Part Number: LME49723 Dear Sirs,
My customer asked us about THD+N vs AMPLITUDE for LME49723.
He measured and compared THD + N vs AMPLITUDE with LME49723 and other devices in the same circuit currently in use. The result is shown below.
So LME49723…
Other Parts Discussed in Thread: LME49723 Dear Sirs,
I have a question about voltage noise density of LME49723.
There is described as 3.6nV/√Hz in the the page 1 of datasheet of LME49723.
Also,there is described as 3.2nV/√Hz to the page 3.
…
Other Parts Discussed in Thread: LME49723 , LME49720 , OPA2227 , OPA333 TI: Are EMIRR measurements available for LME49720 and LME49723?
I see this measurement only for a few opamps, such as OPA2227 and OPA333:
http://www.ti.com/lit/pdf/sboz005
EMIRR…
Jonathan,
Are you looking for Differential or Common Mode input impedance? LME49723 and LME49724 (also from www.ti.com/.../slot140.pdf) show the following specs: LME49723:
LME49724:
Common Mode input impedance is way higher than Differential input…
Hi Ian, many thanks for OPA1662.LIB, it works! :) I have one question about opamps LME49600, LME49710, LME49723, LME49860, LME49990... Are these opamps obsolete, at the end of production or not? Spice model for the LME49860 is not available?
Jiri
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…
