This is a simple circuit intended to replace any dual op-amp in dip 8 pkg.
Short question is , is there any tendency on this part (ADA4177-4) to self oscillate? Probably not but wanted to ask.
I have a new layout that is self oscillating…
The OP4177 is verrrrrry old; Why not use one of the newer generation parts with built in
over voltage protection, such as the ADA4077-4 or the ADA4177-4??
We have purchased ADA4177 IC from Element14 , QTY 1000 for company requirement.But frequent failure observed for same IC in our PCB where we are using IC ADA4177 (at location U3 only, though U11 is also same IC). We have done failure part analysis at…
Can I use the opamp ADA4177-2 in single supply operation?
It is specified for +/- 15V.
Can I apply 28V dc to positive supply rail V+ and ground V-
I plan to bias the input to the chip at 14V dc.
You could also consider more modern version of OP4177, the just-released ADA4177-4,
ADA4177-4 datasheet and product info | OVP and EMI Protected, Precision, Low Noise and Bias Current Op Amp | High Supply…
which includes over voltage…
Thank you for your answer.
We weill confirm ADA4177.
I would expect it to be very small since the ADA4522 is a zero drift amplifier that uses a chopper architecture which continuously self correct any dc error over time and temperature. Let me check it to the product owner if they have actual data…
Recently, I received sample IC ADA4177-4ARZ from Analog devices. When I just given +15V and -15V supply at pin 4 and 11 respectively, without giving any input and also no output connection, the IC started heating too much. My project requires +15 to -15V…
Can we evaluate OVP function in LTSPICE?
Because below result don't coincide on Datasheets' .
Thank you very much.
Thanks. Yes, I found the ADA4096-2 and the ADA4177-2. The ADA4177-2 has lower input bias current but the packages are larger than the ADA4096-2 in LFCSP.
The OVP feature prevents damage in my example but I'm not sure whether operating within the OVP window…