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FCC ID: K6610443140 

IC ID: 511B-10443140 

Alignment 

   

4/5 

Vertex Standard Co., Ltd.

 

Alignment Channel Frequencies 

 

Channel Frequency 

(Simplex) 

CTCSS 
Encode 

DCS 

Encode

Narrow

/wide 

CH1 134.00MHz None  None  Wide 
CH2 140.50MHz None  None  Wide 
CH3 147.00MHz None  None  Wide 
CH4 153.50MHz None  None  Wide 
CH5 160.00MHz None  None  Wide 
CH6 134.00MHz None  None Narrow
CH7 140.50MHz None  None Narrow
CH8 147.00MHz None  None Narrow
CH9 153.50MHz None  None Narrow

CH10 160.00MHz None  None  Narrow

CH11 147.00MHz 

151.4Hz None  Wide 

CH12 147.00MHz None  023  Wide 
CH13 147.00MHz 

151.4Hz None  Narrow

CH14 147.00MHz None  023  Narrow

 

 

PLL & Transmitter

   

Set up the test equipment as shown for transmitter

 alignment. 

Maintain the supply voltage at 13.8 V DC for all steps. 

 

PLL VCV     

Connect the positive lead of the DC voltmeter to the test point TP1001 (VCV) on the Main Unit, as 

indicated in the figure, and the negative lead to chassis ground. 

Key the transmitter, and adjust coil L1020 on the Unit for 1.5 V on the voltmeter.

   

Next select to the band center (low edge) frequency channel (CH2) and confirm about 6.8 V (6.5V – 

7.2V) on the voltmeter. 

Next select to the high band frequency channel (CH4) and confirm about 6.8 V (6.5V – 7.2V) on the 

voltmeter. 

Key the transmitter, and confirm about 6.8 V (6.5 V – 7.2 V) on the voltmeter. 

 

Transmitter Output Power 

Select band center frequency channel, and select high power output level. 

Key the transmitter and adjust by control commands for high power from the computer for 50 ± 1 W as 

indicated on the wattmeter. 

Select band center frequency channel, and select low power output level. 

Key the transmitter and adjust by control commands for low power from the computer for 10 ± 0.1 W 

as indicated on the wattmeter. 

 

 

 

 

Summary of Contents for VXR-9000V-A

Page 1: ... service technicians realign all circuits and make complete performance checks to ensure compliance with factory specifications after replacing any faulty components Those who do undertake any of the following alignments are cautioned to proceed at their own risk Problems caused by unauthorized attempts at realignment are not covered by the warranty policy Also VERTEX STANDARD must reserve the rig...

Page 2: ...ble from 10 to 17 VDC 15A 50 Ω Non reactive Dummy Load 100W at 1000 MHz Frequency Counter 0 1 ppm accuracy at 1000 MHz AF Signal Generator DC Voltmeter high impedance RF Sampling Coupler attenuation pad AF Dummy Load 4 Ω 20W Oscilloscope Spectrum Analyzer IBM PC compatible computer w VERTEX STANDARD VPL 1 programming cable and CE 49 channel programming editor 50 Ω RF Signal Dummy load Generator In...

Page 3: ... be made with oscillator shields and circuit boards firmly affixed in place Also the test equipment must be thoroughly warmed up before beginning Before beginning connect the transceiver and PC using the VPL 1 programming cable as described in the EEPROM Programming chapter and downloads the EEPROM data from the transceiver to the computer Store this data in a disk file so that it can be saved and...

Page 4: ...ect the positive lead of the DC voltmeter to the test point TP1001 VCV on the Main Unit as indicated in the figure and the negative lead to chassis ground Key the transmitter and adjust coil L1020 on the Unit for 1 5 V on the voltmeter Next select to the band center low edge frequency channel CH2 and confirm about 6 8 V 6 5V 7 2V on the voltmeter Next select to the high band frequency channel CH4 ...

Page 5: ... from the computer for 0 7 kHz 0 05 kHz deviation as indicated on the deviation meter Receiver Set up the test equipment as shown for receiver alignment and construct the audio test adapter as described in the box below With the transceiver set to band center frequency channel and the RF signal generator tuned to the same frequency set the generator for 3 0 kHz deviation for 25 kHz steps with 1kHz...

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