Part Number: TLV2372 Other Parts Discussed in Thread: TLV9152 Hi Team,
Our customer is using the Webench Filter Design Tool but unable to design a TLV2372ID 3rd order butterworth sallen key low pass filter as shown here https://webench.ti.com/filter…
Part Number: OPA2374 Other Parts Discussed in Thread: TLV9062 , MCP6292 , TSV912 , TLV9152 , OPA2323 When testing this series of op-amp in an integrator circuit we discovered some significant coupling between the input and the output feedback. This phenomenon…
Hi Sumeet,
Sumeet Patil said: I am looking for a direct pin to pin part replacement of LMC6482IN_NOPB, which can operate at +/- 15V
The equivalent and p2p replacement may be TLV9152 .
Here is the comparisons. However, either one is able to supply…
Part Number: OPA2316 Other Parts Discussed in Thread: TLV9152 , TLV6742 , OPA2375 , THP210 , , OPA2388 Hi team,
Could you give me p2p alternative options for OPA2316SIRUGR? TLV9152 is p2p option, but the shutdown logic is opposite. Does TI have any…
Other Parts Discussed in Thread: TINA-TI , TLV9152 hi all
need to evaluate opamp noise and 2 op amps noise in cascade
do you have any calculator? any document that can help me calculate?
appreciate it
eli
Hi Tess,
I think the OPA2991 is a good replacement here. Another option, like Clemens mentioned, is the TLV9152. The main difference between these devices is the supply voltage, 40V vs 16V. But there are also a few other specification difference. In…
Part Number: TLV274 Other Parts Discussed in Thread: TMUX6219 , TLV9152 , TLA2024 Hello,
In our application we have 4 analog inputs. The primary inputs will always be present in the opamp input, but for a particular condition we have to cut the analog…
Part Number: TLV272 Other Parts Discussed in Thread: TLV9152 , TLV2172 Hi team,
What is the Open loop gain of TLV272? I didn't find it in the datasheet. Thanks!
Thanks & best regards,
Wendy
Hi Christoph,
Christoph Hillebrand said: Capacitive Load at the output directly is limited to uC-ADC input and parasitic capacitance. I would assume <100pF, maybe you can check it with 100pF and 10pF in both cases.
Based on the information you provided…
