I still see that this glitch is absolutely negligible. You can never get 100% glitch-free circuits I think. If you use this to control a current source or something, I don't think it'll introduce a problem, it's very small compared to the output level.
My advice is try to use this circuit in its place and see the effect of those glitches.
This latch controls current cell.
If clk frquency is high, the current will vary with latch.
The current like charge current.
How do i measure the current?
Thank you.
This latch controls current cell.
If clk frquency is high, the current will vary with latch.
The current like charge current.
How do i measure the current?
Thank you.
I think what u mean "glitch" is due to ur cross point of the two switchs which are used to switch current cell of ur dac, the glitch is "glitch of current" not " glitch of voltage", right?
hi...
Ypu can reduce the voltage glitches by using the large capacitors. This glitch that you are opserving will always be there i case it is because of coupling between the gate and drain. To reduce its effect you can add very high capacitor at the output but this will effects your delay and the slope.
hi...
Ypu can reduce the voltage glitches by using the large capacitors. This glitch that you are opserving will always be there i case it is because of coupling between the gate and drain. To reduce its effect you can add very high capacitor at the output but this will effects your delay and the slope.