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5 ANALOG function
Transmit and Receive (Transmit Power)
Type
Description
Operating the transceiver
Note
Configuration using FPU
Transmit and Receive (Channel Spacing)
Type
Description
Operating the transceiver
Note
Configuration using FPU
Configuring Audio Profile (Digital Audio Offset)
Type
Description
Operating the transceiver
Note
Configuration using FPU
Viewing the Receive History (Stack) (Retain Stacked Message)
Type
Description
Operating the transceiver
Note
Configuration using FPU
The function to store IDs of callers in the stack memory (Caller ID Stack)
Type
Description
Operating the transceiver
Note
Configuration using FPU
'■ Standard model
■ Basic model
The description of this feature is the same as the feature with the same name in the DMR function.
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'■ Standard model
■ Basic model
Channel Spacing is the channel spacing used by the transceiver to transmit and receive.
Channel spacing is the spacing of frequencies between adjacent channels.
In an Analog Conventional system, 25.0 kHz, 20.0 kHz, or 12.5 kHz can be configured for the channel spacing
on each channel.
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In KPG-D6N, 25.0 kHz cannot be configured if a receive frequency or a transmit frequency is configured in the
following ranges:
VHF: above 149.98750 MHz and less than 174.01250 MHz
UHF: above 420.98750 MHz and less than 470.01250 MHz
However, if only a receive frequency is configured, 25.0 kHz can be configured for Channel Spacing regardless
of these frequency ranges.
RX Frequency, TX Frequency :
Edit > Zone Information > Channel Edit > General
Channel Spacing :
Edit > Zone Information > Channel Edit > Analog
'■ Standard model
■ Basic model
The description of this feature is the same as the feature with the same name in the DMR function.
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Digital Audio Offset : Edit > Optional Features > Optional Features 1 > Common 1 > Microphone Sense
'■ Standard model
□ Basic model
The description of this feature is the same as the feature with the same name in the DMR function.
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'■ Standard model
□ Basic model
The description of this feature is the same as the feature with the same name in the DMR function.
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102
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