Part Number: LM7171 Hi all, I'm looking at the LM7171A and need some clarification from the datasheet.
I suspect that there is a difference between the A and B version of the LM7171 (regarding the input offset voltage drift). If you take the specification…
Part Number: LM7171 Other Parts Discussed in Thread: LM7705 , TLV3541 , OPA365 I suppose this is a more broad question about operating dual supply OPAMPS with a single supply. I have a signal from a current transformer of 1MHz frequency and 3V peak value…
Part Number: LM7171
Dear Team,
I am using LM7171 as a clock distributor in my circuit. It is working at +15V and -15V the output from this Opamp is going to the clock input pin of my ASIC.
when the clock amplitude is 3.6V ,I am seeing a glitching…
Part Number: LM7171
Could you please tell me why the OPAMP LM7171 output is ringing . 1) Input is 3.3V pulse with 100MHZ Switching Speed. 2) Gain is 5. 3) Expected Output is 12V ( But output is just 10V ) Please find the simulation screenshot here…
Sure Najeeb, just do an inverting attenuator - also
It seems the Webench tools pick the LM7171 for a lot of solutions, not the best part necessarily for new designs. List your requirements for a better option.
There are an A and B version in the TINA V11 library, original national models - looks like the B is downgraded DC specs. less expensive, this is a slew enhance input stage VFA device - quite a few coming out in that late 1990's time frame - great slew…
Part Number: LM7171 Dear Team,
I am using LM7171 as a clock driver . Clock input will be coming from the Function Generator. Function Generator output will be set at 50 Ohm.
The out is coming from Function generator via a SMA cable and the cable will…
Part Number: LM7171 Hi team,
Could you please clarify the absolute maximum rating for each input pin of LM7171?
It is necessary to design the input protection for LM7171. Furthermore, if you could suggest the recommendable schematic to protect LM7171…
Part Number: LM7171 Hi team,
Are there any solution, especially the external compensation circuit for the input bias current of LM7171 in order to minimize DC error caused with the input bias current?
Best regards, Iwata Etsuji
Part Number: LM7171 Hi team,
I know that LM7171 can work stable @gain=2 or -1, but my customer need gain=1, so they can`t change the gain, so is there any circuit which can make LM7171 work stable@gain=1?
Or any compensation way can make LM7171 work…
