I've been toiling away on this idea for weeks now and finally got it working...for the most part. It still doesn't do exactly what I need it to do yet though and I was hoping someone here could give me a hand.
Basically it's a momentary-switch-actuated SPDT switch-actuator built from op amps. Engage the switch and OUT goes high while ~OUT goes low. Engage again and the outputs toggle.
What I really want is for it to essentially work like a T-flip-flop. One pulse to turn on, another to turn off (the pulse ultimately coming from an other momentary switch). Now I suppose I could just replace the existing momentary switch with a mosfet or some such, but I was hoping another op amp in the equation could do the trick (since I'm using LM324 quads anyway). Not sure how that would be done though.
Any ideas?
Basically it's a momentary-switch-actuated SPDT switch-actuator built from op amps. Engage the switch and OUT goes high while ~OUT goes low. Engage again and the outputs toggle.
What I really want is for it to essentially work like a T-flip-flop. One pulse to turn on, another to turn off (the pulse ultimately coming from an other momentary switch). Now I suppose I could just replace the existing momentary switch with a mosfet or some such, but I was hoping another op amp in the equation could do the trick (since I'm using LM324 quads anyway). Not sure how that would be done though.
Any ideas?