Part Number: OPA2171 Tool/software: Hi, I would like to confirm whether OPA2171 accept constant saturation condition for output stage or not. If needed, I can share block diagram but, I would like to share it privately. At first, I need comment about…
Part Number: OPA2171 Tool/software: hi team，
customer want to know the tolerance of 0.65mm pitch and1.27mm pitch as below.
do we have some info to confirm the pitch range here? tks for the checking.
Part Number: OPA2171-Q1 Other Parts Discussed in Thread: OPA171
Tool/software:
Hi Team,
Please help to review OPA2171-Q1 schematic, thanks.
The differential input full-scale voltage will be approximately ±1.25 V, output range would be 0~5V
Part Number: OPA2171 Other Parts Discussed in Thread: OPA2991 , TINA-TI Team,
My customer finds one OPA2171 output vibrate issue, due to phase margin(Rout=30Ohm, C=1000pF):
We look into other competitor's D/S, when R=50Ohm, C_Load higher than…
Part Number: OPA2171 Other Parts Discussed in Thread: OPA2607 , OPA2991 , OPA2992 , OPA2990 Hi team,
Customer use OPA2171 to sample the primary current in LLC topology.
They use to parallel LLC to extend the power, and OPA2171 is used to sample two…
Part Number: OPA2171-EP Other Parts Discussed in Thread: OPA2170 , , OPA2171 , OPA2990 , TLV9302 Hi All,
We are trying to find a P2P solution for OPA2170, and we notice that OPA2171-EP is an option. I would like to know the main difference between OPA2171…
Part Number: OPA2171 Other Parts Discussed in Thread: OPA2991 Hi Team,
There is a question from my customer need your help.
If the Supply voltage of OPA2171 is not applied, but the input of signal apply with a voltage ranged from Vcc - 0.5 to Vcc…
Part Number: OPA2171 Other Parts Discussed in Thread: LMH6321 , , OPA551
Hi TI Technical Support Team,
I am aiming to design a circuit that will be used to test for example battery. The circuit will apply +/-5V and also be capable of delivering +…
Part Number: OPA2171 Dear all,
My friend in Meanwell is using the OPA2171 a lots at their existing project.
they want to know what is the bottleneck to limit or influence the AOL (open loop gain) ?
is it caused by the Ca & Cb at function block diagram…
