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brian
brian
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Will this cause any significant issues in delay or performance? Intuitively, I think the addition of a big switch on the trace will add additional inductance/capacitance, but is there a way I can better estimate the effects?

For reference, the transition and propagation time from the gate is ~10ns. Given my circuit is fairly sensitive to delays, would I be better off using 0 ohm resistors and solder/de-solder every time I want to switch?

Edit: Added schematic.

Will this cause any significant issues in delay or performance? Intuitively, I think the addition of a big switch on the trace will add additional inductance/capacitance, but is there a way I can better estimate the effects?

For reference, the transition and propagation time from the gate is ~10ns. Given my circuit is fairly sensitive to delays, would I be better off using 0 ohm resistors and solder/de-solder every time I want to switch?

Will this cause any significant issues in delay or performance? Intuitively, I think the addition of a big switch on the trace will add additional inductance/capacitance, but is there a way I can better estimate the effects?

For reference, the transition and propagation time from the gate is ~10ns. Given my circuit is fairly sensitive to delays, would I be better off using 0 ohm resistors and solder/de-solder every time I want to switch?

Edit: Added schematic.

Source Link
brian
brian
  • 49
  • 5

Using a mechanical switch on output of SR latch / OR gate?

Will this cause any significant issues in delay or performance? Intuitively, I think the addition of a big switch on the trace will add additional inductance/capacitance, but is there a way I can better estimate the effects?

For reference, the transition and propagation time from the gate is ~10ns. Given my circuit is fairly sensitive to delays, would I be better off using 0 ohm resistors and solder/de-solder every time I want to switch?