How to fix Icom IC-Q7E frequency when it cannot be set?
If you cannot set the frequency on your Icom Transceiver, the lock function may be activated. Push [FUNC] + [(CALL)LOCK] to cancel the function. Alternatively, channel indication mode may be selected; turn the channel indication mode OFF in set mode.
How to fix Icom IC-Q7E Transceiver when no power comes on?
If your Icom Transceiver does not power on, the batteries may be exhausted. Replace them. Also, verify that the battery polarity is correct.
Why is transmitting impossible on my Icom IC-Q7E Transceiver?
If transmitting is impossible on your Icom Transceiver, the batteries may be exhausted. Replace the batteries. Also, check if a frequency outside of the 144/400 MHz amateur band is set; if so, reset the frequency inside the 144/400 MHz amateur band.
What to do if no sound comes from the Icom IC-Q7E Transceiver speaker?
If no sound is coming from the speaker of your Icom Transceiver, first check that the volume level is not too low by pushing [VOLY] to a suitable level. Also, if using tone squelch, a different tone may be selected. Check the tone using tone scan.
What to do if desired set mode item cannot be selected on Icom IC-Q7E Transceiver?
If the desired set mode item cannot be selected on your Icom Transceiver, it may be in expanded set mode. Turn the expanded set mode ON. Also, some set mode items can be selected from VFO or memory mode only. Enter set mode from the appropriate operating mode.
Why does my Icom IC-Q7E Transceiver make no beeps?
If no beeps sound on your Icom Transceiver, the beep tones may be turned OFF. Turn beep tones ON in set mode.
What to do if dial select step cannot be used on Icom Transceiver?
If the dial select step cannot be used on your Icom Transceiver, the RIT function may be activated. Push [FUNC] + [BAND] to cancel the function.
General| Modulation | FM |
|---|---|
| Power Output | 5W |
| Supply voltage | 7.2 V DC |
| Battery | 7.2 V |
| Receiver Sensitivity | 0.16 μV (12 dB SINAD) |
| Channel spacing | 5 kHz, 10 kHz |
| Mode | FM |
Receiver sensitivity values for various frequency bands and modes.
Internal components and layout of the Logic Unit board.
Internal components and layout of the RF Unit board.
Steps to remove the rear panel of the transceiver.
Steps to remove the Logic Unit from the transceiver.
Steps to remove the RF Unit from the transceiver.
Details various receiver circuits including antenna switching, duplexer, and mixer stages.
Describes 1st/2nd IF stages and demodulation for FM, WFM, AM.
Details the amplification of audio signals for speaker output.
Covers microphone amplification, modulation, and PLL circuits.
Details the Phase-Locked Loop circuits for frequency stability.
Explains VCO circuits and voltage supply lines.
Details the function of each CPU port on the Logic Unit.
Lists required test equipment and data for adjustments.
Steps to enter the transceiver's adjustment mode.
Illustrates test equipment connections for adjustments.
Details modifications for the cloning cable.
Procedures for adjusting VCO lock voltages and reference frequency.
Steps to adjust receiver sensitivity for VHF and UHF.
Steps to adjust the S-meter reading based on signal input.
Adjusts FM deviation for VHF and UHF transmitter outputs.
Adjusts tone call deviation for VHF and UHF.
Adjusts CTCSS deviation for VHF and UHF.
Lists electronic components for the Logic Unit board.
Lists electronic components for the RF Unit board.
Lists chassis parts and accessories for the transceiver.
Lists mechanical parts for the Logic Unit assembly.
Lists mechanical parts for the RF Unit assembly.
Diagrams and symbols for transistors and FETs used in the transceiver.
Diagrams and symbols for diodes used in the transceiver.
Top view of the Logic Unit board with component placement.
Bottom view of the Logic Unit board with component placement.
Top view of the RF Unit board with component placement.
Bottom view of the RF Unit board with component placement.
High-level block diagram showing major functional units and signal flow.
Detailed voltage diagram for the Logic Unit.
Detailed voltage diagram for the RF Unit.
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