17
Field Programming Reference (FPRG)
6 EDIT MENU
6.1
Channel Information
It can configure the channel data to transmit/receive on
the “Channel Information” window. You can configure the
data a maximum of 16 channels.
Figure 6-1 Channel Information window
6.1.1
Reception Frequency
It can configure the Reception Frequency in this window.
You can directly enter the value in the edit box.
Note:
!
The frequency range varies depending on the model and the
market code. (Refer to FUNC 1.2 Transmission/Reception
Frequency.)
!
You can use numbers, “.”, and “,” for the 9 digits of the
frequency.
!
You must enter the value within the range when configuring the
frequency. When entering the frequency, which is out of the
range, it will be automatically replaced with the highest value or
the lowest value within the range configured in “Model
Information” > “Frequency” window.
!
You must configure the “Reception Frequency” first before
configuring other functions. On the other hand, the other
functions are reset when clearing the frequency configured in
the “Reception Frequency” window.
6.1.2
Transmission Frequency
You can configure the Transmission Frequency in this
window. You can directly enter the value in the edit box.
Note:
!
The frequency range varies depending on the model and the
market code. (Refer to FUNC 1.2 Transmission/Reception
Frequency.)
!
You can use numbers, “.”, and “,” for the 9 digits of the
frequency.
!
You must enter the value within the range when configuring the
frequency. When entering the frequency, which is out of the
range, it will be automatically replaced with the highest value or
the lowest value within the range configured in “Model
Information” > “Frequency” window.
6.1.3
QT/DQT Decode
It can configure the signalling used to receive a call. You
can select the QT tone or DQT code from the dropdown
list. You can also directly enter the QT tone and the DQT
code.
Note:
!
When both of the QT Encode and the QT Reverse Burst
functions are enabled, the repeater transmits the QT Reverse
Burst tone at end of transmission.
!
When the DQT Encode is selected, the TKR-750/850/751/851
transmits the DQT Turn-off Code.
#
Selecting the QT/DQT Decode Code from the
Dropdown list:
#
Directly entering the QT/DQT Decode Code:
Note:
!
You can use numbers, “D”, “N”, “I”, “.”, and “,” for the 5 digits of
the QT/DQT Encode code.
!
When entering only numbers, the code is automatically
configured as the QT Tone.
!
When entering “D” as the first character of the code, the code is
automatically configured as the DQT code.
!
When entering the value, which is out of the range, it will be
automatically replaced with the highest value or the lowest value
in the range.
Range
TKR-750/751
100.00000 - 280.00000 MHz
TKR-850/851
327.00000 - 550.00000 MHz
(Common to all ranges)
Default
Blank
Range
TKR-750/751
100.00000 - 280.00000 MHz
TKR-850/851
327.00000 - 550.00000 MHz
(Common to all ranges)
Default
Blank
Range
QT
67.0 - 250.3 Hz
DQT Normal
D023N - D754N
DQT Inverse
D023I - D754I
Default
None
Range
QT
67.0 - 254.1 Hz
DQT Normal
D000N - D777N
DQT Inverse
D000I - D777I
In steps of
QT
0.1 Hz
DQT
1
Default
None
Summary of Contents for TKR-750
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