TS-990 徹底解説集
Contents
1. Front View Same Circle Arc Lever Folded Lift up Fig 156 Fig 1572. NB2 NB2 AGC 38 DSP 6 RNUHIRBUMMI M ON I WMNMlMNUWW PATTI NNN Ua MM PTI MM Mu i IUDHHP IR Fig 62 NB2
3. DRV DRV FET TS 990 MOS FET VRF150MP Pch 300 W FET Vth VRF150 2 FET IMD MOS FET RD100HHF1 MOS FET RD06HHF1 s
4. Main Knob Ring Knob Fig 165 Metal Plate ToOrdue Increase Arm Fig 166
5. TS 990 F F RTTY PSK X Y 59 2 2 EU 2
6. AGC IF AGC TS 990 AGC AGC AGC AGC AM AGO 2 AGCC 35 6 DSP awr s V i 1 I5 Fig 57 TS 990 CW IF TS 990
7. IP TS 990 IP IF 8 248 MHz 73 MHz IF 8 MHz 11 MHz IF IF
8. ANT TS 990 KNS USB COM LAN
9. U S 3 RE Ri 3 S N 78 7 TS 990 SXGA 1280 x 1024 PC
10. 16 3 TS 990 522 kHz 1 705 MHz 20 dB 20 dB
11. TS 990 RESET 200W MT PAMP EE nr s B t gt 1 3 5 7 8 1 3 AGC S 3 vo 14 000 00 4 vo 14 000 00 BANDEI BANDEI Ri Basic Configurations AP0 Display Meter PF Keys Touch 1 Audio Performance Volume Voice Guidance Headphones 2 Decoding amp Encoding FSK PSK Data Format 3 Controls Configurations Frequency Step Size Miscellaneous 4 Memory Channels amp Scan Slow Scan Quick Memory Channel 5 CW Configurations CW Keying Repeat Interval Miscell 6 TX RX Filters amp Misc EE HG EC ROC Time DK Enh 7 Rear Connectors Audio Levels Baud Rate DX PacketC 8 Bandscope Hold Time Scale Edge Frequency MENU 0 __ IP Address
12. SCPDSP RTTY PSK31 PSK63 XY TXMRX DSP DSP Fig 55 SCP DSP 34 DSP 6 IF IF AGC TS 990 TS 8705 TS 2000 TS 590 DSP IF AGC
13. 90 200 000 NO 200 HU 14 205 000 USB HI 200 000 w 14 205 000 USE IE 14 200 000 LISB 14 205 000 USB l Li Fig 103
14. USB8 USB USB 0 50 0 5 Er PC Fig 118 Fig 119 Web
15. 5 FFT 2 5 s CW 5 kHz 40 Hz CW we Bandscope SPAN SkHz 14201 420 w S 14 206 420 Gridrdiv 0 5KHz 10dB Av rer aging 1 WI h n I nL r 1 m BE RI Fa x x H 1 I I L N A I e Aa ra yz s N ML he A U li fn gt u l YI 28 1 Y Wi 1 a la P Vr h A A A h 2 in Cg ul rx 25 20 PT 5 1 0 10 ES Fig 79 40 Hz 2 2 DSP 6
16. BEF NOTCH 300 Hz 1200 Hz 100 Hz 20 dB 80 dB 20 dB
17. 3 3V CPU A D 86 8 METER METER ACC 2 METER Fig 135 METER 0C5V 4 7kO Main band meter suh band meter cb3 5 mm plug Fig 136 METER
18. TS 990 96 9 Product Weight Force Fig 158 TS 870 HF TS 870 IF DSP TS 570 HF TS 990
19. Table 1 LF 30 lt 522kHz BC 522 kHz 1 705 MHz _ 18MHz 1 05 lt 25MHz 35MHz 25 lt 41MHz 5MHz 41 60MHz 7MHz 60 lt 75MHz 10MHz 75 lt 105MHz _ 14MHz 105 lt 145MHz _ 18MHz 145 lt 185MHz _ 21MHz 185 lt 215MHz _ 24MHz 215 lt 265MHz _ 28MHz 265 35MHz 35MHz 35 lt 40MHz 40MHz 40 465MHz 50MHz 465 60OMHz 3 Roofing Filters 270Hz Pre Selector Pre Amp Fig 5
20. RX IN RX OUT RX ANT RX ANT1 ANT4 RX IN RX OUT RX OUT RX IN RX IN RX RX OUT RX IN s 2
21. NR1 NR2 NR2 CW CW NR2 CW SSB NR1 CW NR1 NR2 NR2
22. 66 7 QSY CW CW C10 14 205 00 BANDEI ETER OOE s SPAN 5KHz LP W 14 197 500 Gr1id7div 0 5KHz 10dB Averaqing 1 1 h A 1 A A A ha A AA AA q W H WI 1 MAA AA d x Pl a A 4 14 194 14 197 CTR FIX PAUSE MARKER D VOX OFF _ OFF RXEQ OFF TXEQ yOFF USB AGC S 14 196 000 14 205 000 BANDE I BANDE I EEK NDE s SPAN 5kHz 14 19 14 155 RU Gr1id div 0 5kHz 10dB Aver
23. IF AF Narrow Q J Medium Wide 3 Medium IF Narrow IF Wide IF AF Narrow Wide IF AGC SSE MF Filter Low cut 20DHz High cut 25D DHz Narrow Mediurn Wide CW AF Filter BW 50D0H Narrow Medium Wide 1000 15DD Fig 66 SSB
24. ni PAMP 21 5 MHz 1 14 dB 21 5 MHz 2 18 dB AGC IF IF DSP S IARU Internatioal Amateur Radio Union S9 5 73 dBm S 14 MHz S9 S X 81 dBm TS 990
25. 95 9 TS 990 CAE 3 Fig 154 Fig 155
26. NR1 2000 Fig 73 46 DSP 6 BC1 BC2 2 BC1 BC2 CW FSK PSK
27. 73 MHz IP 5 15 kHz 6 kHz 2 7 kHz 500 Hz 270 Hz 15 kHz 6 kHz 4 MCF 2 7 kHz 6
28. PFC PFC 83 HI J 1 0 Fig 43 PFC DC DC DC DC 28 5 DDS PLL TS 990 VCO Ya Direct Digital Synthesizer
29. PC USB JVC JVC JVC JVC s es U EULA GPL LGPL
30. Fig 69 NR1 SSB NR1 TS 990 NR1
31. SCP AGC S AGC S 14195 000 A 204 390 BANDE El BANDI _HATN N CENTER NODE ss Ba SE ATT OFF _ AA I im 1 Jy e vv em er oa 1 aw b z i yaa Z a fr 2 W t V Vil LT1 Im 4 iD 20 30 40 50 CN and SSB Mode FAST Fast NID Fast Fast RESE Fig 113 AGC 68 7 TS 990 CC a Y ER P AMP 200W 1 PAMP amp s O a 1 s 1 1 3 5 7 9 7 C AGC S SB AGC S 11195 000 14 205 000 Fr BANDEI BANDI PSEL Audio Scop OFF ATT O dB
32. YE 200W YE P AMP s T S g 7 8 3 5 7 1 1 PAMP s CW USB AGC S g 010 000 14 200 00n vo 11 200 000 OFF PSEL OFF MAIN W CENTER MODE SPAN 10kHz ATT m 1 005 9 UU ser 1 Gr1d7dTy Averaging Hz PAMP 6 ON MAX Po 200 W METER Po TX FIL FIL A u 1 0 5 MORE M S CTR FIX SPAN REFLEV PAUSE MARKER COPY Fig 87 Fig 88 57 19m ANT1 AM VFO 38 0 42 0 46 0 500 54 0 1 ATT 15 q 16 0 18 0 20 0 22 0 24 0 26 0 28 0 30 0 OFF DVOX OFF OFF 4IRXEQy TXEQ OFF PS 4 8 5 0 5 5 6 0 7 0 80 9 0 100 110 12 0 13 0 14 0 15 0 PSEL OFF 1 8 2 0 2 3 0 3 4 0 4 5 4 8 02 0 3 0 5 1 0 1 6 PAMP ON SPAN 200kHz 11 540 000 w 11 740000 AGc Grid div 20KHz 10dB Ke INS 9 Averaging 1 BAND Po k TT AM IT K U PDOLA Al M K BAND AA i MM lh ha Wl v VV U V j Wi II LW ue I N Wu Wy Threshold ml 10 E 20 0 20 40 O 80 r100 M S PAUSE CLEAR MEMORY XY LEV EXTEND CTR FIX SPAN REF LEV PAUSE MARKER Fig 89 RTTY Fig 90 SWL
33. UART SPI TFT TS 990 TS 990 2 TFT RTTY PSK TFT TS 990 2
34. S 21 MHz 12 dB 20 dB S S S 14 50 MHz S51 S9 S9 60 FM 0 08 FM Mode S meter Sensitivity High S Low Table 5 5 k41 PAMP T 25 3 15H 2Q0 250W PWR SWR1 15 2 Fig 21 S Fig 22 S5 MH DIII S
35. FIX 1 8 50 MHz LF o MF F5 ATT
36. IF 15 1 8 MHz 3 5 MHz 7 MHz 14 MHz 21 MHz IP WARC Q
37. Table 8 11 of EE Active High TX High 12 V Active High Relay Control TX High 12 V 45 ms SSB FM AM Active Low TX Delay Control 1 REMOTE 7 REMOTE 2 4 5 45 ms Active High Relay amp TX Delay Ctrl TX High 12 V SSB FM AM Dev L se L Fr C zj Tc j L i 10 ms lt 45ms a w 45 ms lt Fig 32 TX Delay Control TL 933 12 V 11 Linear Amplifier Control HF Band 12 Linear Amplifer Control 50 MHz Band Active High TL 922
38. NR1 SSB FM AM CW FSK PSK NR2 SPAC Table 12 SSB AM FM CW FSK PSK ZZ EB 6 DSP NR1 NR1
39. TS 990 eG DX TF SET Ne 200W Y S II UUU 2 W S Sh SSK AGC S 14 195 000 4 205 000 BAND BANDEI MBI CODB SPAN 100kHz Li 14 3 500 i _ _ I 14 245 5HH I I rit rdTy ikHz 6dB 1 Averaging BUNIW A s 2 h K A s w Si AA a In Lu Fig 110 FIX 2
40. TL 933 RL Active High RL Active Low REMOTE FET A Active Low 7 FL ActiveLow o DC15V 10 mA TL 922 0 20
41. AGC Fig 63 39 6 DSP NCH SEL M NCH SEL S SSB Manual nagtch filter 00 1000 Hz Fig 64 TS 8705
42. IF AGC IF AGC TS 990 IF AGC DSP DSP DSP IF AGC
43. 6 MMET_ 8 9 ep 2 9 WW hm TNC MCP PC PTT PKG PKS GND PKS DATA SEL 10 SMET 1 3 PTT MIC 2 REMOTE 3 13 cc SEND SS GND SS DATA SEL OPTICAL IN OPTICAL OUT TS 990
44. OCXO TCXO TCXO 7 92 mW max w TS 990 Frequency Stability Time Cold Start TS 990 10MHz REF output TCXO SS OCO 10MHz Frequency Stability pprm Time minute Fig 50 TS 990 OCXO TCXO 10 MHz 400 ms TS 990
45. KNS USB COM LAN TS 990 LAN ARCP 990 TS 990 OLAN LAN TS 990 LAN TS 990 USB COM TS 990 5 VolP LAN KNS ARCP 990 ARHP 990 VolP VolP
46. 500 Hz USB PC RTTY PSK
47. PC Web PC PC USB 71 M IN MEMORY PC TS 990 ZIP
48. AGC 7 CW 250 Hz 270 Hz RX Roof Auto 270 Hz IF AGC AGC
49. SP 990 10 cm TS 990 q L 101 10 SP 990 SP 950 CC RN SSB CW HIGH 1 HIGH 2 HIGH 1 HIGH 2 HIGH 1 HIGH 2 HIGH 1 HIGH 2 LOW 1 LOW 2 LOW 1 LOW 2 LOW 1 LOW 2 LOW 1 LOW 2
50. 11 12 Active High Relay amp TX Delay Ctrl CW 11 12 Active High Relay amp TX Delay Ctrl Active Low TXDelay Control 21 4
51. TS 990 3 94 9 5 Fig 152 CAE Fig 153
52. 12 LPF _ S6DB gt BPF 1 05M 60M X11 PRE OFF Q219 F B F P Fig 7 IF F IF 11 374 MHz MCF IF IF 73 095 MHzZ
53. USB JVC URL URL JVC URL 1 1 TS 990 ll TS 990 lt 2 2 ae 2 2 3 RX RX IN RX OUT 3 ee 3 3 5 s 5 CG 5 A NAN AAA 5 oo 6 NN 8 LL kk 9 umWN1 1 10 AT uuu ma nanatnaasaaauaaannan hua 10
54. TS 990 22 F MAX Po PWR DATA TX
55. AGC NB1 NB1 NB1 SEL DSP NB2 CW 500 Hz NB2 NB2 NB1 NB2 6 DSP
56. RX TX RX TS 990 TX RX RX Table 6 ATT NORM ATT 20 dB CN 60 DX ATT CN 50 1 4S 35 40 Bl Ox a CRC O Fig 24 X Fig 25 INORM
57. IF 8 248 MHz IF IF IF AGC IF IF 24 kHz IF IF DSP AGC FM IF 8 248MHz FM IC AF DSP
58. 0 5 W 27 4 PFC AC TS 990 s PFC
59. ALC TS 990 TS 990 ALC DRV ALC 7 V TS 990 IF ANT DRV ALC AMP TX Mixer Q Fig 34 ALC DRV ALC REMOTE 6 DRV OUTPUT dBm EALC VOLTAGE V Fig 35 ALC DRV ALC ALC ALC
60. 7 11 0 0 Vp p 50 0 5 Vp p 100 1 Vp p HJ 10 kO RTTY FSK 2 07 TNC MCP PC 5 AF 10 0 0 Vpb p 50 0 5 Vp p 100 1 Vp 5 10kO MSO TNC MCP PC
61. http www2 jvckenwood com gpl j html JVC x PC PC NN SSM 98
62. 0 TS 990 Table 9 a A A PP 26 XJ A se FG 2 T Sy TS 990 200 W AC 100 V 200 W 83 typical TS 990
63. 87 8 ACC 2 ACC 2 13 TS 2000 TS 950 TS 790 2 RTTY RTTY FSK RTTY PC 170 Hz F FsK 170 Hz FSK Fig 137 ACC 2 Table 13 ACC 2 U 212 FO a srri12 TNC MCP PC IP AF
64. Rx i IF Fr AG DET Fig 56 IF AGC AGC IF AGC IF A D AGC AGC AGC AGC F AGC AGC AGC
65. DSP IF AF AGC IF AGC AF AM AF FM IC AF DSP 3 DSP IF SSB IIR CW FSK PSK IIR
66. SWR TS 990 Active High Relay amp TX Delay Ctrl Active Low TX Delay Control ALC ALC 6 ALC
67. FM IF 10 695 MHz FM IC AF DSP 3 Fig 9 HF
68. FR FT TB SB PC TX 1 PF DATA SEND RX TS 990 PTT SEND PF DATA SEND ACC 2 PKS PC TX TX1 PF DATA SEND ACC 2 PKS
69. FFT CW CW k asal ase Bandscope SPAN 10kHz 7 004 790 i i i i x D11790 Grid div 1kHz 10dB Av efaging il l I _ L V A al ht A hoon A Awa ojo i 5 A 3 _ 7 023 7gU LMATN KITS MODE RH Bandscope SPAN 10kHz ATT OFF Grid Fd fy KHz 6dB aM mI 4 a I ma al 1 RE EE EE FS r Fig 81 CW SSB
70. LC 200 BW 2600 HC 2800 LC 200 BW 2600 HC 2800 A A KA AA 1500 SM Ai AA USB 0 000 USB 0 000 14 1395 0D USB IlWM Fig 95 4F Fig 98 LC 200 BW 2600 HC 2800 MAIN 80D2 0 000 N Aa B hA N ku WT M TA LA Z a A 1500 USB 0 000 14 195 00 _ MEOU a 1120500 Fig 96 Fig 99 i TE VFO 14 083 00D VFO 14 072 99 Fig 97 AA ISKE Fig 100 PSK TS 990 TFT TS 990 R 820 TS 820 TS 520 2 60 7 TS 950
71. AGC IF AGC TS 990 TS 990 NB1 NB2 2 NB1 NB2 NB NB2 NB2
72. RL 2 REMOTE REMOTE REMOTE 7 DIN REMOTE REMOTE gt 8 Active High 12V s Active Low Low Fig 31 REMOTE 19 4 Table 7 REMOTE Input Output SPO MKE O BRK S a O ALC i TS 990 11 12 Active High Relay Control
73. TS 990 TCXO 10 MHz 10 10 dBm REF IO REF M O TS 990 10 MHz REF IO 4 REFIOConnectorConfiguration InputJ TS 990 REF IO 4 Output 31 5 32 Ts 990 10MHz REF output Time from power key voltage detected Fe tlk only _UERTICRL uaiting for trigaer HH T i i 1 1 i 1 1 I I I i i 1 psk 5 BBBs Find Center nd Span ref ext Fig 51 REF I O 6 DSP
74. SP 990 TS 990 TS 990 2 2 TS 990 ANT1 ANT4 4 RX IN RX OUT 2270 2 2 GND
75. ALC ALC ALC ALC PWR 24 4 DRV 0dBm 1mW 1720 CW FSK PSK AM CAR SSB MIC PROC OUT DRV 135 kHz 14 MHz DRV
76. DX 20 dB 9 1 2 3 g 6 7 B 9 AO trequenvy MHz Fig 26 17 200 W IF DSP D A 24 kHz IF IC 10 695 MHz 10 695 MHz IF 6 kHz IF RAE 73 095 MHz IF I G j O ALC CW
77. OPTICAL IN OPTICAL OUT DSP 48 kHz 24 7 18 Optical Audio Output Configuration 44 1 kHz 48 kHz 24 16 PC PC MIC
78. TI WI COM USB USB B RS ARCP 990 TS 990 Z RS 232C COM TS 990 PC TS 990 PC TS 990 USB E COM USB USB B ARCP 990 Windows PC ARUA 10 Em 7 TS 990 COM PC ACC 2 I ACC 2 ARUA 10 PC TS 990 LAN KNS PC TS 990 PC
79. 3 TS 930 TS 940 2 TS 950 3 9 TO PWR 1 25 50 100 10 200 250W SWR kunasa ase wass x a COMP 20dB 1 Va Fig 91 TS 930 Fig 92 TS 940 Fig 93 0 2
80. DC DC Unit Final Unit Antenna Connector Unit AC DC Power Supply Unit Display Unit Fig 145 BPR Unit RX Unit Digital Unit Preselecter Unit TX RX Unit PLL Sub Unit DSP Unit Housing for Digital Unit and DSP Unit Housing for PLL Sub Unit and P LL Main Unit Housing for Control f Unit and Scope Unit Scope Unit Control Unit Fig 146 2 TX RX RX DSP PLL PLL 165 mm 24 mm 460 mm 58 mm 400 mm 5 mm TS 950 TS 950
81. 30 PC PC 2010 TS 590 USB PC 1 COM USB 2 USB TS 990 PC TS 990 PC COM TS 990 LAN LAN PC TS 990 ARCP 990 PC COM USB LAN LAN
82. SSB ALC AM FM TS 990 ACC 2 USB ACC 2 USB MIC 1 Dsp gt wc mes DE ee gt LVep w ber _ l CD AGC x gt ANI ACC2 ADC USB Audi
83. TS 990 s 3 TS 990 IF FM
84. Band lirminatinn hlter 0 Hs Fig 65 40 DSP 6 SSB CW FSK PSK SSB CW FSK PSK PSN Phase Shift Network PSN IF TS 990 IF Z JU 2 Q 2 c 2 b PSN IF SSB CW PSN IF PSN
85. TX TX0 PTT SEND TS 990 MIC ACC 2 USB Audio OPTICAL ACC2 m ay TX TX PF TX TX2 TX RX
86. S S 7 Attenuation Additional Roofing Filter Table 4 8 248 MHz 6 dB 300 Hz 3500 Hz T YEESLES BAR 3 F INi O GND 3 7 x 5 3 r L lt gt Fig 17 mm IP3 TS 990 Q985
87. JVC e A JVC KENWOOD JVC Windows XP Windows Vista Windows 7 Windows 8 Windows Microsoft Corporation NET Framework Microsoft Corporation
88. 0 09 Meter Response Speed 0 11 Meter Display Peak Hold RTTY PSK RTTY PSK F EXTEND RTTY PSK SCP 58 7
89. 5 mm lt US Ls 93 9 Fig 147 Fig 148 TS 990 MT Fig 149 Fig 150 151 TS 990 5
90. BUSY D VvoxyOFF OFF4 RXEQ OFF IXEQ OFF USB AGC S 0 000 USB AGC S 14 000 000 gm 14 000 000 BAND I BAND I O a as DSP L Q M M IN Clear mo rm RX EQ TX EQ M W WR N Rx OM spit W Rx s Proc psP u Z Y HL ms f x 7 APFcM APF S S sss L w Ng TF SET M s FTack R nenen nen OA OP O C B ANcHcw A NcHcs Ar LAT Tne oo v aa ss 2 ao faa ag sercw eee A B c LMeter Scope km gear sgen 2 24 28 eleetl lecz Hz S Scope i838A5 0 EMER MHz MHz 200 Jep jJ Jep zoo ENT Te Es NR M NR S Send Arr U 2 1 62 ei 2 A B OC M gt V M List PMP gsEL 1 BC M BC S IAec M Aec s 1 2 1 2 kec or ec ory lese9juszenlast Juez oni J vox qana Ga ee lt
91. H modemixer GND RF IF 2 5V lst IF 8 248MHz MLO1 8 278 51 752MHz Fig 12 3 Roof
92. 11 ANI 7 06 0 50 10 mVrms 100 1 mVrms 10kO Fig 138 OPTICAL IN OPTICAL OUT 69 8 DISPLAY DISPLAY DVI 2 2 TS 990 RGB RGB D 15 RGB DVI D
93. lt 83 VolP ARVP 10H ARVP 10R aaa 83 84 COM 84 8 85 PADDLE KEY uuu uaauqamulasQakaqaanin 85 EXT SP1 EXT SP2 85 PHONES 66 KEYPAD ec 86 METER Wq l aaaaanaaaaaassaaassaasasassnsassa 87 ACCI 88 OPTICAL IN OPTICAL OUT 69 DISPLAY I 90 LAN 90 USB USB A uuuaaaaaaassanaaaaansaasaqaykasqaas 91 UB USB D u u wssaqasansauqshunamtasqianaskh 92 9 93 93 LL 94 96 4 96 J PR j ous ons 97 eee gt 98 TF bi 99 xi aqanasaaayanai ansiawasa qkhunqaiqaqqa 100 10 SP 990 101 LL 101 EE 101 rir Z JU K EV anna aN 102 niA i 102 1 1973 TS 900 900 HF TS 930 TS 940 TS 950
94. 55 6 DSP TS 990 DSP TS 990 DSP TS 990 DSP EikfBsB TS 990 DAC 3 L 3 U ama _ DSP OPTICALIN IN ADC 7
95. FILTERS HIGH 1 HIGH 2 LOW 1 Fig 169 s saJ gt r L 1 1 1 HI Eg LIL EE EE I I EO EE WW L IT TI 1 A B Fig 171 A B 102 TS 990 2014 8 1 JVC lla Copyright JVC KENWOOD Corporation All Rights Reserved MAA 9THF1408 NK2 J
96. IntelliMouse IntelliPoint Microsoft Corporation SHARC SHARC Analog Devices Inc JVC JVC JVC
97. HF TS 990 TS 590 TS 590 TS 590 HF TS 590 TS 990 2010 TS 590 TS 990 TS 990 TS 590 HF 97 9 LSB 7100 00 a E 14 200 0D Lsi Fig 160 TS 990 TS 590 Ka TS 990
98. PCM 16 kHz 16 bit wav WAVE PC TS 990 NTP TS 990 NTP NTP TS 990 24 70 7 ls 990 HF TS 990 CU LAN
99. NR1 CW NR1 CW NR1 CW NR1 CW CW NR1 Hr I SSE OFF m ws Fig 70 NR1 44 DSP 6 NR1 DSP
100. SCP DSP ADSP 21363 331 776 MHz RTTY PSK31 PSK63 3 DSP DSP TXMRXDSP DSP SRX DSP RTTY PSK31 PSK63 DSP SCP DSP TXMRX DSP SRX DSP DSP DSP IF AGC IF Ze 0 E RUIYYPSKS PSKOS
101. S RF 3 IF 6dB 6 dB S 5S3 6 dB lt S RF AGC AGC AGC AGC OFF AGC AGC
102. TL 922 TL 922 RL RL RL 7 12 B _ RL Active High REMOTE 12V 10 mA Active High
103. DDS PLL s 1 DD5 VCO PLL 10 28 50 MHz VCO PLL C N PLL C N TS 990 VCO PLL VCO PLL C N 20 log 1 10 2
104. VoIP ARVP 10H ARVP 10R IE FAR DE nr FE R H FE R H L O ARVP 10R VoIP N emi IP C k C r KENWOOD KENWOOD Fig 126 ARVP 10H Fig 127 ARVP 10R VolP TS 990S ARVP 10H TS 990S ARVP 0 ARVP 10H ARVP 10R Web i Web
105. Windows PC TS 990 TS 990 TS 990 PC ARHP 990 Ts 990 PC ARCP 990 ARVP 10 PC KNS PC TS 990 VolP ARVP 10H ARVP 10R LAN KNS ARUA 10 TS 990 PC USB PC TS 990 PC USB TS 990 T1S 990 U
106. erreg wn Sgl mm xm mem Fs 1 1 hi OFFO 4 AT 10 FINAL Fig 1 ANT1 ANT1 F ANT1 ANT1 A 5 2 Te 2 bl lt 1 OFFO SUB FINAL Fig 2 ANT1 ANT2 ANT1 0 F ANT2 ses EAI o s RX RX IN RX OUT RX
107. Fig 143 USB USB 3 DSP CPU PC USB lt cortex A8 USB USB B AM3517 3ch USB HUB Device i s s Fig 144 USB 92 9 TS 990 TS 990 2 AC DC DC DC 3 3
108. MAIN W CENTER HODE UJU Bandscope SPAN 20kHz ATT OFF 028 57U F w n WAILIA Yi Grididiv 2kHz 10dB lI Averaging 1 Fig 82 SSB LSB 59 6 DSP AM FFT 10 kHz 10 kHz AM MAIN W CENTER HODE Bandscope SPAN 10KHz ATT OFF 1 417 UUU i W riil Grid div 1kHz 10dB Avefaging 1 F I r s il 1 na w WR a al U 1 AA La la 1 Lu Me Y 1 mi Dm 5 3 0 2 0 10 H 3 0 HD 5 Fig 83 AM RTTY 8 u lam ass Bandscope SPAN SkHz 1020102 i i 14206020 Grididiv 0 5 KHz 10dB Averaging 1 EE RTTY
109. IF SSB FM FM DSP 3 kHz CTCSS 49 6 DSP MIC AD DSP DSP DSP AF AGC
110. TS 990 Al Al PC S PC 2 TB SB TS 990 VFOA VFO B
111. FFT NOTCH RTIY PSK X Y FFT
112. SSB 0 Hz PSN AM AM FSK FSK PSN IF RTTY RTTY FSK 170 Hz PSK31 PSK63 PSK31
113. RTTY RTTY 200W 1 PAMP h ID VOX OFF OFF 4IRXEQlLOFF_ITXEQ ILOFF 14 083 0OUL FSK AGC F 14 087 000 BANDEI BANDEI 2125 2295 Threshold ee 10 PAUSE CLEAR MEMORY EXTEND Fig 107 RTTY FSK PSK FFT FFT FFT MAIN VFO Il 8 3 OOD MAIN Vo 14 072 394 Fig 108 RTTY Fig 109 PSK X Y RTTY
114. Fig 27 FET IMD 14 2 MHz 200 W 142 MHz 200 W IMD Fig 28 IMD 14 2 MHz 200 W Fig 29 14 2 MHz 200 W 18 TS 990 200 W 200 W Fig 30
115. IP S 5 IF 21 5 MHz 21 5 MHz RF HF 5 CAA A A EN N RF A S AGC RF S
116. PWR a D VOX OFF OFF 4IRXEQ TXEQ I OFF AGC S 14 1UU UUI BANDEI STIR TI TT ransmit FOwer Limi 200 200 200 200 200 200 200 200 200 200 100 A ED EE OS 220 EEE RED su apani si re roror mrt I 200 200 200200 200 290 290 200 290 290 1 l Fig 33 Max Power ANT1 100 W 100 W F MAX Po 100 W 100 W ANT1 CANT4 5 MHz 23 4 ALC ALC TS 990 ALC TS 990 ALC AMP
117. TFT 7 3 5 S RIT XIT DXer TS 9905 200W TS 990D 50W ORP 5W 4
118. aL L a A R 8 WV mua Shu a E 1 Q wa w T TAY N x AWDI x s TW SSW EON 4000 2000 0 2000 4000 6000 8000 Hz Fig 60 SSB JS Sharp Medium Soft CW IF Filter BW 500 Hz Sharp Medium Soft a i Eh a 20 4 1 fh 7 PE EE SSIES ST SS SES SE SSI m Ka I sasaqa Pp eacsssahasanasq a ananaanakhwnaaasasqsia l AA O 100 a y 8 ss ox MP 1 500 1000 500 Gak 500 1000 1500 Fig 61 CW Sharp Medium Zx Soft 37 6 DSP SSB FSK PSK 2400 Hz CW 500 Hz SSB
119. DSP HF HT HF s HF HF Fig 159
120. VO AN pi PSK PSK PSK31 PSK63 PSK31 PSK63 PSK31 PSK63 PSK31 BPSK QPSK PSK63 BPSK USB ASCII Varicode QPSK 24 kHz IF PSK AM AM DSP 24 kHz
121. IC12 D31 Switching FM AF AMP FM FM AF D30 Q70 AGC AMP ATT IC11 Multiplexer Q49 Q52 MAGCV IFAMP 455kHz BPF BW 9kHz Narrow MRIF CN137 455kHz BPF BW 12kHz Wide SSB CW AM FSK PSK FSK PSK D32 D33 IC10 2rd mixer IF AMP Fig 6 IF TS 590 1 8 MHz 3 5 MHz 7 MHz 14 MHz 21 MHz MH DIII Table 2 1 8 MHz 1 705 2 1 MHz 3 5 MHz 3 4 4 1 MHz 7 MHz 6 9 7 5 MHz 14 MHz 13 9 14 5 MHz 21 MHz 20 9 21 5 MHz TF
122. MCF IF IF 10 695 MHz Q351 354 1 9 Z Sub RX 1st Mixer1 11 374MHz lt MCF SRX 1 r S 11 374M NOTCH WY DIV From Sub PRE AMP Q408 D405 406 10 695MHz LPF lt To Sub 2nd IF AMP1 gt pv gt b Q I MCF lt XF401 4 lt TX lt TX SRX 2 73 095MHz Q355 356 Q405 406 x Q410 SLO1 AMP1 SLO1 AMP2 SLO2 AMP 13 174 32 195MHz 73 125 lt 133 095MHz SLO2 SLO1 62 4MHz Fig 8 IF IF IF NB IF AGC IF IF 24kHz IF IF DSP IF
123. PADDLE _ DDE Paddle KEY Z Straight Key PADDLE KEY PC PADDLE Fig 129 PADDLE Fig 130 KEY EXT SP1 EXT SP2 TS 990 2 EXT SP1 EXT SP2
124. IF IF 8 248 MHz 11 374 MHz IF
125. TS 990 RX TX TX Fig 101 TX SPLIT LED LED 5 kHz 5 TS 950 AF
126. 27 3 5 RTTY PSK DISPLAY
127. VCO VCO PLL VCO C N TS 990 Antenna Output C N sl HL_LLL 20 141MHz CW 200W _30 51 9MHz CW 200W Phase Noise dBc Hz l lz zb k 1 Esas NN Eos re PE T 1 00 100 1 000 0 0 Frequency Hz Fig 47 CN 30 5 TS 990 TCXO 0 1 ppm 0 50 TS 990 Frequency Stability Referenced to 25 05 Frequency Stability ppm l l 5 10 15 20 25 30 85 40 45 50 Temperature C Fig 48 TCXO Fig 49 OCXO OCXO
128. 500 Hz 270 Hz 500 Hz 270 Hz FM FIL SEL IM Fig 13 1 Eu kup ha 10 dia REF DE CH EBR on MAG IE REF DE HE BT lg Mas 10 dE REF GDB CH BT log Mam lO dE REF DB k a I i r i l IF E 100 Hz SNMP Bs IF BRW 10 Hz F BS sS SM 8 Sec SPAN 100 Hg PAN 108 kriz Fig 14 500 Hz Fig 15 270 Hz TS 990
129. Width Shift SSB Width Shift AM FIR 36 DSP 6 SSB IF Filter Slope Tune Mediurn dB 8 SS a S PS 1 me rtm ja I hhi kaa ha rn 1 A RE MM RE LUND RIWMA I H t NN r Sau akii 1 I i L MUDIM i UM 4000 2 OC 2000 43000 6000 8000 Hz Fig 58 SSB Medium CWIF Filter Width Mediurn ORE RE EE AS ESR ES EC oscil uu uu A J TR NT TT OT e ZT sasa Til 5 u PDP
130. lt I ui AT L Ni T AA 1 L WM It wa na h P aT L WP V AM J Ay ITT A FI lui 25 20 15 10 D 5 0 5 1 0 1 5 2 2 5 Fig 84 RTTY 54 DSP 6 DSP D5P RX EQ DSP TXEQ 18 C TS 590 PC ARCP 590 5 S
131. b gt 5 gt b Pe psg g COM LPT aa ECP LPT1 hd VW Silicon Labs CP210x USB to UART Bridge COM3 1 K COM1 b b a b Fig 128 COM COM TS 990S PC USB USB USB 7 COM COM 84 PADDLE KEY PADDLE TS 990 PADDLE TS 990
132. 110 28 3D 2 7 C 2 4 NB1 NR1 NOTCH M NOTCH S ZO FO 1 sms 2 AF M AF S AF 3D CAD 3D TS 990 TS
133. PHONES Fiq 132 PHONES KEYPAD TS 990 PF 4 KEYPAD 8 PF CW FSK PSK KEYPAD Fig 133 KEYPAD D3 5 mm plug EXTP2 EXTP1 GND R1 R5 1 5kO lt PF1 1 5kO PF5 e O O O O R R 2 6 1 5kO PF2 1 5kO PF6 R3 R7 2 2kO PF3 2 2kO PF7 O S R4 2 R8 4 7kQ PF4 4 7kQ PF8 5 o Fig 134 KEYPAD
134. KENWOOD _ 0 00 7 100 00 USB 1A 200 00 Fig 94 CW CW SSB 500Hz 2 TS 990
135. PC TS 990 USB ARCP 990 COM PC USB ARUA 10 COM PC TS 990 USB Windows ARUA 10 TS 990 USB USB PC PC TS 990 USB TS 990 USB PC te USB Cabe
136. 2 s A RA HARD SOFT TS 990 HARD SOFT A COMP PROC IN ALC PROC OUT IF SOFT HARD 50 DSP 6 Fig 77 IF IF IF D 6 DSP TS 990
137. Fig 67 CW AM FM AM AF IF AF AM IF AF FM IC AF CTCSS CTCSS AM FM AF Narrow Medium J Wide 3 42 DSP 6
138. PSK FSK PSK USB Page Up Page Down USB USB USB Print Screen USB PNG 91 8 USB USB B USB B USB PC ARCP 990 TS 990 PC PC USB USB2 0 A B
139. TS 950 20 2013 2 900 TS 990 HF TS 950 TS 990 DX
140. Dv sn aa Tapa a i lt ACC Fig 86 DSP TS 990 48 kHz 44 1 kHz 56 TS 990 9 CPU S DSP s DSP TS 990 TS 990 TS 990
141. FFT FFT FFT FFT FFT 10 MH2 FFT FFT 10 kHz Fig 78 FFT
142. TS 990 ALC 7V 10V MM 9 ALC A ALC ALC J ha it A TS 990 ALC ALC ALC TS 990 ALC
143. IP3 40 dBm 2 kHz 10 kHz IP3 TS 590 105 dB 110 dB Comparison 3rd order Intercept Point characteristics 50 00 40 00 3 D D0O eg 10 00 Intercept Point dBm mamam 20 00 1 Interfering wave separation kHz frx 14 2MHz PRE AMP OFF EW 500Hz MODE CW Fig 18 IP3 MH Dilll 10 kHz 1 10 kHz 2 20 kHz ARRL AGC AD
144. 100 10 SP 990 TS 990 TS 990 KENWOOD Fig 167 SP 990 Fig 168 2 3 1 1
145. LAN IP ID PC TCP IP LAN 60000 UTF 16 TS 990 IP CN TS 990 ID ID ID TS 990 ID TS 990 PC 10 ARCP 990 ARCP 990 LAN USB B TL 933 TS 990 COM E I L ARCP 990 Fig 120 74
146. kastakasqapuqanuaaqqanqakawaaskuasa A 62 DAIA uuu ANA 62 1 i ol TAMRKRNOSWL T Lun usaaanatasspasaanunulastsskakikanshas 64 PC RTTY PSK 65 mas 66 LL22T 69 70 NE K EKO AN NVY TTWYWT9 70 ET 71 j r 0 SZ EF OF ec 71 EN NA ii A 72 PefEOD IB RJ 22 3IKU ZF 717 anan 75 Z 7 B Ku wuaaaaaasaakawapamanqqanawaninanaanahaausasqaqu 76 ARCP 990 78 ARCP 590 8 EE 1666OOO EAN 78 TS 990 LAN 9 VolP LAN KNS aasan 9 ARHP 990 A 60 ARHP 590 4 80 GE TE GA 81 ARCP 990 AF vv aaaaaaaaaasnasassssna 81 TS 990 LAN Le 81 VolP LAN KNS annassa 81 USB ARUA 10 a 62 Fl 2 82 oo 82 Hae D CE 83
147. DSP TS 950 le 7 IF IF AGC IF DSP TS 870S IF AGC DSP TS 590 TS 990 DSP C TS 990 DSP 32 DSP 3 IF IF AGC DSP Ei ADC EE PIE Main RA TIF akaa5B TXMRX DSP AK4387
148. 5 8 248MHz BW270Hz CRYSTAL FILTER 0673 Kenwood Devices Corp Fig 16 6 Bandwidth Additional Roofing Filter O ff FIL SEL M Roof Add Roof Auto IF IF PIN
149. TX 73 72 bn VV TS 990 FA FB CW KY COCOCO DE JA1YKX KYCOCOCODEJA1YKX TS 990 TS 990 CW CW KY 24 24 KYO KS LAN
150. CA1 CA2 CC1 CC11 CB1 CB4 Fig 10 Table 3 3 dB 1 8 MHz 1 79750 2 00499 MHz 2 5 kHz 20 kHz 3 5 MHz 3 49250 4 01749 MHz 7 5 kHz 50 kHz 5 MHz 5 24000 5 46999 MHz 10 0 kHz 100 kHz 6 98000 7 33999 MHz 20 0 kHz 120 kHz JelaiylElk 67k PB Ig amp nU Gd Aal GIBI amp 002ikUA 14 JU2ii amp E L CUAR 9 P C 5 L C t uB k fE O c S MH DIII 10 HE LM MM AM s Response dB NN 0 10 20 30 40 50 60 70 80 90 freq MHz Pk PsslQN 3 5MHz FseloN 7 MAHz
151. DX er TFT HF 50 MHz 2013 8 TS 900 TS 930 TS 940 TS 950 TS 990 40 dBm 2 IF DSP 2010 TS 590
152. PC TS 990S USB Windows COM TS 990S USB COM Windows COM LPT Silicon Labs CP210x USB to UART Bridge COMxx COMxx Windows COM COM Silicon Labs CP210x USB to UART Bridge COM3 COM3 COM COM E A V 0 _ EB EJ I F S i i 5 4 g K14036 7 X64 JP gt DVD CD ROM b G IDE ATA ATAPI b 2 b Al b gt 8
153. CW FSK CW Narrow Mid J Wide 3 CW 200 Hz CW Audio peak filter 1500 1000 5 0 500 1000 1500 0 PSl SM Hz Fig 68 CW FSK RTTY 170 Hz RTTY NR1 NR2 2
154. ARCP 990 ARHP 990 LAN KNS ARHP 990 VolP VolP ARCP 990 ARHP 990 VolP VolP ARVP 10H ARVP 10R VolP ARCP 990 ARHP 990 VolP ARCP 990 ARHP 990 KNS ARVP 10H ARVP 10R VolP 79 5 7 ARHP 990 ARHP 990 KNS PC ARCP 990 TS 990 Web TS 990 masi F Qusa TS NN Raddi Dr l m x
155. EXT SP1 EXT SP2 Normal EXTSP2 EXT SP2 Normal 7 15 Speaker Output Configuration Fig 131 EXT SP1 EXT SP2 85 8 PHONES TS 990 1 07 Headphones Mixing Balance 1 08 Headphones Left Right Reverse 1 07 10
156. AGC AGC RF S RF S X RF AGC AGC S RF DA 15 3 PE ECE EE NB1 NB2 TS 990 NB1 DSP NB2 NB1
157. NB2 NB1 NB2 NCH A NCH NOTCH 60 dB
158. TFI HF TS 990 DXer TS 990 2013 8 HF TS 990 TS 990
159. MIC ADBP 21363 IJN _ Clock 331 776MHz Memmnry Main MEL Sub MGU Scope MCU Application MCU ADC ANI USB Audig RE Ad387 mao Fac _ spec AKA3BT ar BCPIF AK5385B SGP DSP Main RX IF AF I ADSP 21363 DC Eiri gt ADC Clock 331 776MHz FLASH SUP AGC l C s WWM8782 Memary Sub RX IFIAF SRX DSP j ape ADSP 21369 oc Play back WM8782 1 AkK4396 Clock 258 048MHz o Analog gt FLASH pAc Memory AK4387 USE Audio Digltal IN Digital OUT IO 52 DsPy A P bn 7 DSP TS 590 32 DSP 32 DSP SHARC 33 6 DSP TS 990 3 SHARC DSP Table 10 DSP DSP TXMRX DSP ADSP 21363 331 776 MHz RTTY PSK31 PSK63 SRX DSP ADSP 21369 256 048 MHz
160. TS 990 PC TS 990 ARCP 990 PC PC TS 990 PC TS 990 PC PC 72 7 PC TS 990 Auto Information AU PC TS 990 PC Al Al TS 990 PC FA ee FB
161. 0 Ec 10 EEEKEEIIUUUORUNMN1N1t 11 12 AGC 13 JT cari 13 Z 2 Bn Ex ISfi aaa aaasaanaawaaqaqaanaqadaqashaqaaawanakuyquqakaqqaqaaqqashuqQaq 14 SX OR aN 14 KAR ET ee eee 15 aa 15 MA CC 15 0 EEE5EIE 8 _ 16 NOP 0 An 16 kai 17 SA 9 17 4 18 200 W IF 18 FE 2Zz r 7 JUBI IIA u u u u uu uuu uu u 2 n uD usa 18 Gia 19 2 u uuu uu 19 F Ip A 19 NN EE 21 PT 22 0 23 ALC 0 24 DRV J 25 Z gt 2 25 Z CSG 26 NER 26 26 a 26 EB aaaaaaaaaaaaaanaaaaaaaaaaaaaaansa 27 93 Pp SSC prsi s 27 27 EG 27 PFO 28 et 28 DC G xu 2 5 28 5 29 DDS S5sK2 PLLB Tku aa asas asan aaqaaqa 29 2 22 5 5 E P uu GSSs usa dastumwanosas aap 29 um 54 ss s S Was 30 SI 10 30 es 31 6 DSP 33 TS
162. 135 kHz 0 dBm 10 dBm 20 dBm DRV REMOTE ALC DRV VBW 2 kHz Ref 0 dBm C 10 MHz Span 100 MHz TS 9809 14 175MHz TX SPURIOUS EMISSION TS OUTPUT 10dBrn rom DRVEOUT k a i Aussi sa 1 77 Fig 36 Fig 37 Fig 38 14 175 MHz 0 dBm 14 175 MHz 10 dBm 14 175 MHz 20 dBm RBW 1 kHz VBW 500 Hz Ref O dBm Att 25 dB swT 1 6 s 0 20 0 J L 1 1 3420 l j j j 1 1 1 BJfllD j RR Hkz z 90 a i Center 570 kHz 100 kHz TS 990S 136kHz TX SPURIOUS EMISSION Fig 39 F
163. AGC AGC TS 990 MOSFET AGC MOSFET AGC DSP AGC IF input asi AGC Voltage Fig 19 MOSFET AGC AGC MOSFET AGC Dual Gate MOSFET TS 9390 T _ so 1 f so so 1 s I l S s nl D D 5 1 D 1 5 2z z 5 d 4 5 4 5 5 AGC control voltage V Signal level dB Fig 20 AGC 3 o
164. DATA DATA1 SEND PTT MIC PF DATA SEND PKS USB Audio VOX DATAVOX D VOX DATA VOX USB Audio SSTV USB Audio DATA VOX PTT TS 99m MIGROPHONE MIO i PIN AHI TF s ystegri AD MICROPHUOHNE
165. NB NR NB CW AGC
166. NB2 NB1 NB1 NBI Buffer NB AMP2_NBAMP3 NBAMP4 Buffer Noise Detection Switching Mute Signal AGC NB AGC AMP Noise Blanker Threshold Level Fig 23 NB1 NB1 AGC
167. DATA MIC PC USB USB B ACC2 OPTICAL IN PTT SEND ACC 2 PKS DATA SEND PF TS 990 DATA 62 7 D VOX USB FLAT IRXEQ OFF TXEQ OFF LSB AGC S IE OSP AW BAND I BAND I DATA Mode 1 SEND PTT 0 Off Off Off USB Audio n DATA SEND PF Modulation source can be configured An enabled audio signal On will be modulated and a disabled audio signal Off will not be modulated RESET m k lt ON OFF Fig 104
168. i 50 0 2 TS 990 RX IN 2 O RX OUT RX IN 3 ANTI ws aw a gr mim 1 h W OFF 1 V Sd 1 4 MAIN SUB Fig 4 IN OUT1 OUT2 3 dB s a
169. LC 200 BW 2600 HC 2800 Tu A a ABA MAIN 882 14 195 0DI USB VFO 14 200 00 Fig 102 4F 61 TS 990 120 120 00 99 P0 P9 E0 E9 3 00 99 POCP9 VFO E0 E9 2 2
170. REC STOP USB 1 30 USB 1 9 9 4 REC 30 f Fig 115 REC REC STOP STOP 1 30 USB 1 9 IA Fig 116 USB USB
171. by DHCP SELECT CONFIG USB DRIVE Fig 117 TS 990 Web 2 USB Web PC ZIP USB PC USB USB M IN MEMORY USB
172. FIR CW S N S N SSB TS 990 NR1 S N NHRC OFF NA sm mt Sa sS Sa sm EE NKT SE SEE EIS EEE IEE ES FF i ID aY 3 3 BE mn Riksina x Fig 71 NR 1 SPAC NR 2 NR2 SPAC
173. Fig 142 USB USB TS 990 USB TS 990 USB USB USB USB Safe Removal of USB Flash Drive PF Safe Removal of USB Flash Drive PF Safe Removal of USB Flash Drive USB USB USB USB CW FSK
174. Mic VOX FBK Fne fl Flock Fine F Ftock FM Tone Voice 8 Cw T LcwT Cw Mes Key Ll Mutti Ch kHz I RIT XIT x i P z JgP sg s ejn O s M kamas Menu Adv Prg Scan M Scan ar sq s A 200 200 W 78 120 COM 5 UTC 2013 03 22 1 05 2013 03 22 10 05 Fig 121 ARCP 990 ARCP 590 ARCP 990 TS 590 ARCP 590 L TS 990 TS 990 ARCP 990 ARCP 990 ARCP 990 Multi Channel
175. Ra lO HOSL Pro m E C R T H JA1YKX IP 192 165 D 1 Fig 122 ARHP 990 ARHP 590 ARHP 990 TS 590 ARHP 590 TS 990 80 7 ARHP 990 ARHP 990 Windows PC ARHP 990 Windows ARHP 990 ARHP 990 TS
176. 15 05 2 3 2 AC DC s Q
177. ARCP 990 gt ARHP 990 LAN USB B COM ARCP 990 PC ARHP 990 ACC 2 USB B Z USB B ARUA 10 TS 990 PC KNS 2 PC TS 990 PC ARCP 990 ARHP 990 LAN s USB B COM ARVP 10R PC ARVP 10H ACC 2 USB B VolP VolP Z USB B ARUA 10 722 7 ARCP 990 ARCP 990 PC TS 990
178. KNS VolP ARCP 990 VolP LAN KNS 81 722 i a USB ARUA 10 ARUA 10 TS 990 PC USB PC TS 990 USB Web TS 990 USB USB KNS TS 990 ARUA 10 ARUA 10 ARCP 990 1 USB TS 990 PC PC
179. 2 ms 20 ms NR2 S N 45 6 DSP IS s m taa a aaa as 2 aa T s Sa SE SSS Z us a ass m sm SZ S ma Sa s s sZ asss I m Hg0g e amp 3 5 Fig 72 NR2 F AF BC
180. AGC AF IF 47 6 DSP SSB DSP SSB PSN 24 kHz IF PSN PSN Sideband suppression dB Hz Fig 74
181. PseloN_10MHz PFseloN_14MHz FselON 21 MHz PseloN_24MHz PseloN_28lMHz Fig 11 PSEL PSEL 20 uy EST m J FET IP3
182. TS 990 T1S 990 300 Hz USB USB TS 990 AGC S 7 15U UU BANDEI YT ualizer Adjustme ert User 1 0 3 OB c 8 Cl E 8 O Bo R cB C HB 3 6 HE E 34 5 4 8 5 1 kHz Fig 85
183. PSK PSK BPSK QPSK PSK63 AFC AFC NET QSO USB PSK 2 QSO PSK63 BPSK RTTY FSK 65 22 3 FFT
184. PSK63 PSK PSK RTTY PSN IF PSK31 PSK63 PSK31 BPSK QPSK PSK63 BPSK PSK31 PSK63 AFC AFC IF PC PC AFC 6 DSP AF SSB CW FSK
185. 20dB Div LEVEL 10 dB 1 I P AMP ON MAX Po 200 W METER Po 1 0 Oms Div TX FIL FIL A PAUSE TIME LEVEL Fig 114 USB PC 20 dB 69 7 REC 30
186. 990 DSP 33 DSP aaa aa auqa qha busana qana 33 IF _ a aaaaaaasasasasasanqaassaaaas 35 I ac Cl 35 EE oo 36 1 38 41 oo 41 eo 42 FE TA Oe 43 K x uuu 43 CA AA 46 48 oe 48 A 4 u 2 i uu ua fc 50 2 50 A asausanahusaaanalusnankaanasauasanasqanauaskasq 52 FFT 0 52 reI 53 55 DSP 55 oo 56 A 56 I 57 ee 57 TFT aaa awha qa nanaaaqaaqh D 5 ee SX CC 58 ee 58 2 5 5 59 59 oo 60 EE 0 j u awananpaq 60 61 61 A i 62 aasan 62 62 EE
187. RR 22 2 u u Q SONI en EE ot esas AH W Un Nra ks s IP Ba DN 2 A THUN RR 6000 4000 2000 0 2000 4000 6000 Bl 8 Hz Fig 59 CW Medium IF TS 990 RX Sharp 1 Medium Soft Table 11 60 dB BW 3 dB BW 1 6 1 8 2 0 200 Hz 2600 Hz 110 dB SSB WIDTH FSK PSK 1 5 1 8 2 0 iskila 2400 Hz 110 dB Tr r 15 18 20 fE 500 Hz 110 dB SSB IF Filter Low cut 2000 Hz High cut 2600 Hz Sharp Medium Soft 8 T 1 oe shea wa
188. TS 990 SUB Local OSC C N 14 1MHz IF 11M Phase Noise dBc Hz 100 1 000 Offset Frequency Hz 10 000 100 000 Fig 46 CN DDS VCO PLL C N C N C N TS 990 200W C N VCO PLL
189. UEtca i Niita IH x Fig 105 63 7 SWL SWL TS 900 9R 59 2 i 5 S 5 5 TS 990 9R 59 S MEGACYCLE 1 9R 59 31m VFO AM VFO 30 60 nEGcacvcLEs 30 0 38 0 42 0 46 0 15 0 16 0 18 0 20 0 22 0 15 30 hEeacycLEs APA 4 8 5 0 59 5b 0 7 0 8 0 9 0 10 0 11 0 12 0 13 0 14 0 15 0 4 8 15 nEGACYCLES 1 6 4 8 nEGAcvcL
190. 0 log 1 10 20 dB a Divider 1 N 82 78 lt 115 48 lt 1 8 3 5 5M N 10 RIN 9248MHz 128 992MHz 7M N 8 14 18 21 24M N 4 96 48 127 48 107 46MHz 138 992MHz DDS DDS IS AD 9951 Fig 44 VCO VCO PLL C N TS 990 MAIN Local OSC C N 1 83MHz Phase Noise dBc Hz 0 L Offset Frequency Hz u Fig 45 X CN 29 5 TS 590 C N 14 DDS C N
191. 3 TFT TFT LED 2 TFT 2 TFT rin nm 6 14290 900 w s TI IOUDD Fig 164 TFT 99 9 NC
192. 990 TS 990 ARHP 990 Radio Host Program Ver1 00 ESA gt ARHP 990 Radio Fig 123 ARHP 990 ARCP 990 AF ARHP 990 ARCP 990 AF ARCP 990 AF TS 990 AF ARCP 990 AF TS 990 LAN ARHP 990 TS 990 OLAN ARCP 990 TS 990 LAN VolP LAN
193. ES s E 2 0 2 5 3 0 3 2 4 0 4 5 4 8 03 4 6 nEcacYCLES 0 03 0 05 0 1 0 2 0 3 0 5 1 0 1 6 CENTER MODE 14 SPAN 50kHz 9 715 000 9 755 000 Grid div 5kHz 10dB Averaging 1 A 1 Y ha ls N Wl W MM W AA Aw WW LZY s A Wi Ma ra AM WN N l a ia Wai 25 20 15 15 20 MORE M S CTR FIX SPAN 1 PAUSE MARKER Fig 106 SWL SWL SWL 64 7 PC RTTY PSK TS 990 170 Hz PC RTITIY PSK PSK PSK31 PSK63 BPSK USB
194. ISPLAY Fig 139 DISPLAY Fig 140 DVI VGA ARCP 990 PC KNS KENWOOD NETWORK COMMAND SYSTEM NTP Network Time Protocol LAN PC LAN TS 990 LAN 100BASE TX 10BASE T Fig 2 LAN 4 SS a Q SD WA22 sg Ethernet FETE O mo i il soss 6 5e Fig 141 LAN 90 8 USB USB A USB A USB USB USB
195. KENWOOD i bi 27 af ap a 1 l HF 50MHz TRANSCEIVER PM JES BE Er SE VC JVC
196. PSK AF AGC IF AF IF AF IF AF CW FSK DSP TS 990 AF AF IF PSN AF AF
197. S5B PC ACC 2 COM TS 990 PC USB O ARCP 990 ARHP 990 TS 990 LAN Web http www2 jvckenwood com faq com ts_990 index html 75 732 i ban Ts 990 LAN PC TS 990 TS 990 Z LN TS 990
198. SSB PSN IIR Ms 2 5 kHz 3 kHz 3 kHz 4 kHz Mo 55B TX Filter Slope tuna 1 1000 2000 3000 4000 5000 5000 Hz Fig 75 SSB 48 DSP 6 IF x x F CW m s r rp bls UNK O jximB0
199. TS 9905 83 ARVP 10H ARVP 10R LAN ARCP 990 ARHP 990 KNS LAN ARCP 990 ARHP 990 VoIP ARCP 990 ARHP 990 KNS ARCP 990 ARHP 990 VolP ARVP 10H ARVP 10R VolP COM USB PC TS 9905 o ARHP 990 RS 232C TS 990S COM PC RS 232C LAN PC TS 990S COM PC USB ARUA 10 COM
200. Z por 9 S 7c blc vrb EU cr F 8 4 1 2 4 6ms q m 24 kHz IF CW IF FSK FSK 170 Hz 24 kHz RTTY USB ASCII 5
201. _ UU Fig 124 ARUA 10 82 7 ARUA 10 TS 590S TS 590S ARUA 10 Ver 2 01 2013 8 TS 990S TS 590S 1 PC 10 ARUA 10 E TS 990 zom_ R 1 SoundMAX In SoundMA 4 5 SoundMAX In USB Audio CX h T Fig 125 ARUA 10 ARUA 10 Ver 2 00 Ver 1 00
202. aging Off A 1 MN x JW N AA AM n LW 1 oh A MTT ul RT L a AA a aa A A 14 195 14 196 WED 14 198 M S CTR FIX SPAN REF LEV PAUSE MARKER Fig 112 CW FIX FI CTR FIX FIX FIX CW 67 Zm SSB SSB
203. ig9 40 Fig 41 136 kHz 0 dBm 136 kHz 10 dBm 136 kHz 20 dBm DRV DRV TSS 25 4 TS 990 200 W SWR SWR SWR
204. ih uk MA 7190009 isoooo 7 10000D PE L DOODD ha niin a als LM Au Fig 161 98 9 PANEL RUBBER FX _ SUB PANEL s _ SA 1 2 CROSS SECTION VIEW Fig 162 Fig 16
205. o Lch os p p Fig 76 ACC2 USB TS 990 SSB IF IF AM FM AF AF SSB AM FM IF IF AF AF
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