Part Number: TLV2333 Other Parts Discussed in Thread: OPA397 , OPA396 , OPA392 , OPA391 , OPA320 , OPA196 , OPA191 Hi
My customer is using TLV2333.
The input differential voltage is 2V, but the graph below is expressed only up to 800mV. I want to know the input…
Part Number: OPA191 Other Parts Discussed in Thread: ADS1015 , OPA197 , OPA397 , OPA350 , OPA333 Hi,
I am looking for the headroom voltage value of OPA191. How can I find this value in the datasheet? Is it possible to find it out?
Thank you.
Part Number: OPA325 Other Parts Discussed in Thread: OPA397 , Hi there,
sometimes datasheets report several values for a single parameter acquired using different test conditions, e.g., the parameter is measured using different temperature ranges.
One expects…
One more comment to those who may come across this thread. What I initially failed to notice was that, according to docs, OPA392 maintains low I B (-20/+30fA) within V CM =±1.5V range (is it relative to V S /2 ?) and above V CM =1V I B+ goes through the roof…
I believe R2 is just a current limit for SD1 and has no specific design value. i.e no gain function.
My final circuit turns this into a peak detector. Turned it into a single supply by using the REF2041 as the 2.048V amplifier mid point reference and…
Hi Ohad,
The OP07 is a good, low-cost amplifier, but does have limited input and output range capability (input common mode needs to be 2 V higher than Vcc-). Depending on the input common-mode voltage, it may not work. Typically, for operation at 3.3…
Part Number: OPA392 Tool/software: Hi TI,
What would be the max Vin voltage in the scenario presented below, without using additional over-voltage protection diodes? In another words, what is the max current internal diodes can withstand? I was unable…
