It is in the works.
Tell me what you want it to do. I have my ideas but I also want yours.
So far a 4 x 20 Back lit LCD Display that can display Frequency, Current, Duty Cycle and Gating. I could go
with a graphic display, but that adds about $20 to the cost plus programming time. The graphic display would
allow display of actual waveforms.
The user controls can do whatever I program them to do. The turn knobs are rotary encoders as well
as momentary push button switches. Pushing a knob in can toggle various modes and programming options.
So tell me the features that you think will be most beneficial and practical. Don't worry I won't laugh at anyone.
Please don't ask for a USB interface for a PC because I cannot afford the time to write a Windows App.
If there is enough interest and I can keep the cost reasonable, I will consider building and selling a few of these.
Otherwise I will have the only one.
Goeytex
Right now I am working with the attiny2313 and Nokia LCD. I have also considered the serial LCD from all electronics to be benifentual. The problem i am facing right now is there really isn't a good way to program the attiny's, We use to use the fun card programmer which was a small chip you could make in about 10 min's that only required 3 resistors and a parallel port connector. And a zif socket to release the avr. What I do not know about the attiny2313 is it must be programmed serially unless you use pony prog, and i do not like pony prog. The programming hardware alone runs about 20 bucks but you still have to have your target avr clocked externally.
This is why i've been spending time writing new user friendly software in visual basic. I don't like avr dude. I have currently been working with mscomm in vb. It does not look easy at all, its very time consuming. Perhaps i will give in and use pony prog, but i am unsure of how the fuses work. I dont want locked out because that would cost 10 bucks a mistake.
As of right now, I'm still learning how to activate the avr's internal clock to delete the use of the externall one, since the internal clock comes from the factory working if you know how to turn it on.
What microcontroller are you using, the pic?