Marine Radio Static at Ralph Low blog

Marine Radio Static. A quick way to test for this is to tune your vhf radio to an unused channel, turn the squelch all the way down so that you can hear the receiver noise, and then turn the masthead lights on and off to see if you can hear them. On a vhf radio, the squelch allows you to reject unwanted static that would otherwise be broadcast through your speakers. The static voltage arcs across the gap between the shaft and the bearing creating radio noise. Then tune your radio to a quiet channel and listen to the noise level. Hello all, i am doing a little experimenting and am having problems with static/ noise on my marine radio. It improves safety by helping. Adjust the squelch setting accordingly until the static is gone. Replacing your spark plugs with resistor spark plugs and resistive ignition wire can silence ignition noise (check with the engine maker before changing plugs). The noise is created when static electricity is built up on the shaft due to its turning in the bearings. Now turn on one piece of equipment at a time, listening for increases in noise. Popping sounds heard on your radio is caused by your engine’s ignition system. This will allow you to turn the volume up and listen to people instead of static.

The noise is created when static electricity is built up on the shaft due to its turning in the bearings. Replacing your spark plugs with resistor spark plugs and resistive ignition wire can silence ignition noise (check with the engine maker before changing plugs). Adjust the squelch setting accordingly until the static is gone. The static voltage arcs across the gap between the shaft and the bearing creating radio noise. A quick way to test for this is to tune your vhf radio to an unused channel, turn the squelch all the way down so that you can hear the receiver noise, and then turn the masthead lights on and off to see if you can hear them. Hello all, i am doing a little experimenting and am having problems with static/ noise on my marine radio. Then tune your radio to a quiet channel and listen to the noise level. This will allow you to turn the volume up and listen to people instead of static. On a vhf radio, the squelch allows you to reject unwanted static that would otherwise be broadcast through your speakers. Popping sounds heard on your radio is caused by your engine’s ignition system.

M330G 25 Watt Marine VHF Radio with GPS White

Marine Radio Static A quick way to test for this is to tune your vhf radio to an unused channel, turn the squelch all the way down so that you can hear the receiver noise, and then turn the masthead lights on and off to see if you can hear them. A quick way to test for this is to tune your vhf radio to an unused channel, turn the squelch all the way down so that you can hear the receiver noise, and then turn the masthead lights on and off to see if you can hear them. The static voltage arcs across the gap between the shaft and the bearing creating radio noise. Adjust the squelch setting accordingly until the static is gone. Now turn on one piece of equipment at a time, listening for increases in noise. This will allow you to turn the volume up and listen to people instead of static. On a vhf radio, the squelch allows you to reject unwanted static that would otherwise be broadcast through your speakers. Popping sounds heard on your radio is caused by your engine’s ignition system. Then tune your radio to a quiet channel and listen to the noise level. It improves safety by helping. Hello all, i am doing a little experimenting and am having problems with static/ noise on my marine radio. Replacing your spark plugs with resistor spark plugs and resistive ignition wire can silence ignition noise (check with the engine maker before changing plugs). The noise is created when static electricity is built up on the shaft due to its turning in the bearings.