/43.8 R S.RS RJ3GYJ 0 V ( ) 7.5/56 R S.RS RJ3GYJ 0 V ( ) 9.8/6.5 R S.RS RJ3G JPW V T 43.8/67. R S.RS RJ3GYJ V (4.7 k) T 39.3/6.6 R S.RS RJ3G JPW V 8.4/76.5 R S.RS RJ3GYJ 3 V ( k) 58.8/57.3 R S.RS RJ3GYJ 0 V ( ) T 54.5/57.8 R S.RS RJ3GYJ 0 V ( ) T 54.5/56.4 R S.RS RJ3GYJ 0 V ( ) T 54.3/45.7 R S.RS RJ3GYJ 0 V ( ) T 54.3/43.5 R S.RS RJ3GYJ 5 V (50 ) 56.5/5.9 R S.RS RJ3GYJ 3 V ( k) 54/5.3 R S.RS RJ3GYJ 53 V (5 k) 5./5.8 R S.RS RJ3GYJ 8 V (8. k) 5./7.3 R S.RS RJ3GYJ 5 V (.5 k) T 53.3/8 R S.RS RJ3GYJ V (0 ) 55.9/3. R S.RS RJ3G JPW V 50.3/0.4 R S.RS RJ3GYJ 03 V (0 k) 65.9/3.5 R S.RS RJ3GYJ V (. k) 68.5/4.3 R S.RS RJ3GYJ 04 V ( k) 55.8/3.5 R S.RS RJ3GYJ 5 V (.5 k) T 56.9/6.6 R S.RS RJ3GYJ V (0 ) T 58.8/9 R S.RS RJ3GYJ V (0 ) T 56.9/8.4 R S.RS RJ3GYJ 33 V (3.3 k) T 85./76.3 R S.RS RJ3GYJ 33 V (3.3 k) T 85./73. R S.RS RJ3G JPW V T 65.8/3 R S.RS RJ3G JPW V T 68.5/34.3 R S.RS RJ3GYJ V (4.7 k) T 03./4.7 R S.RS RJ3GYJ V (4.7 k) 50.9/3. R S.RS RJ3GYJ 0 V ( k) 5.4/3.5 R S.RS RJ3GYJ V (4.7 k) T 99./ S.R 608 J H 0K-T 90.6/ S.R 608 J H 03K-T 0.5/ S.R 608 J H 0K-T 98.6/ S.R 608 J 04K-T 98.6/ S.R 608 J 04K-T 94.4/ S.R 608 H H 0J-T T 0.3/ S.R 608 H H 33J-T 30/ S.TAN TSVA A 5M8R 34.3/ S.R 608 H H 33J-T 6.9/ S.TAN TSVA A 06M8R 6.8/ S.TAN TSVA A 06M8R 6.8/ S.R 608 J H 03K-T 93.3/ S.R 608 J H 03K-T T 0.5/ S.R 608 J H 0K-T 06.6/ S.R 608 H H 0J-T 06.6/ S.R 608 H H 0J-T T 08.8/ S.R 608 H H 0J-T T 07.3/ S.R 608 H H 0J-T T 05.8/ S.R 608 H H 0J-T T 04.3/ S.R 608 J H -T T 0.8/ S.R 608 H H 0J-T T 0.3/ S.R 608 H H 0J-T T 98.3/ S.R 608 H H 0J-T T 96.8/ S.R 608 H H J-T 30/ S.R 608 H H J-T 34.3/ S.R 608 H H J-T 3./ S.R 608 H H J-T 34.3/ S.R 608 H H J-T 4.9/ S.R 608 H H J-T 6./ S.TAN TSVA A 5M8R.6/ S.R 608 H H J-T.9/ S.R 608 H H J-T.9/ S.TAN TSVA A 06M8R 6.8/ S.L SSR 4.8/ S.R 608 J 04K-T T 45.5/ S.L A0SP 43./ S.R 608 J 04K-T T 9.7/ S.L A0P.8/ S.R 608 J 04K-T T 95.4/ S.R 608 J H 8-T 34.3/ S.R 608 H H J-T 3/ S.R 608 J H 8-T.9/ S.R 608 J H 56-T 3/ S.R 608 H H J-T 6.7/ S.R 608 J H 56-T 6.7/ S.R 608 J 04K-T T 49.7/ S.TAN TSVA A 06M8R T 48.6/ S.L FD 0J 0R T 6.9/ S.R 608 J 04K-T T 7./ S.L A0SP 3/ S.R 608 J H -T T 7./ S.R 608 J 04K-T T 3.5/ S.R 608 J H -T T 6./ S.TAN TSVA A 06M8R T 8/ S.R 608 J 04K-T T 7./ [LOGI-T UNIT] DSRIPTION M. LOATION S.TAN TSVA 0J 06M8R T 45.7/ S.R 608 J 04K-T T.5/ S.TAN TSV 0J 6M8R T 5.6/ S.TAN TSVA A 06M8R T 4.4/ S.TAN TSVA 0J 06M8R 7./ S.R 608 H H 0J-T T 44.6/ S.R 608 H H 0J-T 09.8/ S.R 608 J H 0K-T T 3/ S.R 608 J H 03K-T 56.3/ S.R 608 J H -T 63.8/ S.R 608 H H 0J-T T 7./ S.R 608 H H 00-T T 6.4/ S.R 608 H H 80J-T T 0.5/ S.R 608 J 04K-T 64.5/ S.R 608 J 04K-T 3.7/ S.R 608 J H 03K-T 7.8/ S.R 608 J H 03K-T T 9.8/ S.R 608 J H 03K-T T 50.8/ S.R 608 J 04K-T 0.5/ S.R 608 J H 03K-T 6.4/ S.R 608 J H 0K-T 70.6/ S.R 608 H H 300J-T T 78.5/ S.R 608 H H 300J-T T 79./ S.R 608 J H 03K-T 90./ S.R 608 J H 03K-T T 9.9/ S.R 608 H H 390J-T T 0.6/ S.R 608 J 04K-T 39.8/ S.TAN TSV 0J 6M8R 4/ S.R 608 J 04K-T T 59.6/ S.R 608 H H 0J-T 55.5/ S.R 608 H H 80J-T T 5.6/ S.R 608 J H 03K-T 8./ S.R 608 J 04K-T 6.5/ S.R 608 J 04K-T T 43/ S.R 608 J H 03K-T T 45/ S.R 608 H H 0J-T T 90/ S.R 608 H H 0J-T T 88.7/ S.R 608 J 04K-T T 45/ S.R 608 J 04K-T 9.8/ S.R 608 H H 0J-T 59./ S.R 608 H H 300J-T T 46.5/ S.R 608 H H 300J-T T.8/ S.R 608 H H 0J-T 63.5/ S.R 608 H H 0J-T 86.6/ S.R 608 J 04K-T 9.8/ S.R 608 H H 0J-T 50.4/ S.R 608 J 04K-T 55./ S.R 608 J 04K-T 65.8/ S.R 608 J H 03K-T 53.9/ S.TAN TSVA A 06M8R 59.6/ S.R 608 J H 333K-T T 54.3/ S.R 608 H H 0J-T T 6.7/ S.R 608 H H 0J-T 99.5/ S.R 608 H H 0J-T 98/ S.R 608 J H 0K-T 56.8/ S.TAN TSVA 05M8R 94./ S.TAN TSVA 05M8R 0.8/ S.TAN TSVA 05M8R 8.4/ S.TAN TSVA 05M8R T 84./ S.TAN TSVA 05M8R T 90./ S.L FD 8RR T.8/ S.R 608 J H 03K-T T 85./7.6 J 6570 S.NR 30FLZ-SM-T T.6/5.5 J 6570 S.NR 30FLZ-SM-T T 78.8/5.5 J S.NR T 08.4/40. J S.NR S8-ZR-SM4A-TF (LF) (SN) T 95.6/75.4 J S.NR S9-ZR-SM4A-TF (LF) (SN) 95/5.7 W L OP-3 [MAIN-R UNIT] DSRIPTION M. LOATION I S.I TA7805F (T6L,Q) T 0.5/0.5 I S.RG A033FP- T 3/93.5 I S.I NJM5V-T T 78.7/5 I S.I NJM730F-T T 78.5/4. I7 030 S.I TA336FNG (L) T.8/6 I S.I NJM730F-T T 3.3/6. I S.I M5A0PFV-G-ND-R T 4.7/7 I S.I SPM500-TL- T 0.3/70.6 I S.I TA7805F (T6L,Q) T 67.5/0. M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4-4
13 [MAIN-R UNIT] DSRIPTION M. LOATION Q S.TR DT44UA T06 T 46.5/97.7 Q S.TR DT44UA T06 T 3./97.5 Q S.TR SA36-GR (T85R,F) T 35.7/97.5 Q S.TR SA36-GR (T85R,F) T 5.5/98 Q S.TR S46-GR (T85R,F) 05.9/6. Q S.FT SK77 (T85L) T 6./39.5 Q S.TR S46-GR (T85R,F) T 50/65.5 Q S.FT SK508-T-A K5 T 66.6/65 Q S.TR S538-TL- T 64.6/70. Q S.TR S538-TL- T 70./73.5 Q S.TR S46-T R4 T 86/68.3 Q S.FT SK880-GR (T85R,F) T 0./3.8 Q S.TR S5337QS-T./95.8 D DIO DSA3A D S.VP HVU350TRF- T 68.5/6.4 D S.DIO HSM88ASTR- T 09.6/3 FI R FWLA450KHFA-0 FI S.MLH FL-398 (46.35 MHz) T 4.9/53.5 FI S.SAW SAFH46MAL0N00R 3.5/8.9 FI S.SAW SAFH46MAL0N00R 8.9/07.5 X S.DR D450KAY4-R0 T 9./5.5 X S.XTL R-86 (5.3 MHz) T 7.7/36.3 L S.OL MLF608D R8K-T 07.4/.4 L S.OL MLF608D RK-T 08/6 L S.OL LJND R0J T 4.6/36.3 L S.OL MLF608 K-T T 69.3/59.7 L S.OL LJR RGFA T 57.7/66. L S.OL 634A-50NG-A T 6.4/6.5 L S.OL LJR NGFA T 6.8/69.4 L S.OL #67D-74=P3 T 0.3/65. L S.OL LJR NGFA T 96.8/67.4 L S.OL #67D-74=P3 T 04.6/70.5 L S.OL LJR NGFA T 93.8/67.4 L S.OL LJR RGFA T 69.9/75.5 L S.OL #67D-74=P3 T 0.3/76 L S.OL MLF608D R33K-T T 85.9/7.5 L S.OL LJR NGFA T 49.5/79 L S.OL LJR 39NGFA T 83.4/68. L S.OL LJR NGFA T 5.5/78.9 L S.OL 50-R0G-A (U) 3.5/76.6 L S.OL 50-R0G-A (U) 3.5/87. L S.OL 50-7NG-A 06.6/95.8 L S.OL 50-56NG-A 5.4/7.3 L S.OL 50-R0G-A (U) 8.9/0.3 L S.OL 50-R0G-A (U) 8.9/.7 R S.RS RJ3GYJ 56 V (5.6 k) T 0.5/87.3 R S.TMR NTG6 4H 03KT T 9./87. R S.RS RJ3GYJ V (. k) T 0.5/84.5 R S.AS RZVFM0 7./3.7 R S.RS RJ3G JPW V 36.5/09. R S.RS RJ3GYJ 0 V ( ) T 35.7/77.5 R S.RS RJ3GYJ 0 V ( ) T 73./4.7 R S.RS RJ3GYJ 0 V ( ) T 76/9.3 R S.RS RJ3GYJ 0 V ( ) T 74.8/.8 R S.RS RJ3GYJ 0 V ( ) T 57./03.5 R S.RS RJ3G JPW V T /9. R S.RS RJ3GYJ 54 V (50 k) T 78.3/8.6 R S.RS RJ3GYJ 3 V ( k) T 74.8/4.6 R S.RS RJ3GYJ 563 V (56 k) T 8./8.6 R S.RS RJ3GYJ 03 V (0 k) T 8./5.3 R S.RS RJ3GYJ 0 V ( ) T 74.6/8.4 R S.RS RJ3GYJ 53 V (5 k) T 78./6.6 R S.RS RJ3GYJ 563 V (56 k) T 75.5/3.5 R S.RS RJ3GYJ 3 V ( k) T 8.5/5.3 R S.RS RJ3GYJ 0 V ( ) T 78.7/.7 R S.RS RJ3GYJ 0 V ( ) T 44./97.5 R S.RS RJ3GYJ 0 V ( ) T 9./97. R S.RS RJ3GYJ 0 V ( k) T 49/97.7 R S.RS RJ3GYJ 0 V ( k) T 33./97. R S.RS RJ3GYJ 04 V ( k) T 5.5/95.5 R S.RS RJ3GYJ 04 V ( k) T 35.7/95 R S.RS RJ3GYJ V (. k) 9.3/8.7 R S.RS RJ3GYJ 0 V ( k) 99.8/0.7 R S.RS RJ3GYJ 0 V ( ) T 94./9.5 R S.RS RJ3GYJ 74 V (70 k) 96./7. R S.RS RJ3GYJ V (. k) T 97./5.7 R S.RS RJ3GYJ 0 V ( k) 09.3/7.8 R S.RS RJ3GYJ 684 V (680 k) 06/8.5 R S.RS RJ3GYJ V (0 ) T 08.4/39 R S.RS RJ3GYJ 0 V ( ) T 9.7/40.4 R S.RS RJ3GYJ V (4.7 k) T 4.4/34. [MAIN-R UNIT] DSRIPTION M. LOATION R S.RS RJ3GYJ 0 V ( k) T 48/65.5 R S.RS RJ3GYJ V (4.7 k) T 3.6/39.7 R S.RS RJ3GYJ 8 V (8. k) T 6./4.7 R S.RS RJ3G JPW V T.7/45 R S.RS RJ3GYJ 0 V ( ) T 34.5/57. R S.RS RJ3GYJ 0 V ( k) T 40./6 R S.RS RJ3GYJ 33 V (3.3 k) T 36.3/6. R S.RS RJ3GYJ V (. k) T 4.4/64. R S.RS RJ3GYJ 0 V ( ) T.9/7.6 R S.RS RJ3GYJ V (. k) T 7.4/67.7 R S.RS RJ3GYJ 0 V ( k) T 4.5/76 R S.RS RJ3GYJ V (0 ) T 05.6/64.8 R S.RS RJ3GYJ V (0 ) T 03.6/64. R S.RS RJ3GYJ 04 V ( k) T 64.7/68.5 R S.RS RJ3GYJ V (0 ) T 03.6/65.6 R S.RS RJ3GYJ 560 V (56 ) T./76.9 R S.RS RJ3GYJ V (0 ) T 6.5/7.4 R S.RS RJ3GYJ V (0 ) T 67./69.8 R S.RS RJ3GYJ 7 V (70 ) T 99./65.3 R S.RS RJ3GYJ 80 V (8 ) T 99.9/67.4 R S.RS RJ3GYJ 7 V (70 ) T.6/65.3 R S.RS RJ3G JPW V T 0.5/67.4 R S.RS RJ3GYJ 0 V ( ) T 6/66.5 R S.RS RJ3GYJ 3 V ( k) T 67.9/73.4 R S.RS RJ3GYJ 0 V ( ) T 65.7/74. R S.RS RJ3GYJ 0 V ( ) T 7./70.8 R S.RS RJ3GYJ 03 V (0 k) T 35.7/76. R S.RS RJ3G JPW V T 04.8/74. R S.RS RJ3GYJ 03 V (0 k) T 35.8/73.7 R S.RS RJ3G JPW V T 03.4/74. R S.RS RJ3GYJ 03 V (0 k) T 35.8/7.3 R S.RS RJ3GYJ 0 V ( ) T 86./74.6 R S.RS RJ3GYJ 0 V ( ) T 35.7/70 R S.RS RJ3GYJ 0 V ( ) T 35.8/7.5 R S.RS RJ3GYJ 0 V ( ) T 35.7/75 R S.RS RJ3GYJ 5 V (50 ) T 06.7/75 R S.RS RJ3G JPW V T 88.4/68.8 R S.RS RJ3GYJ 560 V (56 ) 80/73.4 R S.RS RJ3GYJ 0 V ( ) T 86.6/65. R S.RS RJ3GYJ 03 V (0 k) T 84.4/7.5 R S.RS RJ3GYJ V (0 ) T 4.4/73.6 R S.RS RJ3GYJ V (0 ) T 3.6/7.3 R S.RS RJ3GYJ V (0 ) T 5./7.3 R S.RS MR0ZHJ 68 (680) 6.8/9. R S.RS RJ3GYJ 0 V ( k) T 9./7. R S.RS RJ3G JPW V T 7/3.5 R S.RS RJ3G JPW V 0.5/9.5 R S.RS MR0ZHJ 68 (680).8/.8 R S.RS RJ3GYJ 03 V (0 k) T 4./3 R S.RS MR0ZHJ (0) 03./98.4 R S.RS RJ3GYJ V (0 ) 07./98.4 R S.RS RJ3GYJ 33 V (3.3 k) 5.8/ R S.RS RJ3GYJ 33 V (3.3 k) 6.6/95.8 R S.RS RJ3GYJ 0 V ( ) T 9/39.6 R S.RS RJ3G JPW V T 64.7/7.7 R S.RS RJ3GYJ 7 V (70 ) T 4.3/45.8 R S.RS RJ3G JPW V 8.9/4. R S.RS RJ3GYJ V (0 ).5/ S.R 608 H H 0J-T 44.7/ S.R 608 H H 0J-T 43./ S.R 608 J 04K-T T 9./ S.R 608 J H 03K-T 7.8/ S.R 608 H H 0J-T 4./ L 6 M 0 H+T S.R 608 J H 0K-T 57.9/ S.R 608 J H 03K-T / S.R 608 H H 0J-T 0.5/ S.R 608 J H -T 56./ S.R 608 H H 0J-T 4.7/ S.R 608 H H 0J-T 40.7/ S.R 608 H H 0J-T 0.7/ S.R 608 H H 0J-T 8/ S.R 608 H H 0J-T 54.5/ S.R 608 H H 0J-T 8.7/ S.R 608 H H 0J-T 6.7/ S.R 608 H H 0J-T 5.7/ S.L A0SP T./ S.L A0SP T 63.5/ S.L A0SP T 78/ S.R 608 JF H 04Z-T 8.5/ S.R 608 JF H 04Z-T T 63/ S.R 608 J 04K-T T 76/ S.R 608 J 04K-T T 8.7/ S.R 608 J H 03K-T T 76.6/ S.R 608 JF H 04Z-T 8.7/ S.R 608 JF H 04Z-T T 7/ S.R 608 J 04K-T T 5./ S.R 608 J 04K-T T 8.7/ S.R 608 J 04K-T T 76./4.6 M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4-5
14 [MAIN-R UNIT] DSRIPTION M. LOATION S.L AA0SP T 4.5/ S.L AA0SP T 70.7/ S.L AA0SP T 0./ S.TAN TSV 0J 6M8R T 4.5/ S.R 608 J A 4K-T T 83.8/ S.R 608 J H 03K-T T 8./ S.L A0SP T 54/ S.L A0SP T 4/ S.R 608 H H J-T 94.3/ S.R 608 H H J-T 94.3/ S.R 608 J 04K-T T 99/ S.R 608 H H 030-T 05./ S.R 608 J 04K-T T 0/ S.TAN F93A06MAAMA T 05.5/ S.R 608 J H 0K-T 95./ S.R 608 J H 0K-T 0/ S.R 608 H H 070D-T 08.9/ S.R 608 J H 0K-T 08/ S.R 608 H H 040-T 05.9/ S.R 608 H H 80J-T T 99/ S.R 608 J H 3K-T 0.8/ S.R 608 J H 0K-T 00.3/ S.R 608 H H 0J-T T 5./ S.TAN TSV A 6M8R T 45.7/ S.R 608 J H 0K-T T 9.7/ S.R 608 J H 0K-T T 06./ S.TAN TSV A 6M8R T 49./ S.R 608 J H 0K-T T 3.6/ S.R 608 J H 03K-T T 04.6/ S.R 608 J 04K-T T 5.7/ S.R 608 J H 0K-T T 0.6/ S.TAN TSV A 6M8R T 5.7/ S.R 608 J H 03K-T T./ S.R 608 H H 030-T T 4.3/ S.R 608 J H 03K-T T 3.3/ S.TAN TSVA A 5M8R T 39.5/ S.R 608 H H 70J-T T 09.8/ S.R 608 J H 0K-T 57./ S.R 608 H H 3R5-T T 66.3/ S.TAN TSVA V 4M8R T 37.3/ S.R 608 H H D-T T 66.3/ S.TRI TZ3RA0R00 T 7/ S.TAN TSVA 05M8R T 59/ S.TAN TSVA A 5M8R T 35/ S.R 608 H H 070D-T 4.8/ S.R 608 J H 0K-T T 58.9/ S.R 608 H H 040-T T 69./ S.R 608 H H 80J-T T 70./ S.R 608 J H 03K-T T 4.4/ S.R 608 J 04K-T T 57.7/ S.R 608 J H 0K-T 06.4/ S.R 608 J H 03K-T T 50/ S.R 608 J 04K-T T 4.5/ S.R 608 H H 0R5-T T 67.3/ S.R 608 J H 03K-T T 50/ S.R 608 J H 0K-T T 59.5/ S.R 608 H H 050-T T.8/ S.R 608 J H 0K-T T 45.8/ S.R 608 J H 0K-T T 07/ S.R 608 J H 0K-T T 45.7/ S.R 608 J H 0K-T T 4./ S.R 608 J H 0K-T T 6.7/ S.R 608 J H 0K-T T 59.5/ S.R 608 H H 0J-T T 6.8/ S.R 608 J H 03K-T T 6/ S.R 608 J H 0K-T T 63.5/ S.R 608 H H 070D-T T 97.6/ S.R 608 H H 040-T T 96.8/ S.R 608 H H 80J-T T 96./ S.R 608 H H 040-T T 93.8/ S.R 608 J H 0K-T T 67./ S.R 608 H H D-T T 7./ S.R 608 H H 070D-T T 93/ S.R 608 J H 0K-T T 70.8/ S.R 608 J H 03K-T T 06.7/ S.R 608 H H 330J-T T 9/ S.R 608 J H 0K-T T 88./ S.R 608 J H 03K-T T 06.8/ S.R 608 J H 0K-T T 3.6/ S.R 608 H H 070D-T T 48.7/ S.R 608 H H 040-T T 49.5/ S.R 608 H H 80J-T T 5.8/ S.R 608 J H 0K-T T 88.4/ S.R 608 H H 040-T T 5.5/ S.R 608 J H 0K-T 4./ S.R 608 H H 070D-T T 53.3/ S.R 608 H H 0J-T T 8.6/ S.R 608 H H 80J-T./ S.R 608 H H 0J-T 0./ S.R 608 J H 0K-T T 8.5/ S.R 608 J H 0K-T T 0.7/7. [MAIN-R UNIT] DSRIPTION M. LOATION S.R 608 H H 080D-T 09.6/ S.R 608 H H 0J-T.7/ S.R 608 H H 80J-T 09.5/ S.R 608 H H D-T T.6/ S.R 608 J H 0K-T T 7.7/ S.R 608 J H 0K-T 6.6/ S.R 608 J H 0K-T 3.9/ S.R 608 J H 0K-T T.4/ S.R 608 J H 0K-T./ S.R 608 J H 0K-T 9.8/ S.R 608 H H 0J-T 6.6/ S.R 608 J H 0K-T 0.6/ S.R 608 J H 0K-T 8.3/ S.R 608 H H 080D-T 9.6/ S.R 608 J H 0K-T T 9/ S.R 608 H H 70J-T 8.9/ S.R 608 H H 70J-T 8.9/ S.R 608 H H 50J-T 4.9/ S.R 608 H H 0J-T 4.9/ S.R 608 H H 0J-T 4.9/ S.R 608 J H 0K-T T 8.7/ S.R 608 H H 560J-T 08.7/ S.R 608 J H -T T 78.3/ S.R 608 J H 0K-T T.9/ S.R 608 J H 0K-T T 5.6/3.5 J 6570 S.NR 30FLT-SM-T T 3/07. J 6570 S.NR 30FLT-SM-T T 45/07. J NR TMP-S0X- W L OP-465 P S.A MMZ608D T 5.7/66. [MAIN-T UNIT] DSRIPTION M. LOATION I S.I TA7805F (T6L,Q) T 7.7/3. I S.I TA7805F (T6L,Q) T 77.7/06 I S.RG A033FP- T 5.7/95.5 I S.I RF485 <I.A> T 68./5. I S.I P758T-3 T 66/4. I S.I NJM3404AV-T-#FMZ 8.5/6.3 I S.I T7S08FU (T85R,F) 5.3/6 I S.I NJM730F-T 43/3.7 I S.I M5A0PFV-G-ND-R 35./8.7 I S.I NJM730F-T 43.5/46.4 I S.I M5A0PFV-G-ND-R 34.7/5.5 I3 075 S.I TA75S0F (T85R,F) T 05.5/78 I4 075 S.I TA75S0F (T85R,F) 87.7/6.4 Q S.TR S798-T-AZ DK T 8/6.5 Q S.TR DT44UA T06 T 6./4 Q S.TR SA36-GR (T85R,F) T 65.9/5.7 Q S.TR S408 T06 S T 7./0.7 Q S.TR SA36-GR (T85R,F) T 45/93.6 Q S.TR DT44UA T06 T 40./9 Q S.TR DT44UA T06 T 50.8/9.9 Q S.TR SA36-GR (T85R,F) T 55.3/93.5 Q S.TR S5085-Y (T85R,F) T 65.5/33.6 Q S.TR S46-GR (T85R,F) T 30.7/6. Q S.FT SK508-T-A K5 T 39.3/6.8 Q S.TR S TL- 74.8/73.8 Q S.TR S5085-Y (T85R,F) T 53.8/6 Q S.TR S5085-Y (T85R,F) T 3.5/3.7 Q S.TR S5085-Y (T85R,F) T 40.8/34.7 Q S.TR S56-4-TL- 88.3/65.9 Q S.TR S TL- T 5.8/50.4 Q S.TR S46-GR (T85R,F) T 0.4/49.7 Q S.TR SA36-GR (T85R,F) T 9.7/79.5 Q S.TR DT4UA T06 T 90./74.7 Q S.FT SK508-T-A K5 T 39.8/5.9 Q S.FT SK35 (TL,F) T 05.7/6.4 Q S.TR S TL- T 3.3/55.6 Q S.TR DT4UA T06 T 09/7.5 Q S.TR S TL- T 40.5/57.7 Q S.FT SK880-GR (T85R,F) T 7.6/7. D DIO DSA3A D S.ZN MA808-M (TX) T 4.3/5.4 M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4-6
15 [MAIN-T UNIT] DSRIPTION M. LOATION D S.VP HVU350TRF- T 34./ D S.VP HV358TRF- T 39.7/48.5 D S.ZN MA8056-M (TX) T 97.5/64. D S.DIO MA74 (TX) T.6/97.4 D S.ZN MA8056-M (TX) T 3.7/7.4 D S.DIO MA74 (TX) T 96.3/.4 FI S.SAW SAFH46MAL0N00R 60.7/70.7 L S.OL LJR NGFA T 60.8/5.9 L S.OL LJR RGFA 66.7/.7 L S.OL LJR R0GFA T 6.7/40.4 L S.OL LJR 68NGFA T 63.5/46 L S.OL LJR 8NGFA T 73/34 L S.OL LJR NGFA T 68.8/40.3 L S.OL LJR 39NGFA T 7/44.8 L S.OL LJR 56NGFA T 67.5/34.7 L S.OL LJR 39NGFA T 7./48.9 L S.OL LJR 33NGFA T 67.9/50.4 L S.OL LJR 33NGFA T 63.5/49.6 L S.OL LJR 33NGFA T 63.5/5.3 L S.OL LJR 0NGFA T 63./36.3 L S.OL LJR RGFA T 39/0.6 L S.OL 50-68NG-A T 34/4.3 L S.OL LQWHNR0J03L 60.7/64. L S.OL LJND R0J T 3/7.8 L S.OL LJND R0J T 39.3/30.9 L S.OL LQWHNR0J03L 63.7/74.7 L S.OL LJR NGFA 7.6/73. L S.OL LJR 68NGFA 78.7/7 L S.OL LJR NGFA T 5.3/9.8 L S.OL LJR 56NGFA T 50/9. L S.OL LJR 0NGFA T 35./33.5 L S.OL LJR 33NGFA 39.5/34.9 L S.OL LJR 33NGFA 4.3/34.8 L S.OL LJR 68NGFA 85.4/69.8 L S.OL LJR 8NGFA 86.9/63.3 L S.OL LJR 8NGFA T 50.7/43 L S.OL LJR 8NGFA T 50.7/46. L S.OL LJR NGFA T 53.8/5. L S.OL LJR RGFA T 39.7/44.5 L S.OL LJR NGFA T 98.8/56.6 L S.OL LJR NGFA T 0/57.4 L S.OL MLF608D NM-T T 5/54. L S.OL 638A-43NG-A T 34.3/48. L S.OL LJND R39J T 30.5/48.6 L S.OL LJR 7NGFA T 08.9/58.3 L S.OL LJND R33J T 43./53.8 L S.OL LJR 68NGFA T 30./56 L S.OL LJR 0NGFA T 36.3/56.7 L S.OL LM3PG330SNL T 94.8/9. L S.OL LM3PG330SNL T 03./9. L S.OL LM3PG330SNL T.8/9. L S.OL AS N T.9/99.3 L S.OL LJR NGFA T 39./60 L S.OL LJR 8NGFA 39.5/59 L S.OL LJR 8NGFA 4./59 L S.OL AS N T 05.4/0.9 L S.OL AS0805-N T 6.8/. L S.OL AS0805-N T 7./.7 L S.OL 638A-43NG-A 0.7/7. R S.AS RZVFM0 65.9/4.8 R S.RS RJ3GYJ 04 V ( k) T 8/3 R S.RS RJ3GYJ 0 V ( ) 5.5/06.3 R S.RS RJ3GYJ 0 V ( ) 40./05.6 R S.RS RJ3GYJ 0 V ( ) 37.5/05.6 R S.RS RJ3GYJ 0 V ( k) T 63.5/4 R S.RS RJ3GYJ 04 V ( k) T 66/3. R S.RS RJ3GYJ 56 V (5.6 k) T 89/.9 R S.RS RJ3G JPW V T 88./4 R S.TMR NTG6 4H 03KT T 89/0.3 R S.RS RJ3GYJ V (. k) T 9.8/ R S.RS RJ3GYJ 03 V (0 k) T 90.8/6. R S.RS RJ3GYJ 03 V (0 k) T 88.8/3.3 R S.RS RJ3GYJ 0 V ( ) T 90.8/8.9 R S.RS RJ3GYJ 0 V ( k) T 9./0.7 R S.RS RJ3GYJ 0 V ( ) T 7.3/8.5 R S.RS RJ3G JPW V T.7/9 R S.RS RJ3GYJ 80 V (8 ) T 60.8/3 R S.RS RJ3GYJ 7 V (70 ) T 6.7/. R S.RS RJ3GYJ 7 V (70 ) T 6.7/3.8 R S.RS RJ3GYJ 0 V ( ) 78./6.9 R S.RS RJ3GYJ 0 V ( ) 78./5.7 R S.RS RJ3GYJ 8 V (8. k) T 8.8/30.6 R S.RS RJ3G JPW V 86/9. R S.RS RJ3GYJ 83 V (8 k) T 8.8/8. R S.RS RJ3GYJ 0 V ( ) 8./.5 [MAIN-T UNIT] DSRIPTION M. LOATION R S.RS RJ3GYJ 8 V (8. k) T 84/5 R S.RS RJ3GYJ 83 V (8 k) T 8.8/.9 R S.RS RJ3GYJ 0 V ( ) T 38/9 R S.RS RJ3GYJ 0 V ( ) T 48.8/9 R S.RS RJ3GYJ 0 V ( ) 6.7/06. R S.RS RJ3GYJ 680 V (68 ) T 60.8/8.7 R S.RS RJ3GYJ 0 V ( ) T 6.8/7.9 R S.RS RJ3GYJ 0 V ( ) T 6.7/9.5 R S.RS RJ3GYJ 80 V (8 ) T 68/30.7 R S.RS RJ3GYJ 7 V (70 ) T 65/30.7 R S.RS RJ3GYJ 7 V (70 ) T 74.7/30.7 R S.RS RJ3GYJ 0 V ( ) 79/30 R S.RS RJ3GYJ 0 V ( k) 70/7 R S.RS RJ3GYJ 0 V ( k) 7./7 R S.RS RJ3GYJ 0 V ( k) 75.7/4.5 R S.RS RJ3GYJ 0 V ( k) 74.3/4.5 R S.RS RJ3GYJ 0 V ( ) 78./4.5 R S.RS RJ3GYJ 0 V ( k) T 4.5/9.7 R S.RS RJ3GYJ 0 V ( k) T 5.8/9.7 R S.RS RJ3GYJ 04 V ( k) T 45/9 R S.RS RJ3GYJ 04 V ( k) T 55.3/9 R S.RS RJ3GYJ 0 V ( ) T 68.7/44 R S.RS RJ3GYJ 560 V (56 ) T 7./36. R S.RS RJ3GYJ 0 V ( ) T 69/34.7 R S.RS RJ3GYJ 0 V ( ) T 6.4/34. R S.RS RJ3GYJ 33 V (3.3 k) T 8.5/6 R S.RS RJ3GYJ 0 V ( ) 44.7/0.5 R S.RS RJ3GYJ 80 V (8 ) 64./59.3 R S.RS RJ3GYJ 7 V (70 ) 6.9/58.6 R S.RS RJ3GYJ V (4.7 k) T 65.5/37 R S.RS RJ3GYJ 03 V (0 k) T 65.5/35.5 R S.RS RJ3GYJ 0 V ( ) 3.7/9. R S.RS RJ3GYJ V (4.7 k) 38.7/30. R S.RS RJ3GYJ 0 V ( k) 40./30. R S.RS RJ3GYJ 0 V ( k) 34.5/34. R S.RS RJ3GYJ 7 V (70 ) 6.9/6 R S.RS RJ3GYJ 03 V (0 k) 60/66.7 R S.RS RJ3GYJ 0 V ( ) T 5.3/8.5 R S.RS RJ3GYJ 560 V (56 ) 56/37. R S.RS RJ3GYJ 0 V ( ) T 53/3 R S.RS RJ3G JPW V T 3.5/3.7 R S.RS RJ3GYJ 3 V ( k) T 3./9.7 R S.RS RJ3GYJ 0 V ( ) T 4.3/8.9 R S.RS RJ3GYJ 560 V (56 ) 35.9/34. R S.RS RJ3GYJ 03 V (0 k) 39.5/4 R S.RS RJ3GYJ 03 V (0 k) 39.5/.8 R S.RS RJ3GYJ 03 V (0 k) 33/4 R S.RS RJ3GYJ 0 V ( ) 35/3. R S.RS RJ3GYJ 0 V ( ) 36./3. R S.RS RJ3GYJ 0 V ( ) 37.5/3. R S.RS RJ3GYJ 03 V (0 k) 60/74. R S.RS RJ3GYJ 8 V (8. k) 74.6/7. R S.RS RJ3GYJ 68 V (6.8 k) 7.4/75.4 R S.RS RJ3GYJ 0 V ( ) 76./69.7 R S.RS RJ3GYJ 0 V ( ) 75.4/76.7 R S.RS RJ3GYJ V (0 ) T 5.6/3.9 R S.RS RJ3GYJ 03 V (0 k) T 5.6/5.9 R S.RS RJ3GYJ V (0 ) T 50/5.9 R S.RS RJ3GYJ V (4.7 k) T 5.6/3 R S.RS RJ3GYJ V (0 ) T 30.7/35 R S.RS RJ3GYJ 0 V ( ) T 30/3.7 R S.RS RJ3GYJ 333 V (33 k) T 38.7/34. R S.RS RJ3GYJ 0 V ( ) T 35.5/36.5 R S.RS RJ3GYJ 0 V ( ) T 38.6/36.5 R S.RS RJ3GYJ 0 V ( ) T 44./33.5 R S.RS RJ3GYJ V (0 ) 77./7 R S.RS RJ3GYJ 0 V ( ) 8.4/74.3 R S.RS RJ3GYJ V (0 ) 8.7/76.5 R S.RS RJ3GYJ V (0 ) 83./76.5 R S.RS RJ3GYJ 50 V (5 ) 87.6/69 R S.RS RJ3GYJ 680 V (68 ) T 54.8/4. R S.RS RJ3GYJ 0 V ( ) T 55.7/39.9 R S.RS RJ3GYJ 0 V ( ) T 53.8/39.9 R S.RS RJ3GYJ 560 V (56 ) 45.9/37.3 R S.RS RJ3GYJ 33 V (3.3 k) T 8.5/49.5 R S.RS RJ3GYJ V (4.7 k) 86./66 R S.RS RJ3GYJ 56 V (5.6 k) 83.9/66.8 R S.RS MR0ZHJ 330 (33) 86./57. R S.RS RJ3GYJ 390 V (39 ) 89.9/58.8 R S.RS RJ3GYJ 5 V (50 ) 89./56.5 R S.RS RJ3GYJ 0 V ( ) T 49/48 R S.RS RJ3GYJ 0 V ( ) 46.5/.7 R S.RS RJ3GYJ 0 V ( k) 4.8/50.5 R S.RS RJ3GYJ 5 V (50 ) 90.6/56.5 R S.RS RJ3GYJ 04 V ( k) T 9.8/76.9 R S.RS RJ3GYJ 0 V ( k) T 90./77.7 R S.RS RJ3GYJ 8RV (8. ) T 0.5/58.9 R S.RS RJ3GYJ 56 V (5.6 k) T 0/60.4 R S.RS RJ3GYJ 56 V (5.6 k) T 0/63.8 R S.RS RJ3GYJ 0 V ( ) T 54.6/54.7 R S.RS RJ3GYJ 3 V ( k) T 5.7/5.3 M.=Mounted side (T: Mounted on the Top side, : Mounted on the ottom side) S.=Surface mount 4-7
DIGITAL VOICE REPEATER. id-rp4000v
DIGITAL VOI RPATR id-rp4v S-1439XZ-1 Dec. 26 INTRODUTION This service manual describes the latest service information for the ID-RP4V DIGITAL VOI RPATR at the time of publication. To upgrade quality, any
SERVICE MANUAL SURVIVAL CRAFT 2-WAY RADIO
SRVI MANUAL SURVIVAL RAFT -WAY RADIO INTRODUTION This service manual describes the latest service information for the I-GM00/ VHF MARIN TRANSIVR at the time of publication. MODL VRSION TX Hi-POWR I GM00
FM TRANSCEVERS S-14315XZ-C1 Jan. 2007
FM TRNSVRS S-45XZ- Jan. 007 INTRODUTION This service manual describes the latest service information for the I-V85, I-V85 and I-V85-T FM TRNSIVRS at the time of publication. MODL VRSION SYMOL U.S.. [US]
SERVICE MANUAL. VHF AIR BAND TRANSCEIVER ia110
SRVI MANUAL VHF AIR AND TRANSIVR ia0 INTRODUTION This service manual describes the latest service information for the I-A0 VHF AIR AND TRANSIVR at the time of publication. L VRSION SYMOL General GN I-A0
the total number of electrons passing through the lamp.
1. A 12 V 36 W lamp is lit to normal brightness using a 12 V car battery of negligible internal resistance. The lamp is switched on for one hour (3600 s). For the time of 1 hour, calculate (i) the energy
SERVICE MANUAL MULTIBAND FM TRANSCEIVER
SRVI MANUAL MULTIAND FM TRANSIVR INTRODUTION This service manual describes the latest service information for the I-TA/ at the time of publication. MODL VRSION U.S.A. Australia S..Asia urope U.K. Italy
RT-178 / ARC-27 All schematics
RT / ARC All schematics J I K P0 L A B M C P N D O E H G F P0 RT /ARC F L P0 A C D G J M P S B E K R H N SQ OFF GUARD REC MOD I k I B E i DRVR I g FINAL I g I ant SQ OFF MAIN REC SENS PHONE METER MIC SENS
HIS series. Signal Inductor Multilayer Ceramic Type FEATURE PART NUMBERING SYSTEM DIMENSIONS HIS R12 (1) (2) (3) (4)
FEATURE High Self Resonant Frequency Superior temperature stability Monolithic structure for high reliability Applications: RF circuit in telecommunication PART NUMBERING SYSTEM HIS 160808 - R12 (1) (2)
38BXCS STANDARD RACK MODEL. DCS Input/Output Relay Card Series MODEL & SUFFIX CODE SELECTION 38BXCS INSTALLATION ORDERING INFORMATION RELATED PRODUCTS
DCS Input/Output Relay Card Series STANDARD RACK MODEL 38BXCS MODEL & SUFFIX CODE SELECTION 38BXCS MODEL CONNECTOR Y1 :Yokogawa KS2 cable use Y2 :Yokogawa KS9 cable use Y6 :Yokogawa FA-M3/F3XD32-3N use
SMD Power Inductor-VLH
SMD Power Inductor-VH Dimensions Unit: mm Type A B C E F H I J 252010 2.5±0.2 2.0±0.2 1.0max. 0.4±0.2 1.0min. 2.1 0.90 0.8 252012 2.5±0.2 2.0±0.2 1.2max. 0.4±0.2 1.0min. 2.1 0.90 0.8 321618C 3.2±0.3 1.6±0.2
Capacitors - Capacitance, Charge and Potential Difference
Capacitors - Capacitance, Charge and Potential Difference Capacitors store electric charge. This ability to store electric charge is known as capacitance. A simple capacitor consists of 2 parallel metal
Monolithic Crystal Filters (M.C.F.)
Monolithic Crystal Filters (M.C.F.) MCF (MONOLITHIC CRYSTAL FILTER) features high quality quartz resonators such as sharp cutoff characteristics, low loss, good inter-modulation and high stability over
Surface Mount Multilayer Chip Capacitors for Commodity Solutions
Surface Mount Multilayer Chip Capacitors for Commodity Solutions Below tables are test procedures and requirements unless specified in detail datasheet. 1) Visual and mechanical 2) Capacitance 3) Q/DF
(REV:01) RYOBI 48 Volt Lawn Mower Model No. RY14110A Replacement Parts List
9000-7 9-- (REV:0) RYOBI 4 Volt Lawn Mower Model No. RY0A Replacement Parts List RYOBI RY0A 4 VOLT LAWN MOWER 3 3 39 44 39 3 34 3 42 3 39 3 4 37 34 3 43 2 0 37 2 33 32 3 9 7 22 30 4 7 3 20 9 3 2 2 27 2
SMD Power Inductor-VLH
SMD Power Inductor-VH PAD AYOUT Dimensions Unit: mm Type A B C E F H I J 252010 2.5±0.2 2.0±0.2 1.0max. 0.4±0.2 1.0min. 2.1 0.90 0.8 252012 2.5±0.2 2.0±0.2 1.2max. 0.4±0.2 1.0min. 2.1 0.90 0.8 252510 2.5±0.2
Advanced Subsidiary Unit 1: Understanding and Written Response
Write your name here Surname Other names Edexcel GE entre Number andidate Number Greek dvanced Subsidiary Unit 1: Understanding and Written Response Thursday 16 May 2013 Morning Time: 2 hours 45 minutes
(REV:01) RYOBI 48 Volt Lawn Mower Model No. RY14110 Replacement Parts List
9800-86 2-0-0 (REV:0) RYOBI 48 Volt Lawn Mower Model No. RY0 Replacement Parts List RYOBI RY0 48 volt lawn mower 3 38 39 44 39 36 34 36 42 38 39 3 4 37 34 3 43 2 32 0 8 9 2 4 33 8 7 6 3 6 7 22 8 20 3 30
MS SERIES MS DESK TOP ENCLOSURE APPLICATION EXAMPLE FEATURE. Measuring instruments. Power supply equipments
MS SERIES MS DESK TOP ENCLOSURE FEATURE Available in 176 sizes. Screws are not appeared on the surface. Usable as rack mount case with optinal mounting bracket. There are no ventilation hole for cover
Multilayer Chip Inductor
Features -Monolithic structure for high reliability -High self-resonant frequency -Excellent solderability and high heat resistance Construction Applications -RF circuit in telecommunication and other
SERVICE MANUAL ADDENDUM
Feb. SERVE MNUL DDENDUM ONTENTS REPLEMENT PGE FOR -................ PRTS LST................................ ORD LYOUTS........................... 9 VOLTGE DGRM......................... Feb. - REEVE DJUSTMENT
Siemens AG Rated current 1FK7 Compact synchronous motor Natural cooling. I rated 7.0 (15.4) 11.5 (25.4) (2.9) 3.3 (4.4)
Synchronous motors Siemens 2009 FK7 Compact motors Nural cooling Selection and ordering da Red speed Shaft height n red S P red ΔT=00 K rpm kw (P) Red power Stic torque M 0 ΔT=00 K Red torque ) M red ΔT=00
VHF MARINE TRANSCEIVER
VHF MARINE TRANSCEIVER S-499XZ-C April 203 INTRODUCTION CAUTION This service manual describes the latest technical information for the IC-M73, IC-M73EURO VHF MARINE TRANSCEiVER, at the time of publication.
Thin Film Chip Inductor
Scope -Viking s 0201 and 0402 series inductor is a photo lithographically etched single layer ceramic chip. Viking s design provides high, excellent Q, and superior temperature stability. This highly stable
Model: MTZ22. Data. Cylinder count: 1 Displacement [m³/h]: 6,63 Cylinder capacity [cm³]: 38,1 RPM [min -1 ]: 2900 Weight [kg]: 21 Oil charge [dm³]: 1
![Model: MTZ22. Data. Cylinder count: 1 Displacement [m³/h]: 6,63 Cylinder capacity [cm³]: 38,1 RPM [min -1 ]: 2900 Weight [kg]: 21 Oil charge [dm³]: 1](/thumbs/90/102819400.jpg "Model: MTZ22. Data. Cylinder count: 1 Displacement [m³/h]: 6,63 Cylinder capacity [cm³]: 38,1 RPM [min -1 ]: 2900 Weight [kg]: 21 Oil charge [dm³]: 1")
Technical data Data Cylinder count: 1 Displacement [m³/h]: 6,63 Cylinder capacity [cm³]: 38,1 RPM [min -1 ]: 2900 Weight [kg]: 21 Oil charge [dm³]: 1 Oil type: 160PZ Crankcase heater type: PTC 35 W Maximum
Studio Transmitter Link
UHF STL TRANSMITTER BPT-V/UHF TRANSMITTER SPECIFICATIONS TYPE solid state direct FM frequency synthesised crystal referenced thermal compensated FREQUENCY STABILITY better than 4 ppm0 -------------------------------------------+40
SERVICE MANUAL COMMUNICATIONS RECEIVER
SRVIC MANUAL COMMUNICATIONS RCIVR INTRODUCTION This service manual describes the latest service information for the IC-R at the time of publication. To upgrade quality, all electrical or mechanical parts
CSR series. Thick Film Chip Resistor Current Sensing Type FEATURE PART NUMBERING SYSTEM ELECTRICAL CHARACTERISTICS
FEATURE Operating Temperature: -55 ~ +155 C 3 Watts power rating in 1 Watt size, 1225 package High purity alumina substrate for high power dissipation Long side terminations with higher power rating PART
Current Sense Metal Strip Resistors (CSMS Series)
Features: Range: 1mΩ to 100mΩ Low TCR as low as 75PPM High power rating Custom Values available RoHS Compliant and Halogen Free Operating Temperature: -55 C to +170 C Part Number Structure CSMS 0805 -
NPN SILICON OSCILLATOR AND MIXER TRANSISTOR
FEATURES NPN SILICON OSCILLATOR AND MIXER TRANSISTOR LOW COST HIGH GAIN BANDWIDTH PRODUCT: ft = MHz TYP LOW COLLECTOR TO BASE TIME CONSTANT: CC r b'b = 5 ps TYP LOW FEEDBACK CAPACITANCE: CRE=.55 pf TYP
2.5 GHz SILICON MMIC WIDE-BAND AMPLIFIER
. GHz SILICON MMIC WIDE-BAND AMPLIFIER UPC79T FEATURES WIDE FREQUENCY RESPONSE:. GHz 3 GAIN vs. FREQUENCY HIGH GAIN: 3 db (UPC79T) SATURATED OUTPUT POWER: +. dbm (UPC79T) INTERNAL CURRENT REGULATION MINIMIZES
POWER OVER ETHERNET (PoE) MAGNETICS
RoHS-5 peak reflow temperature rating 35 C RoHS-6 peak reflow temperature rating 45 C IEEE 80.3af/ANSI X3.63 compliant performance Designed for IP phone or switch applications Electrical Specifications
Current Sensing Chip Resistor SMDL Series Size: 0201/0402/0603/0805/1206/1010/2010/2512/1225/3720/7520. official distributor of
Product: Current Sensing Chip Resistor SMDL Series Size: 0201/0402/0603/0805/1206/1010/2010/2512/1225/3720/7520 official distributor of Current Sensing Chip Resistor (SMDL Series) 1. Features -3 Watts
3 V, 1500 MHz Si MMIC WIDEBAND AMPLIFIER
V, MHz Si MMIC WIDEBAND AMPLIFIER UPC7T FEATURES WIDE FREQUENCY RESPONSE: MHz LOW VOLTAGE OPERATION: V NOMINAL (. MIN) LOW POWER CONSUMPTION:. mw TYP SUPER SMALL PACKAGE TAPE AND REEL PACKAGING OPTION
LR Series Metal Alloy Low-Resistance Resistor
Tel : 881745 Fax : 881749 LR Series Metal Alloy LowResistance Resistor This specification is applicable to lead free, halogen free of RoHS directive for metal alloy lowresistance resistor. The product
Data sheet Thin Film Chip Inductor AL Series
Data sheet Thin Film Chip Inductor AL Series Scope - 0201 and 0402 and 0603 series inductor is a photo lithographically etched single layer ceramic chip. This design provides high SRF, excellent Q, and
3 V, 900 MHz LOW NOISE SI MMIC AMPLIFIER
V, 9 MHz LOW NOISE SI MMIC AMPLIFIER UPC78T FEATURES.8 db NOISE FIGURE LOW VOLTAGE - LOW CURRENT: ma at V LOW POWER CONSUMPTION: 8 mw TYP SUPER SMALL PACKAGE TAPE AND REEL PACKAGING OPTION AVAILABLE DESCRIPTION
Anti-Corrosive Thin Film Precision Chip Resistor-SMDR Series. official distributor of
Product : Anti-Corrosive Thin Film Precision Chip Resistor-SMDR Series Size : 0402/0603/0805/1206/2010/2512 official distributor of Anti-Corrosive Thin Film Precision Chip Resistor (SMDR Series) 1. Features
Metal Oxide Leaded Film Resistor
Features -Excellent Long-Time stability -High surge / overload capability -Wide resistance range : 0.1Ω~22MΩ -Controlled temperature coefficient -Resistance standard tolerance: ±5% (consult factory for
ΨΗΦΙΑΚΟ ΠΕ ΙΟΜΕΤΡΟ TRIMAX SM 2500
ΨΗΦΙΑΚΟ ΠΕ ΙΟΜΕΤΡΟ TRIMAX SM 2500 ΤΕΧΝΙΚΟ ΕΓΧΕΙΡΙ ΙΟ www.trimaxmeters.com Παρακαλούµε διαβάστε το εγχειρίδιο αυτό προσεκτικά πριν χρησιµοποιήσετε το πεδιόµετρο για πρώτη φορά. Τα τεχνικά χαρακτηριστικά
Digital motor protection relays
Digital motor protection relays Specification DMP -S & DMP -Sa DMP -T & DMP -Ta Model No. DMP06-S/Sa DMP60-S/Sa DMP06-T/Ta DMP60-T/Ta Wiring Screw type Tunnel type Panel mount Unit or Extension Note1)
SMD Wire Wound Ferrite Chip Inductors - LS Series. LS Series. Product Identification. Shape and Dimensions / Recommended Pattern LS0402/0603/0805/1008
SMD Wire Wound Ferrite Chip Inductors - LS Series LS Series LS Series is the newest in open type ferrite wire wound chip inductors. The wire wound ferrite construction supports higher SRF, lower DCR and
Multilayer Ceramic Chip Capacitors
FEATURES X7R, X6S, X5R AND Y5V DIELECTRICS HIGH CAPACITANCE DENSITY ULTRA LOW ESR & ESL EXCELLENT MECHANICAL STRENGTH NICKEL BARRIER TERMINATIONS RoHS COMPLIANT SAC SOLDER COMPATIBLE* PART NUMBER SYSTEM
Metal Oxide Leaded Film Resistor
SURFACE TEMP. RISE ( ) Power Ratio(%) MOF0623, 0932, 1145, 1550, 1765, 2485 MOF Series Features -Excellent Long-Time stability -High surge / overload capability -Wide resistance range : 0.1Ω~10MΩ -Controlled
4. Construction. 5. Dimensions Unit mm
1. Scope This specification applies to all sizes of rectangular-type fixed chip resistors with Ni/Cr as material. 2. Features Tolerance from 0.01%1% Thin film & Ni/Cr Resistor TCR from 5ppm 50ppm for thin
LR(-A) Series Metal Alloy Low-Resistance Resistor
LR(A) Series Metal Alloy LowResistance Resistor This specification is applicable to lead free, halogen free of RoHS directive for metal alloy lowresistance resistor. The product is for general purpose.
Multilayer Ceramic Chip Capacitors
FEATURES X7R, X6S, X5R AND Y5V DIELECTRICS HIGH CAPACITANCE DENSITY ULTRA LOW ESR & ESL EXCELLENT MECHANICAL STRENGTH NICKEL BARRIER TERMINATIONS RoHS COMPLIANT SAC SOLDER COMPATIBLE* Temperature Coefficient
3 V, 900 MHz Si MMIC AMPLIFIER
V, 9 MHz Si MMIC AMPLIFIER UPC77T FEATURES LOW VOLTAGE - LOW CURRENT: ma at V LOW POWER CONSUMPTION: mw TYP SUPER SMALL PACKAGE TAPE AND REEL PACKAGING OPTION AVAILABLE DESCRIPTION The UPC77T is a Silicon
Instruction Execution Times
1 C Execution Times InThisAppendix... Introduction DL330 Execution Times DL330P Execution Times DL340 Execution Times C-2 Execution Times Introduction Data Registers This appendix contains several tables
Thin Film Chip Resistors
FEATURES PRECISE TOLERANCE AND TEMPERATURE COEFFICIENT EIA STANDARD CASE SIZES (0201 ~ 2512) LOW NOISE, THIN FILM (NiCr) CONSTRUCTION REFLOW SOLDERABLE (Pb FREE TERMINATION FINISH) Type Size EIA PowerRating
Technical Specifications
FLX-8X8A Chassis Technical Specifications Modular Input Cards... FLX-BI4, FLX-DI4, FLX-HI4, FLX-RI4 Analog Audio... Balanced or Unbalanced Stereo Audio (20 Hz to 20 khz) Supported Outputs Modular Output
Power Inductor LVS Series
RoHS Compliant Halogen Free REACH Compliant Part Numbering LVS 6645 L - 1R M - AU Series Name Dimensions Code Inductance Internal Code (mm) (uh) Tolerance 4412 4.x4.x1.2 L Low DCR R47.47 M ±% 4418 4.x4.x1.8
HF TRANCEIVER. ic-718
HF TRANIVR i- INTRODUTION This service manual describes the latest service information for the I- HF TRANIVR at the time of publication. To upgrade quality, all electrical or mechanical parts and internal
Chilisin Electronics Singapore Pte Ltd
hilisin Electronics ingapore Pte Ltd High urrent hip Beads, PBY eries Feature: Our MD High urrent hips Beads is specially designed to with tand large urrents while providing a means of EMI/RFI attenuation
DC-DC Constant Current Step-Down LED driver LDD-300L LDD-350L LDD-500L LDD-600L LDD-700L CURRENT RANGE
SPECIFICATION ORDER NO. LDD-00L LDD-0L LDD-00L LDD-00L LDD-700L CURRENT RANGE 00mA 0mA 00mA VOLTAGE RANGE Note. ~ VDC for LDD-00~700L/LW ; ~ 8VDC for LDD-00~700LS CURRENT ACCURACY (Typ.) ±% at VDC input
SERVICE MANUAL. VHF MARINE TRANSCEIVER ic-m422
SERVICE MANUAL VHF MARINE TRANSCEIVER ic-m S-MZ-C-q Jul. 00 INTRODUCTION This service manual describes the latest service information for the IC-M VHF MARINE TRANSCEIVER at the time of publication. MODEL
Anti-Corrosive Thin Film Precision Chip Resistor (PR Series)
(PR Series) Features -Long term life stability and demonstrated the Anti Corrosion claims -Special passivated NiCr film for Anti-Acid and Anti-Damp -Tight tolerance down to ±0.1% -Extremely low TCR down
SERVICE MANUAL VHF TRANSCEIVER
SERVIE MNUL VHF TRNSEIVER S-HZ- Mar. 00 INTROUTION This service manual describes the latest service information for the I-F0T/S, I-F0T/S and I-F0T/S VHF TRNSEIVER at the time of publication. MOEL VERSION
FEATURES APPLICATION PRODUCT T IDENTIFICATION PRODUCT T DIMENSION MAG.LAYERS
FEATURES RoHS compliant. Super low resistance, ultra high current rating. High performance (I sat) realized by metal dust core. Frequency Range: up to 1MHz. APPLICATION PDA, notebook, desktop, and server
Ημερομηνία Τελευταίας Ενημέρωσης: Μαϊος 2017
DegerHellas Μον.ΕΠΕ Ενεργειακά Συστήματα, Μεγάλου Αλεξάνδρου 169, 13562,Αγιοι Ανάργυροι, Αθήνα Τ: 211-0127290 F: 211-0127293, E: info-greece@degerenergie.com Θέμα: Κείμενο Εγγυήσεων DegerTrackers Ημερομηνία
DATA SHEET Surface mount NTC thermistors. BCcomponents
DATA SHEET 2322 615 1... Surface mount N thermistors Supersedes data of 17th May 1999 File under BCcomponents, BC02 2001 Mar 27 FEATURES High sensitivity High accuracy over a wide temperature range Taped
Precision Metal Film Fixed Resistor Axial Leaded
Features EIA standard colour-coding Non-Flame type available Low noise and voltage coefficient Low temperature coefficient range Wide precision range in small package Too low or too high ohmic value can
SCOPE OF ACCREDITATION TO ISO 17025:2005
SCOPE OF ACCREDITATION TO ISO 17025:2005 TFF CORPORATION TEKTRONIX COMPANY 1-14-1 Midorigaoka, Naka-gun, Ninomiya-machi, Kanagawa Pref. 259-0132 JAPAN Hideki Yuyama Phone: 81 463 70 5634 CALIBRATION Valid
Features. Terminal Contact Enclosure style style form Open type Dust cover Ears on cover Antirotation-tab Ears on top
SONG CHUN Features 20/2 general purpose Power Relays. SPDT, DPDT, TPDT contact configurations. DC & C coils are both available. Optional for flange covers, tapped core w/anti-rotation tab, indicator lamp,
HORIZON QUANTUM. Logging
HORIZON QUANTUM High Capacity Packet Microwave System FEATURES NETWORK MANAGEMENT (NMS) Capacity w/accelerator Variable from 10 to 2000 Mbps full duplex CIR Management Access In or out of band 2x capacity
Summary of Specifications
Snap Mount Large High CV High Ripple 85 C Temperature The series capacitors are the standard 85 C, large capacitance, snap-in capacitors from United Chemi-Con. The load life for the series is 2,000 hours
Operating Temperature Range ( C) ±1% (F) ± ~ 1M E-24 NRC /20 (0.05) W 25V 50V ±5% (J) Resistance Tolerance (Code)
FEATURES EIA STANDARD SIZING 0201(1/20), 0402(1/16), 0603(1/10), 0805(1/8), 1206(1/4), 1210(1/3), 2010(3/4) AND 2512(1) METAL GLAZED THICK FILM ON HIGH PURITY ALUMINA SUBSTRATE..(CERMET) PROVIDES UNIFORM
No Item Code Description Series Reference (1) Meritek Series CRA Thick Film Chip Resistor AEC-Q200 Qualified Type
Qualified FEATURE Excellent Mechanical Strength and Electrical Stability Ideal for Pick and Place Machinery Stable High Frequency Characteristics Miniature, High Board Density Equivalent Specification
VHF FM REPEATER S-14425XZ-C1 Jun. 2008
VHF FM REPEATER S-XZ-C Jun. This service manual describes the latest service information for the IC-FR IC-FR VHF FM REPEATER at the time of publication. MODEL VERSION INTRODUCTION CH. SPACING (khz) POWER
ΜΕΛΕΤΗ ΚΑΙ ΠΡΟΣΟΜΟΙΩΣΗ ΙΑΜΟΡΦΩΣΕΩΝ ΣΕ ΨΗΦΙΑΚΑ ΣΥΣΤΗΜΑΤΑ ΕΠΙΚΟΙΝΩΝΙΩΝ.
Τµήµα Ηλεκτρονικής ΜΕΛΕΤΗ ΚΑΙ ΠΡΟΣΟΜΟΙΩΣΗ ΙΑΜΟΡΦΩΣΕΩΝ ΣΕ ΨΗΦΙΑΚΑ ΣΥΣΤΗΜΑΤΑ ΕΠΙΚΟΙΝΩΝΙΩΝ. Σπουδαστής: Γαρεφαλάκης Ιωσήφ Α.Μ. 3501 Επιβλέπων καθηγητής : Ασκορδαλάκης Παντελής. -Χανιά 2010- ΠΕΡΙΛΗΨΗ : Η παρούσα
[1] P Q. Fig. 3.1
![[1] P Q. Fig. 3.1](/thumbs/79/80362156.jpg "[1] P Q. Fig. 3.1")
1 (a) Define resistance....... [1] (b) The smallest conductor within a computer processing chip can be represented as a rectangular block that is one atom high, four atoms wide and twenty atoms long. One
SPEEDO AQUABEAT. Specially Designed for Aquatic Athletes and Active People
SPEEDO AQUABEAT TM Specially Designed for Aquatic Athletes and Active People 1 2 Decrease Volume Increase Volume Reset EarphonesUSBJack Power Off / Rewind Power On / Fast Forward Goggle clip LED Status
Matrices and Determinants
Matrices and Determinants SUBJECTIVE PROBLEMS: Q 1. For what value of k do the following system of equations possess a non-trivial (i.e., not all zero) solution over the set of rationals Q? x + ky + 3z
SMC SERIES Subminiature Coaxial Connectors
SERIES Subminiature Coaxial Connectors FEATURES Subminiature coaxial connectors with 50 Ω impedance for applications up to 10 GHz. (screw on mechanism)fulfills the subminiature coaxial connector requirement
Αναερόβια Φυσική Κατάσταση
Αναερόβια Φυσική Κατάσταση Γιάννης Κουτεντάκης, BSc, MA. PhD Αναπληρωτής Καθηγητής ΤΕΦΑΑ, Πανεπιστήµιο Θεσσαλίας Περιεχόµενο Μαθήµατος Ορισµός της αναερόβιας φυσικής κατάστασης Σχέσης µε µηχανισµούς παραγωγής
Project: 296 File: Title: CMC-E-600 ICD Doc No: Rev 2. Revision Date: 15 September 2010
Project: 296 File: Title: CMC-E-600 ICD Doc No: 21029100-406 Rev 2. Revision Date: 15 September 2010 Contract No.: Revisions Table ECR/ECN LTR Description Date 0 Pre Contract draft 29 July 2010 1 Replace
RF series Ultra High Q & Low ESR capacitor series
RF series Ultra High Q & Low ESR capacitor series FAITHFUL LINK Features Application» High Q and low ESR performance at high frequency» Telecommunication products & equipments:» Ultra low capacitance to
Thin Film Chip Inductor
Scope -Calchip s 0201 and 0402 series inductor is a photo lithographically etched single layer ceramic chip. Calchip s design provides high, excellent Q, and superior temperature stability. This highly
SMB SERIES Subminiature Coaxial Connectors
SERIES Subminiature Coaxial Connectors FEATURES Subminiature coaxial connectors with 50Ω impedance for applications up to 4GHz. Suited for cables with dielectric diameters of up to 1.5mm. The connectors
MSN DESK TOP ENCLOSURE WITH STAND / CARRYING HANDLE
MSN SERIES MSN DESK TOP ENCLOSURE WITH STAND / CARRYING HANDLE W H FEATURE Available in 176 sizes. Stand / carrying handle can be adjusted in 30 degree. Maximum load is kg. There are no ventilation hole
± 20% ± 5% ± 10% RENCO ELECTRONICS, INC.
RL15 RL16, RL17, RL18 MINIINDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Color Black Brown Red Orange Yellow Green Blue Purple Grey
MAX4147ESD PART 14 SO TOP VIEW. Maxim Integrated Products 1 MAX4147 EVALUATION KIT AVAILABLE ; Rev 1; 11/96 V CC V EE OUT+ IN+ R t SENSE IN-
-; Rev ; / EVALUATION KIT AVAILABLE µ µ PART ESD TEMP. RANGE - C to +5 C PPACKAGE SO TOP VIEW V EE V CC SENSE+ SENSE- R t R t R t R t MAX SENSE OUT SENSE+ SENSE- N.C. SHDN N.C. 3 5 R f R G R f 3 VDSL TRANSFORMER
Thin Film Chip Resistors
FETURES PRECISE TOLERNCE ND TEMPERTURE COEFFICIENT EI STNDRD CSE SIZES (0201 ~ 2512) LOW NOISE, THIN FILM (NiCr) CONSTRUCTION REFLOW SOLDERLE (Pb FREE TERMINTION FINISH) Type EI Size Power Rating at 70
2. Laser Specifications 2 1 Specifications IK4301R D IK4401R D IK4601R E IK4101R F. Linear Linear Linear Linear
2. Laser Specifications 2 1 Specifications IK4301R D IK4401R D IK4601R E IK4101R F 441.6 441.6 441.6 441.6 30 50 70 100 TEM00 TEM00 TEM00 TEM00 BEAM DIAMETER ( 1/e2) 1.1 1.1 1.2 1.2 0.5 0.5 0.5 0.4 RATIO
NPI Unshielded Power Inductors
FEATURES NON-SHIELDED MAGNETIC CIRCUIT DESIGN SMALL SIZE WITH CURRENT RATINGS TO 16.5 AMPS SURFACE MOUNTABLE CONSTRUCTION TAKES UP LESS PCB REAL ESTATE AND SAVES MORE POWER TAPED AND REELED FOR AUTOMATIC
Thin Film Chip Resistors
FETURES PRECISE TOLERNCE ND TEMPERTURE COEFFICIENT EI STNDRD CSE SIZES (0201 ~ 2512) LOW NOISE, THIN FILM (NiCr) CONSTRUCTION REFLOW SOLDERLE (Pb FREE TERMINTION FINISH) RoHS Compliant includes all homogeneous
SMC SERIES Subminiature Coaxial Connectors
SERIES Subminiature Coaxial Connectors FEATURES Subminiature coaxial connectors with 50 Ω impedance for applications up to 10 GHz. (screw on mechanism)fulfills the subminiature coaxial connector requirement
Aluminum Electrolytic Capacitors
Aluminum Electrolytic Capacitors Snap-In, Mini., 105 C, High Ripple APS TS-NH ECE-S (G) Series: TS-NH Features Long life: 105 C 2,000 hours; high ripple current handling ability Wide CV value range (47
RoHS 555 Pb Chip Ferrite Inductor (MFI Series) Engineering Spec.
RoHS 555 Pb Chip Ferrite Inductor (MFI Series) Engineering Spec. PRODUCT DETAIL Electrical Characteristics μh L (Min) Q MHz (Min) SRF Ω DCR IDC ma TEST FREQ: MHz TEST LEVEL: 100 mv Test Instruments HP4291
Fixed Inductors / AL TYPE
.Features: 1.Coating epoxy resin that ensures the humidity resistance to be long life. 2.Contribute to be high Q and selfresonant frequencies.applications: 1.Electronics products. 2.Communication equipment.
COMPONENTS LIST BASE COMPONENTS
ITLIN TEHNOLOGY grifo PPENIX : R SSEMLY The GP F can be ordered in two different mode: completely mounted, tested and ready to use or in assembly kit. In this final condition the user can directly use
Carbon Film Leaded Resistor
Features -The most economic industrial investment -Standard tolerance: +/-5% (available +/-2%) -Excellent long term stability -Termination: Standard solder-plated copper lead Applications -Telecommunication
Data sheet Thick Film Chip Resistor 5% - RS Series 0201/0402/0603/0805/1206
Data sheet Thick Film Chip Resistor 5% - RS Series 0201/0402/0603/0805/1206 Scope -This specification applies to all sizes of rectangular-type fixed chip resistors with Ruthenium-base as material. Features
Smaller. 6.3 to 100 After 1 minute's application of rated voltage at 20 C, leakage current is. not more than 0.03CV or 4 (µa), whichever is greater.
Low Impedance, For Switching Power Supplies Low impedance and high reliability withstanding 5000 hours load life at +05 C (3000 / 2000 hours for smaller case sizes as specified below). Capacitance ranges
NMBTC.COM /
Common Common Vibration Test:... Conforms to JIS C 60068-2-6, Amplitude: 1.5mm, Frequency 10 to 55 Hz, 1 hour in each of the X, Y and Z directions. Shock Test:...Conforms to JIS C 60068-2-27, Acceleration
3%26)#% -!.5!, 6(& ic-v82
i-v8 TABLE OF ONTENTS SETION SPEIFIATIONS SETION INSIDE VIEWS SETION DISASSEMBLY INSTRUTIONS SETION IRUIT DESRIPTION - REEIVER IRUITS... - - TRANSMITTER IRUITS... - - PLL IRUITS... - - OTHER IRUITS...
NEC Silicon RFIC Amplifiers Low Power, Wideband & SiGe/SiGeC
NEC Silicon RFIC Amplifiers Low Power, Wideband & SiGe/SiGeC Low Power Amplifiers ELECTRICAL CHARACTERISTICS (TA = 25 C) Range VCC ICC NF Gain RLIN RLOUT PdB ISOL @ 3dB (V) (ma) (dbm) Part down Package
Engineer Reference 1 / / A 35 7/16 X 7 7/8 X 23 5/8 31 1/8 X 21 7/8 X 11 1/4 14 T T 75 R410A oz/ft over 50' 265 / 318 / 388
Slim Duct, single zone split system SUBMITTAL EH035CAV / UH035CAV Specifications Nominal Capacity Cooling/Heating (Btu/h) 12,000 / 13,600 Cooling (Btu/h) 3,300-14,300 Capacity Range Heating (Btu/h) 3,100-18,000
Phys460.nb Solution for the t-dependent Schrodinger s equation How did we find the solution? (not required)
Phys460.nb 81 ψ n (t) is still the (same) eigenstate of H But for tdependent H. The answer is NO. 5.5.5. Solution for the tdependent Schrodinger s equation If we assume that at time t 0, the electron starts
Terminal Contact UL Insulation Designation (provided with) style form system approval Flux tight
eatures A miniature PCB Power Relay. form A contact configuration with quick terminal type. 5KV dielectric strength, K surge voltage between coils to contact. Ideal for high rating Home Appliances of heating
SMD - Resistors. TThin Film Precision Chip Resistor - SMDT Series. Product : Size: 0201/0402/0603/0805/1206/1210/2010/2512. official distributor of
Product : TThin Film Precision Chip Resistor - SMDT Series Size: 0201/0402/0603/0805/1206/1210/2010/2512 official distributor of 1. Features -Advanced thin film technology -Very tight tolerance down to