Part Number: LMV358
- Regarding the following part "LMV358IPWRE4" ; As we found that the part is valid in this datasheet " ">download.siliconexpert.com/.../slos263.pdf" , so can we consider that the part is no longer available?
Part Number: LMV358-N-Q1 Hello,
I am looking for CDM value of LMV358-N-Q1, datasheet is not showing the value, I am not sure if TI conducted CDM test for this device or it is just missed to print? Could someone please help on this urgently.
Thank…
Part Number: LMV358 Hello Ron,
we have a third example of oscilating LMV358 amp which was alwas resolved by changing with different one.
The issued amps have always one in common and that is F2 in the date code: 09F2, 1AF2, 21F2.
After we switched…
Part Number: LMV358 Hi Sir,
I want to calculate the Tc of LMV358IDGK by Tc=Tj - (RθJc top x Pd ) or Tc=Tj - (Psi JT x Pd ) , but I can find neither RθJc nor Psi JT on the datasheet.
Could you help to provide the information for us?
Part Number: LMV358
Hi TI Team,
Thank you for your support.
One customer purchased 75 pcs for LMV358ID.
But Pin are cracking or broken for serval pcs.
It's old chips and out of warranty I belive.
Date Code 1740+5 Lot# 0037009ML7…
Part Number: LMV358 Other Parts Discussed in Thread: TLV9002 , TLV810E What will be the output voltage of the LMV358 if VCC is varying in non-inverting voltage follower with in loop-compensation? The VCC level is coming from 3.3V to zero gradually decreasing…
Part Number: LMV358
We need to quickly switch the amplifier's power supply. But we found that the amplifier output signal will have a delay, about 84ms (secondary amplification) Do you have an amplifier or other design that can respond quickly?
Part Number: LMV358 Other Parts Discussed in Thread: TLV9002 I am using LMV358 Rail to Rail OPAMP powered at +3.3V
The configuration I am using as Voltage follower wtih sellenkey LPF at cut off frequecny of 1kHz
The maximum output swing I am getting…
Part Number: LMV358 hi TI
Problem Description:
The output of lmv358idr of on-board operational amplifier is abnormal, which is inconsistent with the specification (the full-scale output is only 4.5V, which can not reach the 5V voltage close to VCC…