This one is a nice pro looking pcb. I'm trying it on a chip from a
Phoenix SX.
Strange...may be that something went bad the first time I tried.
Building a quick IRLP simplex interface and what are the current
synthesized 440 radios you guys are using?
Thanks,
Rick
I know this is comparing apples to oranges, but I have a programmer
from RF Guys for the Standard HX240 series handhelds, and it works
like a champ. Are you using an old enough computer(slow enough for
the programmer)? Sometimes that is a big issue with older equipment.
Sorry I can't offer more
One of the easist to interface might be the new Alinco series radio. It
has a connector on the back that brings out all the leads you might need
for interfacing. You will not have to dig into the radio. Also
available in 222Mhz and 2 meters.
73, Joe, K1ike
w7vtm wrote:
Building a quick
Building a quick IRLP simplex interface and what are the current
synthesized 440 radios you guys are using?
Thanks,
Rick
Rick I am using a GE Pheonix on my VHF system and it works great and
they are cheap. I have the power turned down to about 15 watts going into
an 11 element yagi. I
Where is j4 and j5 on the rlc-1 board ? I am trying to change cor .
Thanks,
Dennis
Eric,
thanks for the info
John
Eric Lemmon wrote:
John,
Have you contacted Polaris Tech Support for assistance in using their
product? The fellow I spoke with was extremely knowledgeable about my
issue, and he solved the problem in just a few minutes on the phone. It's
worth a try...
73,
Dennis,
J4 is about one inch behind the MAIN port, and two inches from the right
edge of the board, the side with the six pots in a row. J5 is about one
inch behind the LINK port, and about 3.5 inches from the right edge of the
board. The jumper designations are clearly marked on the two RLC-1
Yes, some of the MSR-2000 power supplies also have battery
type selection mode (switching).
I understand from reading a MSR-2000 manual, the power supply
can be set for Nicad or Lead-acid batteries.
I was mostly interested in a battery cut-off circuit, so the
power supply doesn't over
I have read several Phoenix chips and have programmed
for several here on the list, with varied results. I
don't have a Phoenix to check out myself, but several
of the chips I programmed worked and some did not. I
programmed two for one fellow here on the list and one
worked for him and one did
The radios recommended on the IRLP site are Moto GM300, Maxtrac, or M120
with the 16-pin options connector, GE Phoenix S or SX, or Alinco DR435T
(135T for 2-meters).
George, KA3HSW / WQGJ413
- Original Message -
From: w7vtm [EMAIL PROTECTED]
To: Repeater-Builder@yahoogroups.com
Travis,
The Motorola Reference Manual describes the B61LPY-3100DT as a Repeater (RT)
Station for the 25-50 MHz band. It is rated as 100 watts continuous duty,
with Private-Line squelch and DC remote control. The service manual for the
station is 6881003E65 which, unfortunately, is long out of
Thanks for the responses. The Alinco looks to be the fastest way to
get this up and running. I like the idea of that DB-9 connector on
the rear of the radio.
73's
Rick - W7VTM
--- In Repeater-Builder@yahoogroups.com, George Henry [EMAIL PROTECTED]
wrote:
The radios recommended on the
One comment on using the Alinco radios. A buddy ran
one on EchoLink and had some cooling issues. He wound
up putting a muffin fan near the radio, and then had a
hum issue due to coupling to the fan motor. So plan
your install carefully with respect to cooling, and
take care not to get into the
I have a friend who has acquired and MSF5000 repeater and it is
currently programmed for low split UHF, but we are wondering what
frequency range will operate in.
Inside on the back is what looks like a motorola part number, which is
C44CXB7106BT, can anyone out there tell me what frequency
At 12/15/2007 10:55, you wrote:
Thanks for the responses. The Alinco looks to be the fastest way to
get this up and running. I like the idea of that DB-9 connector on
the rear of the radio.
73's
Rick - W7VTM
The Alinco 435T may be easy to set up, but the quality of the radio is
lacking. The
I also use a phoenix-SX UHF on an echolink setup. I like the phoenix because
it has all the necessary signals on the rear connector and they are
inexpensive. You don't have to tap inside the radio. The Moto Maxtrac
GM300 are also handy if you get the 16 pin rear accessory connector variant.
Eric,
The C44CXB7106BT model number breaks down as follows:
C = Compa-Station
4 = 40 watt output power
4 = 406-512 MHz Range (but, see below)
CX = MSF Digital Capable
B = 120 VAC Primary Voltage
7 = Programmable Squelch
1 = 25 kHz Channel Spacing
0 = N/A, always zero
6 = Tone Remote Control
B =
Many thanks Eric.
Eric,
VA3EAM
Eric Lemmon wrote:
Eric,
The C44CXB7106BT model number breaks down as follows:
C = Compa-Station
4 = 40 watt output power
4 = 406-512 MHz Range (but, see below)
CX = MSF Digital Capable
B = 120 VAC Primary Voltage
7 = Programmable Squelch
1 = 25 kHz Channel
Looking to Trade My Motorola Astro Saber II UHF P25 Astro IMBE With ,
Antenna , Battery , Charger , Pocket Charger , BeltClip , Speaker Mic ,
For a Uniden BC-796D Scanner with Digital Card . I can Program the
Astro Saber II For HAM Radio Use or GMRS/FRS Frequencies . Any
Questions Please Ask .
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