Hello all,
This last summer, Inge from Lasertech (www.lasertech.no) asked me if I'd test a circuit board for him, this being basically the same thing as you have here. He had the main circuit designed and had a basic layout drawn up with the pad2pad software. He wanted me to check out the design, test it, and make any necessary changes. He insisted that it was a good idea and wanted me to get on it as fast as possible, but I was in a different mode and didn't get on this quick enough. I had the board started, but before I had it done he emailed me telling me that we were too late because someone else had already put a shutter circuit on this forum. So no, we are not too late, I cannot let his idea just die, it would not be fair to him. So I have to apologize to Inge for my delay in getting this going for him and also to DZ for coming up with this shutter circuit now, after he has put his circuit on the forum.
I'm not sure of what to do here exactly. I'm kind of a middleman working for Inge, so I'll probably let him figure out how to handle this. I was originally planning on distributing this shutter circuit for him here in the US since he is in Norway.
I'm posting the picture of the prototype board, handwired and tested (with the help of Homer). This circuit works fine with my AlphaliteXC Pro board and also the RIYA Multibus system. The rotary solenoid I'm testing this with uses 12 volts, the relay that controls it uses 5 volts. Inge sent me several of these from Norway for testing. The board has a switch for 5 or 12 volt solenoids, and since the printed circuit board is not drawn up yet, I can redesign it, add the capability of running higher voltage solenoids if that would help, I really don't know what is needed. I like leds for an easy visual check of the board, so there is an led for input power, the 5 volt regulator output, the 12 volt regulator output, and the TTL input signal. Another led lights up if the input signal is wired backwards. This board has, at the moment, an RCA jack for the shutter signal input, and a terminal block for the solenoid output. It also has a standard 5.5mm power jack for use with basically any wall adapter with enough voltage for the main solenoid- 5, 12, 24 volts DC or AC.
Sorry, this is the only picture I have at the moment.


Reply With Quote

.
