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Thanks Allen, fun it can be done! (added some details!) its cold here but I did run the RTG for 24 hours no issues, stable and happy, its on the bench waiting a sensor install :) The MTT4B I haven't

Kelly, The amp normally used in the high power MTT4BT-40 is the Mitsubishi RA30H1317M. It has various versions, including the ...M-101 ( Metal case and ROHS certified) There is a tiny set of contacts

thank you valuable feedback as always! corrections made! and ha nice.. its not so much I feel... on inspection PCB had more heat soaking discoloration then I would expect from break-in, so that was

Kelly,? Good work! Just a couple of things I noticed: First, the little jack is just 2.5mm, not 2.55mm..No one without a micrometer is likely to be offended. This jack is also known as "Sub-mini" or

got some updates in and my first solder flowing on the PCB, so officially modded now! any feedback for errors or enhancement welcome! https://github.com/SpudGunMan/MicroTrak-MTT4B-mods

I have interfaced with Byon and Allen a lot over the years. I have enjoyed using their products, and as such, try to give back though whatever support I can. These message boards and user support are

page similar to the last https://github.com/SpudGunMan/MicroTrak-MTT4B-mods its me setting up the devices and documenting my progress to fill in areas I cant find clearly in official docs. hope you

yes multiple errors now I see updated the cds example, this should reflect as build correct?

On the diagram you show: R14 and R15 (left side below U2) are the voltage divider for Vin (BATTERY) which goes to pin 8. R12 and U6 (below that) are correctly identified as the temperature sensor.

For the EQNS of the voltage and temperature, the manual is the best document. For the photo sensor, you need to determine what the best way of presenting the data is. The tutorial I mentioned earlier

Nice thank you for definition! added to the GitHub for RTG I am working on, check out attached this was my layout and source of data.. which seems like its trust worthy? SW is SW and T is T correct?

Rob again appreciate all the info thank you, they should put you on payroll! please see attached can anyone confirm if the schematic's are also reversed like the screen prints? Rob you said The 1k

I am not sure if this info will make things better or worse. The newest RTG's ( made in the last few years and having an SMD PIC, have 20 pin devices. The older units use an 18 pin DIP PIC, so you

I just want technical documents that I cant find if you could show a document that details how to hook up sensors to all of your hardware it would be cool, as a customer of byonics its confusing

Me too, except I am confident we are looking at RTG. I am looking at the MicroTrak_RTG_FA_Manual_v1.8.pdf on Byonics.com. The schematic (pg 6) shows TELEM on pin 12, and CONFIG on pin 13 of the PIC

Again, I was creating this for a non-RF project and had complete control over the firmware. I had a simple 'peak detection circuit' on the mic output (resistor to ground, Diode, then Cap to ground).

I am so damned confused now... Allen AF6OF [email protected]> wrote:

thank you for feedback Rob! I am not trying to recreate the scats or identify RTGs' U1 beyond obvious, no one should be soldering to the U1 chip but the T-header pins.?I corrected the visual pins to

Sorry, not sure what I am looking at with the diagram. Is the chip the uP from a RTG? From the schematic, I get: TelmTemp is correct on pin 9, but you appear to be confusing TelmVolts with "audio IN"

thank you for info! very helpful.