Good luck. Let us know how it goes.

Just got an e-mail from my friend. He tested the switches in his Observatory and all went well.

No interference in his images from his high speed cameras

Now I can get into production

 

Now I can get into production

Very nice, thanks for reporting.

On building, I've usually found that I regret building any more than absolutely required at the moment. This is because I learn as I go and I inevitably think of improvements of one type or another and cannot justify fixing any units already completed. Just my 2¢.

 

Very nice, thanks for reporting.

On building, I've usually found that I regret building any more than absolutely required at the moment. This is because I learn as I go and I inevitably think of improvements of one type or another and cannot justify fixing any units already completed. Just my 2¢.

Hi Wayneh,

I was just joking with that of going into production.

We are a bunch of Astronomers here in Mexico and I think I will not need to make more then a handfull fo these switches

I agree with making PCB boards in huge quentities and then you find a better way for positioning the devices and possibly make it smaller.

Look at the attachment 4 connectors with the possibility to even make it narrower by just positioning the APM3095P MOSFET vertically.

Also I guess the traces look cleaner now then the first ones I made.

Another improvement can be to use a TLP521-4 optocoupler or any other one. As I haVe many spare single TLP521-1 I made it like that. Now if a friend just want 1 switch I can split that up into single small ones using the preperforated phenolic plates with copper holes.