Hi Kai,
My response regarding Figure 43 in the TLV9062 datasheet was to point out that a higher differential voltage does not increase overload recovery time or decrease slew rate. A larger differential voltage decreases overload recovery time and increases…
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
Hi Red,
Yes the TLV171 does have a diode from IN+ to VDD. Almost all amplifiers have this diode to VDD.
What issue is your customer seeing with the diode? The only way the diode can cause issues is if the input exceeds the supply voltage by at least …
Hi Lukasz,
Thanks for your question. I think the best answer is going to be the the TLV171 - it is pin-to-pin compatible and has better output swing. Take a look at its datasheet and see if you think it will meet your needs. The exact pin to pin part…
Hi Willy,
Consider using the TLV171 model which does include circuitry to model the behavior of the back-to-back diodes inside the OPA171 and TLV171 devices.
www.ti.com/.../toolssoftware
Hi Rocketman,
It looks like you're using the TLV171 as an inverting amplifier for your design. This device will work in this configuration but if you can provide more information on desired performance, we'll be able to look and see if there is a better…
Part Number: TLV170 Other Parts Discussed in Thread: TLV172 , , TLV171 In the datasheets for tlv170, tlv171, tlv172 is mentioned that " The input can operate 100 mV below the negative rail and within 2 V of the positive rail for normal operation. Note that…
Hi Jared,
OPA314, TLV314, OPA316, TLV316, OPA376, and OPA377 are all auto qualified. Depending on the supply voltage the customer is using the OPA170, TLV170 and TLV171 might also work and are auto qualified.
Thank you,
Tim Claycomb
Part Number: TL084 Other Parts Discussed in Thread: DIYAMP-EVM , TLV171 I am using the TL084 in a follower configuration. I am using a +/-12vdc supply that measures about +12.13vdc and -12.14vdc.
When I input a positive dc voltage the output follows the…
Hello Kiran,
The closest match regarding noise performance to the ADA4841 would be the OPA1611. I also recommend taking a look at the TLV171 for microphone applications and also searching through our audio amplifiers which you can find here . Please let…