Kenwood TS-670 Page 12 Service Manual Download | Manualshive

Page: 12 / 60

background image

«
...
10
11
12
13
14
...
»

Summary of Contents for TS-670

Page 1: ...ST 11 PC BOARD VIEW 18 SWITCH UNIT X41 1550 00 18 RF UNIT X44 1 580 00 19 IF UNIT X48 1390 00 20 CONTROL UNIT X53 1370 00 21 FINAL UNIT X45 1350 00 22 FILTER UNIT X51 1 320 00 22 DISPLAYUNIT X54 1800 00 m22 ENCODER UNIT W02 0328 10 22 ADJUSTMENT 22 PACKING 31 LEVELDIAGRAM 34 BLOCKDIAGRAM 35 DISASSEMBLY 36 TERMINALFUNCTION 38 OPTION 42 G C 1 O 42 FM 430 46 VS 1 48 SCHEMATIC DIAGRAM 47 ...

Page 2: ... installed Microphone impedance 500 0 50 kO 2 I f Receiver Circuitry SSB CW AM Single superheterodyne Double superheterodyne Intermediate frequency SSB CW AM 8 83 MHz FM 1st IF 8 83 MHz 2nd IF 455 kHz fA Sensitivity SSB CW 10 dB SIN Less than 12 dB 0 25 V AM 10 dB SIN Less than 6 dB 2 V FM 30 dB SIN Less than 0 dB 1 V 12 dB SINAD Less than 8 dB 0 4 p V With YK 88A inserted in AM mode With FM 430 i...

Page 3: ...his through buffer amp 011 2SK192 Y then amplifies this by 012 013 and 014 the noise component is detected by diodes 023 and 024 before driving switching transistor 015 to switch the NB gate The NB gate also serves as a blanking circuit to eliminate Phase Locked Loop PLl click noise when the Voltage Controled Oscillator VCO resets 09 and 010 The signal from the RF unit RIF terminal is fed to the I...

Page 4: ...he ALCand protection detection are performed at the antenna line after feeding through LPFs IF AMP TS 670 Frequency diagram DET 0 5 30MHz 50 54MHz r I I I I IM 45OO0 I 40001 L_____ MN6147 RITI 24MHz STD l I Table 1 CW crystal filter YK 88C L71 0211 05 Option 4 AF OUTPUT CONTROL UNIT I I I I I I J MN6147 L 92000 18 B3MHz I IF SHIFT IAMR FM Table 2 CW crystal filter YK 88CN L71 0221 05 Option Item R...

Page 5: ... comparison frequency The frequen cy dividing ratio M of the program divider is 45000 to 40001 and the frequency dividing setting signals for the IC are sent from data bus BO to B3 of the CPU lC19 TMP8049P 3034 An output of 90 to 80 MHz AM reception FM 94 to 84 MHz from VC02 024 2SC1923 is divided by 1 100 x 1 2 lC9 M54459L IC6 a SN74LSl12AN to become a 10Hz step signal of 450 400 kHz AM reception...

Page 6: ...dividing ratio N of 31 to 151 When the optional general coverage unit GC l 0 is incorpo rated the outputs from the six VCOs within the GC lO are fed to MIX 1 where phase is compared with the 50 kHz signal just as in amateur bands VS 1 RITSW CAR OFFSET SW RAM IC18 PD444C MIC SHIFT OSC IC26 TC4011BP MIC UP DOWN SW TS 670 CONTROL BLOCK diagram 6 Table 3 AM crystal filter YK 88A L71 0223 05 Option Tab...

Page 7: ... IC23 IC24 and IC25 the input 250 pulses revolution clock rate is multiplied by 4 to become 1000 pulses The IC25 TC4011 BP flip flop circuit detects the direction of revolution of the rotary encoder The non stable multivibrator IC26 TC4011 BP is an oscillatory circuit for frequency shift by the mic UPIDOWN switch and operates at approx 55 Hz this oscillatory fre quency determines the shift speed H...

Page 8: ...coder F F Reset output 18 DB 6 38 P27 TX signal input TX L RX H 19 DB 7 39 T 1 Encoder clock output 20 GND GND terminal 40 V 5V Power supply Terminal Symbol Explanation Terminal Symbol Explanation No NO 1 TO A D converter input 21 P20 2 X tal 1 Microcomputer clock OSC 22 P21 o EX ANOER 00 o IIC201 3 X tal2 23 P22 LATCH IC data output 4 RESET Microcomputer reset input Normally H 24 P23 5 SS Normall...

Page 9: ...4 REGISTER 5 REGISTER 6 REGISTER 7 8 LEVEL STACK VARIABLE LENGTH OPTIONAL SECOND REGISTER BANK TEST 1 INT FLAG 0 FLAG 1 UJ 0 0 0 TIMER FLAG CARRY ACC DA T A STORE ACC BIT TEST RESIDENT RAM ARRAY 128xB JLPD8049HC 092 TM8049P 3034 Block diagram RIT encoder clock signal 1 count at L TO Xl X3 40 VCC 5VDC Tl 39 Main encoder clock signal 38 count at L P27 37 TX step signal ouptut P26 Blanking output RES...

Page 10: ... I l 3V C C 1 3V 1 3V OV 151Pulse delay timing 3V ADC ClK h ov Ok or e Vo Da a Out 1 3V Yo A G Vm Ex 2 Vm EX 1 R S A Dataout A ADC ClK A cs A C D G C Item Symbol Rating Unit Operating voltage VDD Vss 0 5 Vss 20 V Input voltage V1N Vss 0 5 VDD 0 5 V Output voltage VOUT Vss 0 5 VDD 0 5 V Input current hN j 10 mA Packaged loss PD 300 mW Operating temperature Tstg 65 150 C Soldering time temperature T...

Page 11: ...L ppml C z 30 t 60 t 120 t 250 z 500 Code C D G J K M X Z I No code 1 1 z 0 25 t 05 t 2 t 5 z 10 t 20 40 80 100 e 10l F 10 50 Less 20 20 0 Ihan 4 71 F 10 75 Code I 13 C 0 F G IpFI It 0 1 z 0 25 z 05 t 1 t 2 Symbol Destination K U S A W Europe T Britain M General market Abbreviation Abbreviation Cap Capacilor ML Mylar C Ceramic 5 Slyren E Eleerrolyl c T Tanlalum MC Mica Item He Name man Diode BA282...

Page 12: ... 1 K21 0768 04 MAIN KNOB 1 K23 0710 04 KNOB AF RIT MIC 3 K23 0721 04 KNOB SQL 1 K27 0467 04 N KNOB BAND 2 K29 0741 24 KNOB RF GAIN IF SHIF 3 K29 0758 04 KNOB POWER 1 K29 3001 04 N KNOB IMHZ RIT SEND 5 Parts No Re Description O ty Ref No marks K29 3002 04 N KNOB VOICE NB ALC 3 K29 0771 04 KNOB MAIN RING 1 LM358P IC 1 LN01201C N DIODE RED 2 LN0130IC N DIODE GREEN 5 LN0140IC N DIODE UMBER 4 LN66 R DI...

Page 13: ...K45F1Hl03Z CERAMIC 0 01 50V C 115 121 124 125 128 130 133 146 156 157 158 162 164 168 CK45F1Hl03Z CERAMIC 0 01 50V C 178 179 Parts No Re Description Q ty Ref No m ks CK45F1H223Z CERAMIC 0 022 50V 15 C 19 21 22 23 29 36 45 50 73 107 123 129 138 140 CK45F1H223Z CERAMIC 0 022 50V C 165 CK45B1H471K CERAMIC 470P 50V 2 C 120 161 CK45B1Hl02K CERAMIC 1000P 50V 4 C 46 67 74 134 CK45F1H473Z CERAMIC 0 047 50...

Page 14: ...223Z CERAMIC 0 022 50V 2 C 5 10 C05 0043 05 TRIMMER 20P 1 TC 1 PartsNo Re Description Q ty Ref No m8 ks E23 0401 05 TERMI NAL INSIDE 1 E23 0512 05 TERMINAL 1 E31 2061 05 JUMPER WIRE 2 FOI 0761 03 HEAT SINK 1 f20 0078 05 INSULATING PLATE 1 J31 0505 04 COLLAR 6 Ll9 0315 25 COIL 1 T 1 Ll9 0325 05 COIL 1 T 2 L19 0326 05 COIL 1 T 3 Ll9 0327 05 COIL 1 T 4 L33 0617 05 CHOKE COIL 1 L 3 L33 0025 05 CHOKE C...

Page 15: ...IS1007 DIODE 6 D 3 4 5 6 7 8 IS2588 DIODE 1 D 45 Parts No Re Description Q ty Ref No ma ks 2SI115 E TR 1 Q 23 2SA733CR TR 7 Q 9 10 11 12 13 14 18 2SC2458 Y TR OR 2SC2603 E 16 Q 5 15 16 20 33 39 40 41 43 44 45 46 47 49 2SC2458CY TR OR 2SC2603CE Q 50 51 2SC2459 CBU TR 5 Q 6 7 8 34 35 2SC2703 co Y TR 2 Q 28 48 2SD880CY TR 1 Q 32 2SKI92ACGR FET 1 Q 22 2SK30A CO FET 2 Q 17 19 3SK73CGR FET 3 Q 1 4 42 FI...

Page 16: ...6 21 22 28 32 64 67 72 79 91 92 93 94 C91 0119 05 CERAMIC 0 047 25V C 117 124 127 128 139 14S 146 147 148 152 160 177 180 183 C91 0119 05 CERAMIC 0 047 2SV C 184 186 188 191 193 204 211 C91 0498 0S FIXED CAP 0 35P 1 C 39 C91 0457 0S FIXED CAP 0 022 1 C 201 Parts No Ro Description a ty Ref No mo k C91 0769 0S FIXED CAP 0 01 38 C 8 10 14 23 30 35 37 43 44 48 49 53 54 58 C91 0769 05 FIXED CAPACITORO ...

Page 17: ...7 2SC1959 V TR 1 Q 19 2SC1815 V TR 30 Q 2 3 4 5 6 7 8 15 18 20 25 26 27 28 2SC1815 V TR Q 29 30 31 36 37 3B 39 40 41 42 44 45 46 47 2SC1815 V TR Q 48 49 Parts No Re Description Q ty Ref No marks DISPLAY UNIT X54 1800 00 CE04W1A470M ELECTRO 47 10V 1 C 1 CE04W1Cl01M ELECTRO 100 16V 1 C 2 CE04W1Vl00M ELECTRO 10 35V 3 C 3 5 6 CQ92M1Hl03K MYLAR 0 01 50V 1 C 4 C90 0840 05 ELECTRIC BLOCK CAPACITOR 1 C 7 ...

Page 18: ... Component side view Cl 0 u w Z 0 0 Cl if 6 g V 0 0 Q n h It J T X 0 d a B J rJq 1J EJ fj j 1O Q o Uo 0 J SII 0 0 vS JHW 8S ZHVII 991 IVX N OO O I IVX J Q t 10 Q 10 I if I I V x aJ u uu IT Terminal number 1 1 00 I Go 0 LNo 1 terminal J i 18 3 5 7 ...

Page 19: ...11 1 PCBOARD VIEW RF UNIT X44 1 580 00 Component side view 3 ceo rfLiH 9LI v Z or F L u D O LI o l R J co 1 U I U I I E l 33 e 11 11 0 3CD _u tJlCDtOCb t l Z o u _ r lI tN F 9 9v 911 1 6 B 19 15 m J 17 ...

Page 20: ...PCBOARD VIEW IF UNIT X48 1390 001 Component side view u d Q a x co 0 CD 0 d 8 d 15 17 19 ...

Page 21: ... Ct PCBOARD VIEW CONTROLUNIT X53 1370 00 Component side view M54459L 8 SN16913P 1 2SC460 8 2SA1015 2SC1815 2SC1923 2SCl775 ...

Page 22: ...he PC board with silk printed pattern C30 should be installed external ly and directly as shown above ICover the C30 leads with ilux tubes 1212 1019 05 the leads length should be minimum CI FILTER UNIT X51 1320 001 Component side view IX 01 4 25A562 Y 05 25A1115 E 06 7 25C1815 Y 16 155101 017 MTZ3 9JA IC1 MB3614 CR LM324 01 5 8 11 14 151555 06 7 lN60 09 10 15 MB3614 LM324 Attachment method of L5 6...

Page 23: ... view A a c DISPLAY TUBE FIP11 FM7 IC4 J IPD8243C Place Character GI RIT G2 G3 G4 AL G5 G6 SPLIT G 7 B G8 VFO G9 A GIO T GII M CH T erminal Terminal No name 24 Vcc 2 P40 3 P41 4 P42 5 P43 6 CS 7 PROG 8 P23 9 P22 10 P21 II P20 12 GND 13 P70 14 P71 15 P72 16 P73 17 P63 18 P62 19 P61 20 P60 21 P53 22 P52 23 P51 I P50 ...

Page 24: ...ge 0 1 V or greater 4 Sweep rate At least 0 5 see em a 9 Standard Signal Generator SSG 1 Frequency range 8 to 60 MHz 2 Output 20 dB 0 1 J tV 120 dB 1 V 3 Output impedance 50 0 4 AM and FM modulation can be possible NOTE Generator must be frequency stable 10 Frequency Counter 1 Minimum input voltage 50 mV 2 Frequency range 60 MHz or greater 11 Noise Generator Must generate ignition noise containing...

Page 25: ... TPl L6 ADJ to 6 8V 6 8V FM justment 2 Display 50 050 0MHz 2 1V 0 3V LSB and contir 3 MODE FM Confirm mation 4 VC02 TP2 L20 ADJ to 6 8V 6 8V FM 1 7V 0 3V USB Contirm 3 CAR LEVEL 1 CAR RF V M Hot TC2 ADJ to 0 32V 0 32V terminal 1 0V poP 4 VCO COIL 1 Display 51 025MHz RF VM CaNT 03 CaNT T1 ADJ to MAX output About 0 32V 48MHz ANODE MATCHING COIL 2 Display 28 025MHz T2 About 0 2V 24MHz MATCHING COIL 3...

Page 26: ...tment Turn a motor in the both direction 4 2 VR2 Adjust until intervals 0 and E are equal to each other with point C placed at the center 6 VCO adjustment DC VM IRF TP5 RF c 7 499MHz 6 600MHz 24 790MHz aon 21 000MHz I 990 29 999MHz Zr 00 24 800MHz 5 7 1 0 53 999MHz 0 000 50 000MHz 2 AllBAND 7 00MHz Confirm RF VM TP3 Confirm Confirm Confirm Comfirm 53 000MHz RX ADJUSTMENT 24 Ii T28 IADJ to 6 0V 6 0...

Page 27: ... 1 RF GAIN VR CCW MAX I RF VM IIF IR46 IIF IF SHIFT VA CENTER 3 RX AMP I 1 Display 7 1 50MHz AFVM I MODE CW SSG SSG OUT 6 dB SCOPE I I I RF RF GAIN VR CW MAX S P 4 IF TRAP I 11Display 7 990MHz IAFVM IIF I EXT SP I RF SSG display 8 830MHz SSG SSG ATT 80dB SCOPE S P 5 NB AMP I 1 Display 50MHz BAND IN G IIF I EXT SP I RF ANT NOISEGENERATOR SCOPE I I NB SW ON S P 6 S METER 1 1 Display 28 900 0MHz I SS...

Page 28: ...Connect IF U 27 hot line to GND 10 RIT 1 RIT CENTER SW VR5 RIT SW ON OFF Same AF tone RIT SSG OUT 10dB equal level RITON RITINDlight RIT SW ON OFF on FRONT RIT 1 1kHz Comfirm PANEL VR 11 RF ATT RF ATT ON OFF About 30dB DOWN Comfirm SEND SW ON I IB IVR2 I I 200mA 2 SEND SW OFF POWERSW OFF 31 POWERSW ON 2 POWER 1 1 Display 52 000 000MHz POWER ANT Adjust to MAX MODE CW METER 50 7 power output RF PWR ...

Page 29: ...djust to 11 W Adjust mechanical q point VR4 AG out increase 6dB from 5mV 15 670 Specification Remarks I 24 5 2728 30 4dBor 3dBor I 2dB 11W 2 5W or less 10W 12W Meter fluctuation VR3 rotate degree Mechanical point Hz Adjust ALC full scale No ALC METER sw ing Confirm 27 SEND SW OFF 4 POWER 1 1 Display 53 999MHz I POWER SET MODE USB METER AG OUT 1 5kHz 10mV AG SEND SW ON AFVM adjust power to 15W by M...

Page 30: ... VR CW MAX SEND SW ON SEND SW OFF Test equipment POWER METER V METER POWER METER 1500 LOAD ADJUSTMENT Measurement Unit Terminal Adjustment Unit Specification ANT 50 7 Both end of VR1 Parts Method FILTER I TC1 Minimum voltage About 100mV or less VR1 Adjust VR1 to 9W another side of 28 499MHz or 21 499MHz high power side 9W M n THRU TYPE POWER METER SPE ANA MIC POWER METER SCOPE AG 2 SET AFVM ANT 7 ...

Page 31: ...METER to 10W METER SEND SW ON RF ALC SW RF Confirm 2 RF PWR VR Adjust 2W Confirm RF METER 2W 1W SEND SW OFF 12 HF VHF 1 Display 53 499MHz POWER METER RF TC4 Adjust to equal If 53 499 is low as LEVEL 7 499MHz METER fluctuation on ALC 7 499 adjust to ERROR MODE CW meter between MAX and within SEND SW ON 53 499MHz and 6dB RF AFC SW ALC 7 499MHz SEND SW OFF 13 SIDE 1 MODE CW POWER EXT SP IF VR10 KEY D...

Page 32: ...SPLAYDISPLAY SEND SW VFO A shows VFO A A B SW VFO A and METER OFF ON OFF VFO B shows VFO B VFO B SET MODE ULB SPLIT ON SEND SW OFF VFO B A B SW VFO B 1 I ON VFOA As display 1 I OFF VFO B A B SW VFO A Back words function of VFO B SPLIT SW ON 3 F STEP 1 F STEP OFF Confirm frequency One knob rotate MODE SSB CW AM change about 10kHz change 2 F STEP ON CW High freq About 100kHz CCW Low freq chage IND l...

Page 33: ...KEY 1 PUSH Confirm display HOLD OFF has changes by DIAL F LOCK ON and BAND knob IND light on 61 VFO MEMO ON Starts SCAN 7 VFO MEMO OFF IND goes off F LOCK OFF 6 PROGRAM PS G ON Confirm frequency IND light on SCAN has change from 8 CH MEMO to 9 CH MEMO which is within 1MHz F STEPON OFF SCAN speed has change PS G OFF IND goes off 7 ENTER 11VFO MEMO VFO A Display 53 210 1 ENT ON IND light on 10 KEY 5...

Page 34: ...P L20 Q VC02 90 80 MH T22 0 TP2 CONTROLUNIT X53 1370 001 IF UNIT X48 1390 001 T23 T24 1 05 7 55MH 1 FM 430 UNIT X48 1340 011 Optionl VR VR Xj TX8 VR2 0 so l2 RX 5EN5 G 51 Adj l4 0 W TCI BM 0 VR VR7 RXBAl 0 8M VR5 VRS 0 BEEP 100 mV 0 5WR VRIO c 1 SlOE TONE 110 0J TX POWER VR4 VR3 00 5B 5 ZERO FRONT ENCODER UNIT W02 0328 101 DUTY Adj VRI 0 w w w 9 i I 8 VR2 VRO VR8 VR VRB VR5 VR10 SWITCH UNIT T2 T3 ...

Page 35: ...IF L 9 T12 735 1 33 MH J Q S MIN T41 T34 50MH n81 Q TX POWERMAX VR4 VR3 x X 21455 MHZ TP4 HF 50MH TX MIN a Ad VR2 TC4 X 50 MH BAND 739 B 93MH V VR2 5 MIN IG51 TX 50 MH BPF 4 T33Ad T33QQ 0 TP3 I no I T 3 T6 N n6 723ll 2 VR R I 883 MH TRAP COIL 72 3 Ad n9 T25 rm Ie I m m m D36 72B 729 730 T3I TOS 0 T27 NB Ad 724 Ad g m e T5 670 BACK GC 10 UNIT X44 1610 00 option I S I 0 i 0 0 0S0 0 0 0 0 0S0 0 0 N e...

Page 36: ... WV capacitor between the signal generator and the check point TX SECTION 0 FM 0 FM 0 19V 10 18VI VCO 014V 09V M J gg VI OI4V O 00 82VI 8 ll h XFI t T33 I t t I I 132 I 0 013V I 40iodef O 08V CAR i IF UNIT X48 1390 001 NOTES f 21 225 MHz 52 01 MHz MODE CW 0 levels are measured with RF VTVM Car rier level is adjusted until the meter in dicates the MAX AlC reading 0 A probe with a capacitance is les...

Page 37: ...L______ I I I I I 1 I I 1 2SC 2scma 2sema GO I I I I I I 1 J r I I I I I tl I I I I I 1 J L_____ w M S S l r Ur H ONIT 1 1 I I L J I I I CONTROL UNIT I I VOICE SYNTHESIZER I 1 2 I r I I coo 1T 1 r I l J L___J S j ToPTION J w f U I ca r n CJ C s I trJ I ...

Page 38: ...Self tapping sc ew N87 3012 48 7 Shield plate I FI0 302 21 Final unit IX45 1350 001 Final cove IFI 0858 031 Encode ass y IW09 0328 101 h 0 I y 0 i Selftappin9sc ew IN87 3012 4614 CIJ I t c en I en en m 3 CD ...

Page 39: ...T03 0027 14 SP cable IE31 0431 05 Case B A01 0975 02 Foot mounting hardware J21 2573 04 2 15 670 SP grill cloth B05 070B 04 Canning handle K01 0410 05 Round screw N09 0646 04 2 Na ate B40 3501 04 Self tapping screw NB7 3004 41 37 ...

Page 40: ... 7 AT5 ATT switch OFF open ON GND 8 SS REC SEND switch SEND GND SS LINE 1 14 A 14 V LINE lafter choke coill F 9 2 14 14 V LINE in front choke coil after POWER switch 1 SP PHONES AF input G 9 2 GND PHONES GND 1 GND PHONES GND IG 9 2 PHONE PHONES SP output Connector Terminal Terminal Function No No name 1 GND 14 No 1 terminall IH 9 2 SPK AF input ISPEAKER IEXT SP jack input 1 GND 13 NO 1 Iterminal H...

Page 41: ...V 2 G2 RF UNIT TX FET AMP G2 Control voltage 1 MV2 MIC VR 2 2 GND 3 GND 4 MV3 MIC VR 3 1 GND 2 FMC FM UNIT MIC ANP output 1 MIC MIC input 2 GND 1 PCV Power control VR signal 2 MIN Power control MIN power set 1 GND 2 SP SPEAKER Connector Terminal Terminal Function No No name 1 SP 2 GND 3 SPJ 1 TBL CW key down about 8 V 2 CWB CW about 7 V 3 RXB RX about 9 V 1 RL TX about 13 V Relay control voltage 2...

Page 42: ...ation B 2 USB USB MODE information B 3 LSB LSB MODE information B 1 FMB FMB MODE information B 2 AMB AM MODE information B 3 CWB CW MODE information B 4 SSB SSB MODE information B 1 7A 7 MHz BAND information operate L 2 21 A 21 MHz BAND information operate L 3 28 A 28 MHz BAND information operate L 4 50 A 50 MHz BAND information operate L 1 05 A 0 5 MHz BAND information operate L 2 2A 2 MHz BAND i...

Page 43: ...scan IND output 2 MS Memory scan IND output 3 HLD Hold IND output 1 LOK lock IND output 2 STP Step IND output 1 D6 2 D5 3 D4 MATRIX input of KEY BOARD 4 D3 5 D2 6 D1 1 5V 5 V output 2 GND GND 1 OAD ON AIR display 2 5V 5 V output DISPLAY UNIT X54 1880 00 1 11 V 11 V LINE IDC DC CONVERTER SOURCE 2 GND 0 V IDC DC CONVERTER 3 6 6 V LINE IDC DC CONVERTER output 1 f f data for display 2 g g data for dis...

Page 44: ...o the reception mixer of the TS 670 031 is a circuit which permits the control unit to detect that the GC l 0 is attached to the TS 670 3 Display 5MHz 4 6 599MHz L11 12 13 j 3dB 1 42 ADJUSTMENT Item I Condition Specification I Remarks Method 1 VCO I Voltageadjustment adjustment MODE FM 0 500MHz L34 6 0V 1 790MHz 1 8 2 8V Confirm 3 990MHz L36 6 5V 1 800MHz 1 8V O 5V Confirm 6 590MHz L38 6 5V 4 000M...

Page 45: ... 21MHz 21 21 45MHz 21 45 23MHz 23 24 8MHz 24 8 28M Hz 28 29 7MHz 29 7 30MHz TS 670 71 mm width 23 mm height 135 mm depth Approx 100 g SSB CW 10 dB SIN 6 dBJL 2JLV or less 6 dBJL Q 5JLV or less 12 dBJL O 25JLV or less 6 dBJL O 5JLV or less 6 dBJL O 5JLV or less 12 dBJL O 25JLV or less 6 dBJL O 5JLV or less 4 dBJL 1 6JLV or less 6 dBJL O 5JL or less 12 dBJL O 25JLV or less 6 dBJL O 5JLV or less AM 1...

Page 46: ...773 05 PIN ASS Y 7P 1 Fl1 0867 04 SHIELDING CASE 1 ITT310TE VARI CAP DIODE 8 D 15 17 18 20 21 23 27 29 J31 0502 04 COLLAR 6 J42 0428 05 BUSHING 6 L32 0195 05 OSCILLATING COIL 2 L 40 43 L32 0197 05 OSCILLATING COIL 21 28MHZ 1 L 45 L32 0668 05 N OSCILLATING COIL 1 L 34 L32 0669 05 N OSCILLATING COIL 1 L 36 L32 06 70 05 N OSCILLATING COIL 1 L 38 L34 3106 05 N BPF COIL 05A 1 L 5 L34 3107 05 N BPF COIL...

Page 47: ...5C2458 Y 03 25C1923 Q 04 25C1959 Y 011 LPC80C Dl 12 24 152588 D13 14 26 31 151555 D15 17 18 20 21 23 27 29 lTT310TE D16 19 22 25 28 30 151587 I I I I I I I I I I I r I I I I I I i I I I I I I I I I r n I I I I I I I I I L 09 Oil i JI N N 0 i R 1I 1I1i Q 7 5 3 0 I I I I I I I J 3 7 45 ...

Page 48: ... 100 lOV C37 1 CE04W1 A220M E 22 10V C4 23 2 CE04W1 A470M E 47 10V C3 6 2 CE04W1 E4R7M E 4 7 25V C49 1 CE04W1 H01 OM E 1 50V C5 8 10 22 31 5 CK45B1H102K C 0 001 C26 45 2 CK4581H152K C 0 0015 C42 1 CK45F1 H103Z C 0 01 C13 17 20 21 33 8 36 43 46 CK45F1 H223Z C 0 022 C18 19 44 48 4 CK45F1 H473Z C 0 047 C38 39 2 CQ92M1 H103K ML 0 01 C2 7 24 3 CQ92M1 H333K ML 0 033 C50 1 CQ92M1 H393K ML 0 039 C9 1 CQ92...

Page 49: ...UNIT X48 1340 01 RI5 100 0 1 51 I I I 2 0015 I I Q I I N I 1i 107V1 I I u 0 I RM UK I C41 22P N I CF I 56K 381 I I i I J 01 TA7061AP 05 MC3357P D1 IS2208 02 2SC460 B 06 2SAIOI5 YJ D2 ISI555 03 3SK73 GR 07 9 2SCI815 Y D3 6 IN60 04 2SC2240 GR D7 MTZ7 5JA 2SA1015 2SC1815 E TA7061AP 2SC460 7 5 3 ...

Page 50: ... No Re Description Ref No marks 850 4035 00 N Instruction manual CC45SL 1H121J C 120P x 2 C2 3 CE04W1A470M E 47 lOV Cl 14 15 CE04Wl Cl OOM E 10 16V Cll CE04Wl HR22M E 0 22 50V C12 CK4581 H221 K C 220P x 2 C7 10 CQ92Ml H332K ML 0 0033 x 3 C6 S 9 CS15E1E010M T 1 25V C4 CS15E1VOR1M T 0 1 35V C5 C91 0131 05 C 0 01 SP C13 E40 0273 05 b Mini connector 2P W M E40 0373 05 b Mini connector 3P W M E40 0373 ...

Page 51: ... l e I I I e on 9 W H 2 3 4 6 4V 5 IV TP1 R 4 220 on 1 on ci R5 lOOk C7 220p R3 00k I L 2SC2026 2SC2407 2SC2671 2SC2538 IC1 IC2 IC3 MN640nRA AN6562 TC40i07BP l v N R9 lOOk 1 2 J01 on 0 0 on VS 1 2SA1012 2SC2458 2SC2603 2SC496 B BC B EC EC 2SK30A 2SK125 2SK192A o EC E SG DS 3SK74 2SC2406TS 3SK97 NJM78L06A 3SK114 3 G2 INPUT J GND 2 OUTPUT ...

Page 52: ... BA282 U iT B1 51 i 51 veo 1 MC921 MV 203 151555 35K74 35K122 G2 o 25C1907 25C1815 25C2787 25C2347 25C1923 25A733 Q a 1 3 35K 741L1 032 25A 7331R 022 25 02 22 27 25C1907 033 35 36 37 38 44 OTAII4E5 026 37 38 41 42 04 8 15 25C2458IY 034 25AII15 E 43 44 46 05 6 24 25 35KI22 III 039 40 41 42 25A5621Y 027 29 31 33 07 26 29 35K731GR 043 DTC114ES 03 32 34 35 36 09 10 16 25C24581Y 25CI8151Y I 040 50 01 I...

Page 53: ...I I I c5a m Ii a 2 I I I J l s F8 0 TaL cw CWO 0 DRV Dp I I I I I I I I I I I I I I I I I I 1 h L CODp I TXa Rl662 8 Iu 50a 25C1907 25C1815 25C2787 25C2347 25C1923 25A733 2S 3Siri e g i B GZDGIS G E Be B C m CDS EC Eea E DC 19 D 5 ...

Page 54: ... 0 ISS133 S2588 MI204 V068 D71 r 31 I D25 29 33 34 D D66 72 D4 6 9 I0 IN60 SI007 Me921 IS1587 DI 2 12 14 16 17 18 2 24 30 31 32 36 37 39 43 49 51 58 64 65 74 IS 1555 DII 13 I9 20 35 47 48 50 D45 D44 D61 D73 D40 D60 D38 D63 MTZ4 3JA MTZ6 2JA MTZ9 IJ MTZIOJA MTZI2J 023 09 14 1 05 16 33 39 40 41 44 46 47 49 50 51 020 43 45 06 34 36 07 2SAII 151E a 2SA733tR 2SC24581Y1 a 2S02458 Y 2Se2459 U 2Se24591BL ...

Page 55: ... 8R 2SC2459 BU 028 4S Q32 022 017 19 01 4 42 02 2I 24 29 30 3I 37 3B 2SC2703IO YI 2S0880 Y I 2SKI92A 2SK30A OI 3SK731 OTC114 S II 7 9 11 3SK73 rfl OTAl14ES OTCl14ES m ONO OU7 N 2SC2459 2SC2458 2SA2703 2SA733 2SC2240 2SC1815 2SA1015 2SK30 5 G 2SK192 2S JlPC2002V AN7805 AN7808 OUTI ND INPUT 2S0880 E AN612 1 7 Q32 Attachment method Heat sink Insulate plate I k Insulate washer Heat sinker L 0I F29 001...

Page 56: ...8 fi 0 i l fi J t t 059 J 0 I j c en C u 1 N U f I J Ee c i D60 01 I 1 cwel T o J r 1 o J I J I I P J 1 cecIL J 00 l i Hdi c 7 I I I I I L Jb S J I 1 1 5 ij 1 L L 2 r 00 L 00 00 n f eJ 1 c C 8 g 0 0 024 fB lleg C25 1 8f 00 11 035 95 D22 coo I l O log L J 033 OO l JJ 0 00 j ftlJ ...

Page 57: ...1087 103 4 13 MN6147C 25 31 12 13 14 16 I C5 9 M54459L 3h42 7 10 19 IC7 0 IO II 12 SNI6913P 4h49 D38 ICIS MB4052 019 2SC19591Y D20 I ICI6 PD0049HC 092 010 12 21 22 2 C17751 021 ICI9 TMPB049p 3034 23 32 33 34 D25 ICIO P0444C 0 035 50 51 52 2SAI015 YI D56 I C17 20 PD8243C 53 54 IC21 SN74LS N 09 13 14 24 2SCI923 0 IC22 SN74LSl45N 055 TA57 I IC14 25 26 TC4011 BP IC24 MC14077B I C23 27 TC4071BP IC25 IC...

Page 58: ... r I I d f i II I I I UR T X44 0 00 I I I I I I I I I rr ALU oL ff I I I GC O ft I I I 1 iI oi f I I n r o I M UN T X48 34 I OO I OPTIONI tm 0 a n nnH URn X48 0 001 CONTROL UNn x83 370 00 1 1 OJ i _ _ i MICRCPHONE T 0316 5 M po n OJ 6 11 10 9 7 ...

Page 59: ...I I I I I f I I I I I I I I I I I I y 00 ilii 7 OISPLAY UN T X04 800 OO l I I I I I I I I I I I I I L J Mm Mm M I D 00 l r t L J I S CH X40 1550 oo L CO oc co RD AsSTiE J 648 05 u KEY 80ARO ASSY 1S59 0421 05 r inI1 nn Mnnnn Mililil I I I I I I I I I I L rn tnr I I I 11 j I j I W2 I I I L J 5 3 N c 1 J H r 00 m M LM324 59 Mm 47 ...

Page 60: ...t Campton California 90220 U S A TRIO KENWOOD COMMUNICATIONS DIVISIONOF TRIO KENWOOD ELECTRONICS GmbH Rembnj er str 15 6056 Heusenstamm West Germany TRIO KENWOOD ELECTRONICS N V Leuvensesteenweg 504 B 1930 Zaventem Belgium TRIO KENWOOD AUSTRALIA PTY LTD INCORPORATED IN NSWI 4E Woodcock Place Lane Cove N S W 2066 Australia Jf I 1984 8 PRINTED IN JAPAN 851 2035 00 T 500 ...

Reviews:

No comments

Related manuals for TS-670

Brand: Panasonic Pages: 24

Masoneilan 8000

Brand: Baker Hughes Pages: 24

Brand: Ocean Signal Pages: 2

Brand: J&E Hall Pages: 10

Brand: Icom Pages: 64

Brand: Icom Pages: 147

Brand: Zamel Pages: 21

Brand: Yongnuo Pages: 15

Brand: Acesori Pages: 2

Brand: Crestron Pages: 10

Brand: Jensen Pages: 32

Brand: Redback Pages: 4

ATTEROTECH unBT2A

Brand: QSC Pages: 16

Brand: Maximon Pages: 16

Brand: Jackson Labs Pages: 62

Brand: Lindy Pages: 12

Brand: Ningbo Pages: 11

Brand: Omega Engineering Pages: 4

Brands by name

0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Popular brands

Load more brands