Hello Mark,
-0.1V at room temp should not be an issue. There may be some slight offset shift outside of spec at the cold extreme but it will not drop-off-a-cliff.
Officially we have to say to stay within the specified conditions. But...
If you want…
Hello Shinichi,
Try the models for the LPV542 or LPV521. Both are true SPICE models.
Both have similar BW to the 8801, though may differ by supply current and noise.
Regards,
Hi Paul,
Just wondering what are your thoughts on directly connecting a capacitor (e.g. 100pF) between the inverting and non-inverting pins on the LPV542 are?
I have read from some sources that connecting capacitors directly onto the inverting pin…
Hello Kai,
Please check the following nanpower dual channel devices; LPV542, LPV802, LPV812, TLV8802 and TLV522.
For a complete list of TI's nanpower opamps please check the link below.
www.ti.com/.../ultra-low-power-op-amps-overview.page
Regards…
Alessio,
I checked the data sheet for low current duals (in order) LPV802, LPV812, TLV8542, TLV8802, TLV8812, TLV522 , LPV542, TLV2402 OPA2369, LMC6442, TLV2369, and OPA2349. You can check higher ICC devices yourself if you like, but suspect over 30…
Hello Michael,
The TLV8542 and the LMP8672 are VERY different devices and are NOT comparable. The TLV8542 is a nanopower (500nA) op-amp designed for slow, battery powered, high impedance applications. The LMP8672 is a Low Noise, high speed, 40V precision…
HI Efret,
It will take several milliseconds for the TLV521 to come into operation. I have not measured the 521 specifically, but it's cousins (LPV542, and the upcoming LPV801/2) take about 5ms to come into full operation and i would expect the 521 to…
to User473,
I searched all the op amp portfolio with the parametric search (precision, general purpose, and high-speed). There are 6 options with temperatures of 150C and above (see attached). The best match is the OPA211-HT (210C max). This is the…
