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Actual DCS Deviation(Narrow):0.35[kHz]
- [6] LTR Deviation
This parameter is used to align the LTR deviation.
Press [Enter] on "[6] LTR Deviation " to align LTR Deviation.
Select the Channel 1 in alignment range.
Press the [Space] key on the keyboard to activate the transmitter, and injects a LTR
test tone.
Press the [UP]/[DWN] key, as need, to set the LTR Deviation (Wide) to the following
specification.
Press [Enter] to lock in the new data.
Select the Channel 2, and set the LTR deviation (Narrow), same as Channel 1.
LTR Deviation(Wide)
LTR Deviation(Narrow) :0.60[kHz](±0.1[kHz])
The actual LTR deviation will increase around 20% based on the above alignment as
follows,
Actual LTR Deviation(Wide)
Actual LTR Deviation(Narrow):0.70[kHz]
[1] Common RX
- [0] Tight NSQL
This parameter is used to align the noise level in squelch Tight.
It adjusts this alignment RX Tuning after ending.
Select the MID frequency channel in alignment range.
Set the SG output level to -2.5dB µV , and obey the message.
- [1] Threshold NSQL
This parameter is used to align the noise level in squelch Threshold.
It adjusts this alignment RX Tuning after ending.
Select the MID frequency channel in alignment range.
Set the SG output level to -8.5dB µV , and obey the message.
- [2] RX Tune
This parameter is used to align RX Tune.
Select the MID frequency channel in alignment range.
Set the SG output level to -8.0dB µV .
Pressing the [DWN] key, reduce the RX Tune Level and set the SINAD above 12dB.
:0.80[kHz](±0.1[kHz])
:1.00[kHz]
6/6
FCC ID: K66VX-2500V
Alignment
Vertex Standard Co., Ltd.
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