Part Number: LMP2021 Other Parts Discussed in Thread: OPA387 , , TINA-TI
I have a design that includes a high gain, low frequency amplifier for a low level, high impedance source. The source impedance is 1MOhm and the input level is several microvolts…
Part Number: LMP2021 Hi,
I am going to use lmp2021 in my application where it will frequently driven into saturation so I want op amp with minimum overload recovery. I am going to finalize LMP2021 for my application but before that I want know what…
Part Number: LMP2021 Hi team,
The customer would like to use LMP2021. For his application, he would like to reduce the temperature drift.
Is there any way to reduce the temperature drift?
Best Wishes, Mickey Zhang Asia Customer Support Center Texas…
Part Number: LMP2021 Other Parts Discussed in Thread: TINA-TI , I have searched for documentation that explains the Noise Analysis capabilities in TINA-TI ( http://skory.z-net.hu/alkatresz/Tina_TexasInstruments_2009.pdf for instance) and have found no…
Part Number: LMP2021 Dear all,
one of my AA is asking more detail on the part finish.
In the material content database of the LMP2021 it is written that Sn termination is used without a Ni underplate. Can you advise if any annealing or fusing processes…
Bernd,
You can place the input voltage source wherever you want. The only reason for the source is to identify the magnitude of the input referred noise at a chosen input node (the source itself has no noise) - see below.
The graphs below in first…
Part Number: LMP2021 Other Parts Discussed in Thread: INA326 Hi Sir
May LMP2021 can use in u Amp current measurement? if we have any u Amp current measurement reference design?
Bogey
Andy,
The graph of Percent Overshoot vs Phase Margin applies only to a second order system (two-pole system - Miller cap and Ro||Cload) - see below - and that's the reason why small-signal overshoot does not correlate with the simulated phase margin…
