HYT Science and Technology Co TM-610V Mobile Radio User Manual
Shenzhen HYT Science &Technology; Co Ltd Mobile Radio
Contents
- 1. Adjustment Guide
- 2. Users Manual
Adjustment Guide
TM-610 Adjustment Description This mobile radio can be adjusted via programming software or manually. The manual adjustment procedures are listed below. (please refer to “test mode” and “adjustment mode” in Mobile Radio Mode. Tools: Radio Communication Test Set a set Spectrum analyzer a set 20A/30V power supply aset Wattmeter a set Signal line (with dummy load) a piece Procedures: 1. Download: ¾ Connect the mobile radio with PC via programming software and turn on the radio. ¾ Click “Download” on the software interface; ¾ Select your desired program and click “begin” to begin download; ¾ Click “Close" when the program is fully downloaded. ¾ Turn off the radio and plug the programming cable out. 2. ¾ ¾ ¾ 3. ¾ ¾ ¾ Initialization: The necessary information hasn’t been imbedded into the Flash of the radio when it leaves the factory. So users need to adjust the frequency and initialize the radio before adjustment; Press [P2] to power the mobile radio on. Press [P4] when “DESINAO” is displayed; The LED on the control panel stops flashing when initialization process is finished. Adjustment (Part of the adjustment items can be adjusted in conventional mode while other should be adjusted manually.) Turn on the mobile radio to enter conventional mode; Power your mobile radio off and press [PF1] to restart the radio to adjust other items. The channel number will be displayed on LED; Frequency chart: TM-610V:136-174; VCO Adjustment Item Condition Measurement Test Instrument 1. Power supply Adjustment Specifications /Remarks Terminal Part Method 1. Power supply: 13.6 V Note: 1. This mobile radio only can be installed in a minus grounding power system. Reverse polarity will cause the cable fuse to blow. Check DC the vehicle ground polarity before the installation to avoid wasted time and effort. 2. IF DC power is to be controlled by the vehicle ignition switch, a switch relay should be used to switch the positive power lead. The vehicle ignition switch then controls DC to the relay coil.。 2. VCO Latch voltage (TX) 3. VCO Latch voltage (RX) 1.CH:TX HI 6.0V±0.1V TC1 2.CH:TX LO 1.CH:RX HI Check Digital voltmeter CV >1.0V 6.0V±0.1V TC2 2.CH:RX LO Check >1.3V Transmitter Adjustment Measurement Item Adjustment Specifications/ Condition Remarks Test Instrument Terminal 4. TX Not enter adjustment Frequency item, but switch to 2CH Part Radio Communication ANT Adjust VR801 Test Set Method Adjust channel frequency Adjust software High Power: Each CH corresponds to a specific TX freq; 5. TX Power enter the item “0”, ‘1” in turn, to adjust High/Low power. setting & Radio Communication Test Set VR101; press ANT [P2] to save the setting and Ammeter move to the next item. PO=23~25WW I≤8.0A Low Power: PO=5±0.5W I≤5.0A Error<50Hz Check High Power Check Low Power Check the deviation of 6. Max. Deviation 1. Each CH Radio corresponds to a Communication specific TX freq; enter Test Set the item “2” and adjust Filter: “0.”、 “1.”、 “2.”、 “3.”、 0.05-15KHz “4.” Hi/Mid/Low channel: Adjust software setting; press ANT [P2] to save the MIC Jack setting and 4.0±0.1KHz(W) Check the deviation of Hi/Mid/Low channel: 2.4±0.1KHz(W) move to the AF:1KHz next item. 75mV Check the deviation of Hi/Mid/Low channel: 1. 9±0.1KHz (N) 7. Modulation Sensitivity 1. Each CH corresponds to a specific TX freq. 8. Modulation Check deviation: 2.6KHz-3.4KHz (W) 2.2KHz-2.7KHz (M) 1.3KHz-1.7KHz (N) Radio Communication Test Set ANT Filter: MIC Jack 0.05-15KHz AF: 1KHz 7.5mV Check ≤5% Distortion Radio 9. CDCSS Balance Each CH corresponds Communication to a specific TX freq; Test Set enter item “3” Filter Use “UP”, “DN” ANT Check key to set waveform CDCSS LPF: 300Hz 10. CTCSS Each CH corresponds Radio ANT Use “UP”, “DN” Adjust deviation to Deviation to a specific TX freq; Communication key to set 0.75KHz±0.10KHz enter item “4”, “5”, “6”; Test Set CDCSS (W) adjust Filter 0.60KHz±0.10KHz 67Hz/151.4Hz/254.1Hz LPF: 300Hz (M) CTCSS 0.37KHz±0.05KHz (N) Adjust deviation to Radio 11. CDCSS Deviation Each CH corresponds Communication to a specific TX freq; Test Set enter item “7" Filter Use “UP”, “DN” ANT key to set CDCSS LPF: 300Hz Deviation Test Set enter item “8" Filter 0.60KHz±0.10KHz (M) Use “UP”, “DN” Each CH corresponds Communication to a specific TX freq; (W) 0.37KHz±0.05KHz (N) Radio 12.DTMF 0.75KHz±0.10KHz ANT key to set 3.0KHz±0.1KHz (W) CDCSS 2.4KHz±0.1KHz (M) 1.5KHz±0.1KHz (N) LPF: 3KHz Radio Use “UP”, “DN” Each CH corresponds Communication 13. MSK to a specific TX freq; Test Set enter item “9" Filter ANT key to set 3.0KHz±0.1KHz (W) CDCSS 2.4KHz±0.1KHz (M) 1.5KHz±0.1KHz (N) LPF: 3KHz Radio 14. Single Each CH corresponds Communication tone to a specific TX freq; Test Set (2-/5-tone) enter item “A" Filter LPF: 3KHz Use “UP”, “DN” ANT key to set CDCSS Adjust deviation to 3.0KHz±0.10KHz (W) 2.4KHz±0.10KHz (M) 1.5KHz±0.1KHz (N) Receiver Adjustment Measurement Item Adjustment Specifications/ Condition Remarks Test Instrument Terminal Part Method Set the gain value to the First 15. RF bandpass filter Enter item “B”; Each CH corresponds to a specific Scanner ANT . TP1 TX freq. max; the manually corresponding adjust freq is on the TC101, then rightmost of the software the bandpass setting wave. Press [P2] key to save. Radio Communication Test Set Frequency: RX Center; SSG Output: 16. Max. adjust to CH1(C); -47dBm SINAD corresponds to a specific MOD: 1KHz freq. DEV: ±3KHz(W) ±1.5KHz(N) Filter: 0.3-3.0KHz 1. CH: RX Center, manually adjust to CH 1(C). 17. Sensitivity 2. CH: RX LO, manually adjust to CH 2 (L). adjust to CH3 (H). K301 Max. volume: 4.6V or above ANT SP Jack Radio Communication Wide/narrow Test Set band switch SSG Output: (turn on the -116dBm MOD: 1KHz ANT power while SP Jack holding [P1] DEV: ±3KHz(W) key to enter ±2.4KHz(M) CH setting ±1.5KHz(N) 3. CH: RX HI, manually Check Filter:0.3-3.0KHz mode) [P2] key for CH adjustment Check SINAD: 12dB or above Radio No need to Communication Enter in turn the item “C” 19. SQ Open (Level 9 on), “D” (Level 3 on); adjust CH to “0.”, “1.”, adjust software Test Set setting at SQ SSG Output: Level 3/9; -119dBm (Level 3) “2.”, “3.”, “4.” press [P2] SSG Output: -112dBm (Level 9) Radio ANT SP Jack Communication 20. SQ Close Enter in turn the item “C” Test Set (Level 9 off), “D” (Level 3 SSG Output: Adjust twice to save. Continuously press[P2] key twice for CPU reading and writing; SQ level software setting No need to Continuously adjust software press[P2] setting at SQ off); adjust CH to “0.”, “1.”, -123dBm (Level 3) “2.”, “3.”, “4.” SSG Output: key twice for CPU Level 3/9; reading and press [P2] writing; SQ twice to save. level -115dBm (Level 9) Radio 21. Distortion Communication 1. Channel: RX Center 22. S/N Test Set SSG Output: DIS≤5% ANT Filter: SP Jack 0.3-3.0KHz Check S/N≥47 (W) S/N≥42 (N) -60dBm Note: The radio must be covered with aluminum chassis during the adjustment of sensitivity, Tx power, signalling waveform, frequency deviation, Rx Squelch. Connect an RF power meter to the antenna connector during transmission. Connect the SINAD meter with 16ohm load to the external [SP] Jack.
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.5 Linearized : No Encryption : Standard V2.3 (128-bit) User Access : Copy, Extract Page Count : 6 XMP Toolkit : XMP toolkit 2.9.1-13, framework 1.6 About : uuid:c1adbf01-48f2-44f2-b956-1bd5f74d2cec Producer : Acrobat Distiller 6.0 (Windows) Modify Date : 2006:11:23 21:16:01+08:00 Create Date : 2006:11:23 21:15:25+08:00 Metadata Date : 2006:11:23 21:16:01+08:00 Document ID : uuid:4f506a4e-7a8d-4957-8bdd-99242369816c Format : application/pdf Title : untitledEXIF Metadata provided by EXIF.tools