Part Number: TLV171-Q1 I am reviewing TLV171QDBVRQ1.
i have some questions about these IC.
1. in datasheet, Tp and Tt time wasn't given.
when i calculate the propagation time, I will use Tp and Tt for calculation.
so, can i know the these values…
Part Number: TLV171-Q1 Other Parts Discussed in Thread: TEST , OPA171-Q1 , Hi, team
Is there any comparison test for immunity with OPA171-Q1 ?
Customer wishes lower cost solution with TLV171-Q1 but wondering if it has weaker for immunity performance.
( TEM…
Part Number: TLV171-Q1 Other Parts Discussed in Thread: TLV171 , LM2904B-Q1 , LM2904
I have a query regarding TLV171QDBVRQ1 Op-Amp short circuit current during short to ground condition at output side.
We are using TI’s Op-amp in our project where we have…
Part Number: TLV171-Q1 Hi team,
We will use TLV171-Q1 as voltage follower circuit.
We require a gain error of ±0.01dB with up to 30kHz on this device.
I think that probably it is no problem by looking at the figure 12. Closed-Loop Gain vs Frequency…
Part Number: OPA171 Other Parts Discussed in Thread: TLV171-Q1 Hello,
I have a design with fairly large closed-loop gain where I want to use OPA171.
Upon checking open loop gain specification I noticed figure 21 which seems weired to me (3 curves shown…
Hi Patrick,
the TL071 and the LM218-Q1 are totally different.
I would have a look at the following OPAmps: OPA197-Q1, OPA192-Q1, TLV171-Q1, OPA171-Q1 and TLE2071-Q1. If a dual OPAmp can do, then also the TL082-Q1.
Kai
