Greetings,

    The error of 110 Hz doesn't seem very significant but the 1,550 Hz error could cause some operational problems. Do the two different error levels relate to different shift directions?

    I recently programmed some channels into a UV-5R+ manually and read the memory bank back with Chirp. There was no error in the offsets as read by Chirp. However I cannot use menu 26 to check the offsets in Channel Mode as it always reports zero. I confirm the proper offset by using the reverse function which displays the shift but of course with 1 KHz limited resolution.

    My firmware version is BFB927. I wonder what firmware version you have? (Easy to determine by holding the #3 key pressed during power up.)

    I also wonder if there is a list of known problems with different firmware versions posted somewhere?

73
Tom
VA7TA




On 16-02-28 12:00 PM, chirp_users-request@intrepid.danplanet.com wrote:
Message: 16
Date: Sun, 28 Feb 2016 19:12:05 +0000 (UTC)
From: Adk Lover <progrock01@yahoo.com>
Subject: [chirp_users] offset precision
To: "chirp_users@intrepid.danplanet.com"
	<chirp_users@intrepid.danplanet.com>
Message-ID:
	<550474104.655095.1456686725490.JavaMail.yahoo@mail.yahoo.com>
Content-Type: text/plain; charset="utf-8"

Hi,I've just set up CHIRP and downloaded the memory channel list from my Baofeng UV-5RV2+.
I notice that the offsets on my saved channels are not exactly what I expected to see.

For the channels where I have set the offset to 000.600 in the radio, it's showing 0.601550 or 0.599890 in CHIRP.
For the channels where I have set the offset to 005.000 in the radio, it's showing 5.001550 or 4.999890 in CHIRP.
My question is, do I need to make any changes to these offset entries before writing the image back to the radio?? Should I fix the entries to show the exact frequencies that I entered in the radio, or are the shifted frequencies correct?
As a side note, I see that the default offset for channels that I have not set up are exactly 0.600000.
I'm afraid to write an image back to the radio that could cause a problem so I thought it would be best to check first.

Thanks.Ed



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Message: 17
Date: Sun, 28 Feb 2016 14:43:19 -0500
From: Jim Unroe <rock.unroe@gmail.com>
Subject: Re: [chirp_users] offset precision
To: Adk Lover <progrock01@yahoo.com>, 	Discussion of CHIRP
	<chirp_users@intrepid.danplanet.com>
Message-ID:
	<CADnO8U6VY1wigL7sj3gEvPQdfy9HMt+UOtq+w9FHF0cOGD68cA@mail.gmail.com>
Content-Type: text/plain; charset=UTF-8

On Sun, Feb 28, 2016 at 2:12 PM, Adk Lover via chirp_users
<chirp_users@intrepid.danplanet.com> wrote:
> Hi,
> I've just set up CHIRP and downloaded the memory channel list from my
> Baofeng UV-5RV2+.
>
> I notice that the offsets on my saved channels are not exactly what I
> expected to see.
>
> For the channels where I have set the offset to 000.600 in the radio, it's
> showing 0.601550 or 0.599890 in CHIRP.
>
> For the channels where I have set the offset to 005.000 in the radio, it's
> showing 5.001550 or 4.999890 in CHIRP.
>
> My question is, do I need to make any changes to these offset entries before
> writing the image back to the radio?  Should I fix the entries to show the
> exact frequencies that I entered in the radio, or are the shifted
> frequencies correct?
>
> As a side note, I see that the default offset for channels that I have not
> set up are exactly 0.600000.
>
> I'm afraid to write an image back to the radio that could cause a problem so
> I thought it would be best to check first.
>
> Thanks.
> Ed
>
CHIRP is showing you the frequency that has been manually programmed
into the radio. This is a bug in the radio when programming manually.

These radios don't use offsets in memory channels and in some firmware
versions the TX frequency is calculated incorrectly when using
"reverse mode" to determine the TX frequency.

If you want the manually programmed TX frequency to be correct, then
use to old method where you write the RX frequency to an empty
channel, then enter the TX frequency into the VFO yourself and write
it to the same channel.

If you correct this with CHIRP, then it will be correct in the radio.

Jim KC9HI


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