Hello.
I'm now stuck with how to adjust output voltage of given pulse delay generator.
Let's say the generator outputs 0 to 4 V single square signal with 10 us pulse width. Its raising time maybe within 200 ns.
4V is overkill to load so I need to reduce its amplitude to 1.5 V as recommended from load specification. I'd thought voltage divider is simple way for this job, however, I found that it may get some loading effect in which voltage applying to the load is different from my intention due to load impedance.
I've considered the linear voltage regulator but...Its response time to input voltage looks too slow compared to rising time above. I want to maintain the original rising time as much as possible with reducing voltage.
Is there a way to achieve this job?
I'm now stuck with how to adjust output voltage of given pulse delay generator.
Let's say the generator outputs 0 to 4 V single square signal with 10 us pulse width. Its raising time maybe within 200 ns.
4V is overkill to load so I need to reduce its amplitude to 1.5 V as recommended from load specification. I'd thought voltage divider is simple way for this job, however, I found that it may get some loading effect in which voltage applying to the load is different from my intention due to load impedance.
I've considered the linear voltage regulator but...Its response time to input voltage looks too slow compared to rising time above. I want to maintain the original rising time as much as possible with reducing voltage.
Is there a way to achieve this job?