Part Number: OPA836 I want to use OPA836IRUNT as a non-inverting amplifier with a gain of +1. I shorted Output (pin1) and inverting input (pin 2). What I should do with pin 6,7,8,9? Can I leave open these pins?
Part Number: OPA836 Other Parts Discussed in Thread: TINA-TI Hi Team,
i was reading our datasheet today but have some confusion with datasheet.
1. when used split power supply with both postive and negative power supply, how to push the OPA836 to power…
Part Number: OPA836 Other Parts Discussed in Thread: OPA837 , OPA2834 , OPA197 Hi team,
My customer is evaluating OPA836 in a water meter project. This project cares about the power consumption very much. Customer found OPA836's Ib is as below:
This…
Part Number: TDC1000 Other Parts Discussed in Thread: TUSS4470 , MSP430FR6043 , OPA836 Tool/software: Hi Dear,
I would like to use the TDC1000 for application in anemometer sensor,
I read that the frequency is between 31.25 kHz and 4 MHz.
I would like…
Part Number: OPA836 Other Parts Discussed in Thread: OPA659 Hello,
How to do a buffer with OPA836?
I attached my simulation, please take a look.
OPA836.TSC
The op-amp operates in single supply of 5V.
The input signal is DC to 60MHz, and the amplitude…
Part Number: OPA836 Other Parts Discussed in Thread: OPA830 , , OPA3832 Hi Team,
my customer is looking for VGA signal driver solution which meet VESA1.1 SPEC,
they are reference MAX4380 & ISL55033 now and asking if we have the similar device which can fit…
Part Number: OPA836 Hello,
Is there a matching spec for the integrated resistors? I understand that they are laser trimmed to +/- 1% accuracy, but want to confirm is the ratiometric matching is better than 1%.
Don
Part Number: OPA836 Hello team,
Hope you are doing well. Customer is inquiring about any potential issues with cleaning PCB mounted ICs in ultrasonic cleaner?
Specifically the following op- amps: OPA836IRUN OPA838SIDCK OPA695IDBV
Regards,
Randhir
Part Number: OPA835
Hello,
I am founding lot of problems calculating the phase margin of a circuit.
To measure the phase margin I am using this other circuit, dividing fb(s)/inm(s) at the output.
This is what the output look like, with the variable…