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Discussed a lot, but you didn't say you at least measured in AC mode. I get a decent value that way. I think I posted it earlier. Good luck. Bo W4GHV On Thursday, June 30, 2016, I Hulm

Got it - thanks.Something new to learn....... Ivan - WC2S To: SoftwareControlledHamRadio@... Sent: Thursday, June 30, 2016 4:52 PM Subject: Re: [SoftwareControlledHamRadio] Re: Pilot

Thanks DuWayne. That bit of code cured the CW/CCW rotation problem. Problem is that the encoder still stops tuning after a few rotations. Don / N5DM

What AB1BR said....your meter is reading DC voltage and you need to read AC at RF. I'm on my phone, so it's tough to pass on links, but Google "RF probe"....you can build one pretty easily for only a

I measured 3.39V on pin 11 of U3 and 3.41V on pin 10 of U3. I uncranked R1 until I could hear/feel the click. An RF probe? That too is absent from my shack. Thanks Ivan - WC2S

Ivan, if you do not have a scope to measure RF signals, you will need an RF probe to measure RMS or AVG volts in AC mode with, preferably a VTVM, or DMV. Also, make sure R1 is not bottomed out and

Reverse the leads from the encoder to reverse the tuning. Dave, W0DF

Try changing from Rotary r = Rotary(2, 3); // Create encoder object and set the pins the rotary encoder uses. to Rotary r = Rotary(3,2); // Create encoder object and set the pins the rotary encoder

On Thu, Jun 30, 2016 at 4:27 PM, donmay2@... [SoftwareControlledHamRadio] <SoftwareControlledHamRadio@...> wrote: Swap the leads? 73 de Lee -- Lee Hiers, AA4GA www.aa4ga.com Submit

Finally got the DDS VFO software sketch to work (changed sketch line LiquidCrystal_I2C to reflect LCD serial address 0x3F). VFO is now outputting a strong, clean 7 MHz sine to scope. Problem: I now

Measured it directly from J3 (and J2) with my DVM. Again, I do not have a scope. Think a different DDS might be in order? Ivan - WC2S

How are you measuring voltage? I have heard of bad DDS modules.... 73 de Lee -- Lee Hiers, AA4GA www.aa4ga.com SoftwareControlledHamRadio@...> wrote:

I know it should be 1-4 volts on J3, but I am seeing only in the sub millivolt range and no difference between that seen on J3 or J2. For what it is worth, when I had the transistors out, I checked

What kind of voltage are you seeing on J3. It should be at least 1V p2p. You can also put a scope on it if you have one. Jack, W8TEE To: SoftwareControlledHamRadio@... Sent: Wednesday,

Hope everyone had fun at field day. I spent part of it replacing the two transistors on the VFO board. Unfortunately, still no output at J3 - spent a lot of time fiddling with R1 too. Has anyone had a

I hope you have read the forum posts about the problems with the 360 mini regulator... It's most likely not faulty! You just have to turn it hard to get the wiper past the component next to it... I

Glad you are liking the voltmeter mod. There is a little back story to it. Looking over the schematic of the VFO I noted the R7, R8, C7 components. Looked like a voltage divider to me. Scanned the

Hi! Thank you Hank for a great contribution to this group. I have mine up and running with the voltmeter mod. I renamed the vfo_source_rev_6volt.ino file without the " _ " underscore in order to be

Great info and can't wait to hear how much things change when you add the VFO capability. It will make a huge difference! Jack, W8TEE To: SoftwareControlledHamRadio@... Sent: Sunday, June

Well Jack, until I read my March 2016 issue of QST and the article on the 49-er, I had never heard of this radio and I have been a QRP enthusiast ever since I built my Heathkit HW-8! I immediately