How too reduce the static noise in a 93T galaxy cb radio
SOURCE: Galaxy dx99v cb radio
I see no one has responded to your question. The reason may be that the information is a bit vague. The are a lot of reasons a radio won't receive. In the Galaxy 99, the mic doesn't have to be connected to receive a signal so that illimates the mic possibilities. I have found that in some of the Galaxys I have worked on, that the if section ( thats the section near the pll chip, has cold solder joints ( broken solder connections to the pc board ). You may want to look real close at the pc side of the board with a magnifing glass and see if you can find any electronic components ( resistors, transistors. etc ) loose. Good Luck
Ed
NC Electronic
Mills, Wyoming
SOURCE: GALAXY 88 HIGHT STATIC IN THE RECEIVE ..
Could also be off-frequency.
RX circuit mis-aligned.
(or, as always... snake in radio... worst problem of all :)
SOURCE: I need a users manual forthe Galaxy 33HML CB
Enter Galaxy DX33 HML manual (or user's manual) in your search bar, you should be able to pull up a pdf file on it. This is how I got my manual for my Galaxy 33DX HML radio.
SOURCE: HOW DO I INSTALL ROGER BEEP ON A GALAXY 33 CB
Does the roger beep come with instructions? It can vary between beep boards.
Typically it gets installed inline with the mic jack.
There is a wire or pin on the board where the tx wire, and the rx wires go.These wires get disconnected from the mic jack, then a wire goes to the tx pin. Then there is an audio wire that gets connected to the audio wire of the mic jack. Then the black wire to ground, and the red wire to switched 12v right off the power switch.
Here is a schematic of the board connected to the mic jack so you know what pin is what.
Again, I would need to know what roger beep board you would like to install.
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i read on fix ya once awhile back that ther is on the circuit broad a tunable circuit to lower the noise but not too much or should i use a shockskes diode
i read on fix ya that u could by turning somthing on the circuit broad
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