Part Number: LMV842-Q1 Dear expert, We will be using the LMV842-Q1 IC for our project but we need below parameters:
Failure Mode Distribution
Pin FMEA
Can you provide parameters above?
Your help would be appreciated. Best regards, tatsuya…
Part Number: LMV842-Q1 Hi, Good day. I hope you are doing well. Our customer is looking for the Gain margin and Quiescent current parameter for the LMV842-Q1. Can you please help us provide this? It seems that this parameter is not on the d/s. Thank you…
Part Number: LMV842 Customer is testing below circuit for UV sensor application.
Sometimes, this circuit is occur abnormal output.
⇒7pin output is near -3.2V~-3.5V, Test Pin 3(TP3) is -0.95V.
If there correction point for below schematic, please…
Other Parts Discussed in Thread: LMV842 , TINA-TI , OPA376 Hi,
Download LMV842 Spice model,I simulated with TINA-TI.
The result was that the characteristics of "RRIO" were not good.
The power supply is 3.3V, the input signal is 0-3.3V @1kHz with…
Part Number: LMV842
Dear expert:
customer want to know LMV842MAX/NOPB temperature range, but both web and datasheet keep blank on LMV842MAX/NOPB temperature range. please help advise, thanks.
Hello Masami,
The differential capacitance is generally about half the common mode capacitance.The LMV842 is a pretty standard CMOS input device, so this should hold true.
The listed common mode capacitance is 6pF, so the differential should be around…
Other Parts Discussed in Thread: LMV842-Q1 Dear, All
Please let me know operation when power supply voltage falls from recommendation voltage about LMV842-Q1. When power supply voltage falls from 2.7V to about 0.7V, how does it operate?
Thanks, Masami…
Other Parts Discussed in Thread: LMV842-Q1 Dear, All
This question is asked about Cin "Input Capacitance" of the "IN A+/IN A-" pin of LMV842-Q1. Although a datasheet has the statement of a "Typ." value, there is no "MAX" value. I want you to teach a…
Hi Dong
There are 2 possible options: The LMV842-Q1 or TLV2197-Q1. Note that the TLV2197-Q1 operates from 4.5 to 12V while the LMV842-Q1 goes from 2.7 to 12V
Hello Mr.Mike
>For the OPA388-Q1, the documentation is available through the links in the data sheet. Unfortunately, though, the LMV841-Q1 and LMV842-Q1 do not yet >have these documents available.
I understand.
Thank you very much for teaching me…
