[EMAIL PROTECTED] wrote:
Really! I noticed some decay problems with an RLC-MOT we have on an SCom
7k. I've always attributed it to COS line propagation delay in the
controller, but perhaps the 2.2 µF cap is the major culprit. We solved the
problem by using the onboard audio gating,
At 1/26/2007 16:09, you wrote:
The only thing I can say is try one for yourself. If you don't want to
spend the $50 or so on the Link-Comm unit (cheap in my opinion), you can
adapt a Micor audio/squelch board into a Mastr II, or get a chip off of a
board and build one of these circuits
[EMAIL PROTECTED] wrote:
At 1/26/2007 16:09, you wrote:
The only thing I can say is try one for yourself. If you don't want to
spend the $50 or so on the Link-Comm unit (cheap in my opinion), you can
adapt a Micor audio/squelch board into a Mastr II, or get a chip off of a
board and
Bob Wrote:
FWIW, I never use pin 10 at all;
Kevin wrote:
I try to use that pin when I can, and prefer it over the open emitter
shunt switches.
Incidentally, the Link-Comm board uses the 2.2 uF cap / pin 10
combination to drive the COR output...
FWIW
Kevin
At 1/27/2007 18:37, you wrote:
the circuit I've been using is at
http://www.tasma.org/micorsq.pnghttp://www.tasma.org/micorsq.png.
I see some potentially major problems with the TASMA circuit, as it is not
a replica of the OEM Motorola circuitry; like the one I provided.
That circuit is
At 1/27/2007 19:18, you wrote:
Bob Wrote:
FWIW, I never use pin 10 at all;
Kevin wrote:
I try to use that pin when I can, and prefer it over the open emitter
shunt switches.
Incidentally, the Link-Comm board uses the 2.2 uF cap / pin 10
combination to drive the COR output...
FWIW
Hi Nate,
Comments threaded...
Kevin wrote:
After you get frustrated with trying the above grin do this:
http://www.link-comm.com/controllers/accessories/rlcmot/rlc-mot.htm
Nate Duehr wrote:
Kevin,
Any good notes on how to specifically install one of these into a GE MASTR II floating
At 1/23/2007 13:22, you wrote:
We are using a GE Master II with an RLC Club controller for our 444.600
repeater. On weak signals the repeater chops words. I have determined
this is due to very fast action of the CAS turning the controller audio
off and on. Looking at the schematic, U603 has
We are using a GE Master II with an RLC Club controller for our 444.600
repeater. On weak signals the repeater chops words. I have determined
this is due to very fast action of the CAS turning the controller audio
off and on. Looking at the schematic, U603 has internal fast and slow
modes.
On 1/23/07, wa5luy [EMAIL PROTECTED] wrote:
We are using a GE Master II with an RLC Club controller for our 444.600
repeater. On weak signals the repeater chops words. I have determined
this is due to very fast action of the CAS turning the controller audio
off and on. Looking at the
wa5luy wrote:
We are using a GE Master II with an RLC Club controller for our 444.600
repeater. On weak signals the repeater chops words. I have determined
this is due to very fast action of the CAS turning the controller audio
off and on. Looking at the schematic, U603 has internal fast
On 1/23/07, Kevin Custer [EMAIL PROTECTED] wrote:
anyone know how to slow down or improve the squelch action?
http://www.repeater-builder.com/ge/mastrIIsquelchmod.html
After you get frustrated with trying the above grin do this:
There is an article on the Repeater Builder web site about improving the
stock Mastr II squelch.
http://www.repeater-builder.com/ge/mastrIIsquelchmod.html
-Sean
We are using a GE Mastr II with an RLC Club controller for our 444.600
repeater. On weak signals the repeater chops words. I have
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