Hi Dr. Chandra,
You may consider sampling / testing the TLV376: https://www.ti.com/product/TLV376#order-quality
This is the slightly relax-spec version of the OPA376 and would be a good alternative.
Part Number: TLV8811 Other Parts Discussed in Thread: LM7705 , , OPA1671 , OPA376 , TLV376 , TINA-TI , TLV8812 The output of the non inverting amplifier does not come out.
The circuit diagram is shown below.
Rf is 1MOHM and Rg is 10kOHM.
Vin has a waveform…
Other Parts Discussed in Thread: TS321 , TL074 , TLV9001 , OPA992 , OPA4992 , OPA2992 , LMV831 , OPA345 , LMV821-N , OPA377-Q1 , OPA376-Q1 , OPA377 , OPA376 , TLV376 , TLV9002 The slew rate in my application is slower than the value stated in the data sheet of the op…
Hello Kygo,
I believe the OPA325IDBVR or OPA325IDBT, available in the same SOT23-5 package pinout, meets or exceeds theTS507ILT electrical requirements needed. You can find the datasheet here:
https://www.ti.com/lit/ds/symlink/opa325.pdf
Additionally,…
Well just talking your gain of 4 stage, say we want a solid 1MHz, need about 5MHz GBP min, look at the TLV376 and consider a LM7705 to get true swing to ground range.
1 mA sounds OK, compared to the 800 mA LEDs.
If you want to save a little bit of power with a lower-offset opamp, consider the TLV376. (Many better opamps require more power for themselves.)
Part Number: OPA344 Other Parts Discussed in Thread: TLV9101 , , TLV376 Hi Team:
Please help to provide Junction to case parameter of OPA344NA for RD request , thanks.
Regards / Mark
Hi Eli,
Against the AD8691, take a look at our TLV376. This device meets / competes many of the parameters you outlined. The TLV376:
operates from 2.2V to 5.5V,
0.1mA maximum input offset voltage,
5.5MHz bandwidth,
2V/µs slew rate, and
0.3pA of…
Hi Ayyaz,
I would add a transistor buffer stage, as Paul already suggested:
ayyaz1.TSC
R3 isolates the output of TLV376 from any capacitive load. C2 is a phase lead capacitance which restores the phase margin. Without this phase lead capacitance the…