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Build and experiment with the Motorola BJT Amp discussed on my LinkedIn profile back in November and December.
Download the KiCad files for free from my Github repo:
https://github.com/ufelectronics/classAB-motorola-PCB-layout
If you missed it, I once shared the KiCad file for simulating the Motorola AN-484A transistor amplifier.
Now I’m sharing the KiCad files for making a PCB yourself.
* Integration of variable resistors (trimpots) – Make optimizations during testing – Faster results.
* Plenty of space around the components – Easier to measure at various points during testing.
* Through‑hole design, which makes it less demanding to build and therefore experiment‑ and beginner‑friendly.
* Schematic-Synchronized PCB Design – PCB design as it looks in the schematic, for easy mental switching.
This should guarantee easy experimentation, a fast outcome and way more fun. – An experience you’ll never forget!
Use female pin headers at critical places instead of soldering the components directly onto the board. – This makes changes even easier and faster.
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Build and experiment with the Motorola BJT Amp discussed on my LinkedIn profile back in November and December.
Download the KiCad files for free from my Github repo:
https://github.com/ufelectronics/classAB-motorola-PCB-layout
If you missed it, I once shared the KiCad file for simulating the Motorola AN-484A transistor amplifier.
Now I’m sharing the KiCad files for making a PCB yourself.
The PCB includes:
* Integration of variable resistors (trimpots) – Make optimizations during testing – Faster results.
* Plenty of space around the components – Easier to measure at various points during testing.
* Through‑hole design, which makes it less demanding to build and therefore experiment‑ and beginner‑friendly.
* Schematic-Synchronized PCB Design – PCB design as it looks in the schematic, for easy mental switching.
This should guarantee easy experimentation, a fast outcome and way more fun. – An experience you’ll never forget!
PRO TIP:
Use female pin headers at critical places instead of soldering the components directly onto the board. – This makes changes even easier and faster.