Hello Robert,
Thank you for the update. If you need additional support or circuit analysis let me know. If we can find a high speed op-amp which does the job, I am happy to do so.
Best,
Alec
Other Parts Discussed in Thread: OPA355 Hello this is seongmun kim nowaday, i am running to simulation about noise analysis. but example noise information in macro is not correct for analysis. can i share the inforamtion about noise component for OPA355,…
Part Number: OPA355 Other Parts Discussed in Thread: OPA340 Dear expert,
My customer is evaluating OPA355 in a schematic as below, OPA355 is enabled:
Here are the parameters. The input current is 10nA~1mA, generated by the photodiode after receiving…
Part Number: OPA355 Hello,
Now I am considering non inverting amplifier circuit (gain 2) using OPA355. Layout example is shown in figure 40 on OPA355 data sheet. "Noninverting input terminated in 50ohm" is recommended on figure 40.
I would like…
Part Number: OPA355-Q1 Other Parts Discussed in Thread: TINA-TI , OPA695
Hi,
We have used OPA355-Q1 Operational Amplifier in one of our project. Schematic is attached for your reference
When I give 100MHz Sine wave input with amplitude of 2Vpp, Operational…
Part Number: OPA356 Other Parts Discussed in Thread: OPA355 , Hello team,
On datasheet, it recommends to use 10uF ceramic bypass cap. is this a typo?
Isn't it supposed to be 10nF?
Best Regards, Kei Kuwahara
Part Number: OPA355-Q1 Other Parts Discussed in Thread: TINA-TI , Dear all,
My customer concern oscillation of this high speed amplifier with high load capacitance(around 1nF).
Could you teach us the appropriate way to coodinate phase margin?
Simulation…
Hello Maged,
Thank you for your patience. We reviewed your design and requirements, and have a few comments and suggestions.
Looked into the waveform generator, and it has a voltage output between 38mVpp to 0.65Vpp with a max frequency of 12.5MHz with…
The unit started producing negative voltages when I cut back on the flying capacitance. I have no explanation as to why the output was positive instead of negative with an extra uFd+ of capacitance.
The accuracy of the negative output voltage is a question…