Part Number: LMV358A-Q1 Other Parts Discussed in Thread: LMV358A Hello,
Our customer has been using LMV358N-Q1 for automotive application.
This time they consider to switch it to LMV358A-Q1 caused by LT and Pop-cone noise.
We have got several questions…
Part Number: LMV358A-Q1 Other Parts Discussed in Thread: LMV358 Hi Expert,
Our customer wants to use LMV358 for sampling and augmenting microphone output signal to estimate how load the voice is. Do you have a reference design? More generally, do you have…
Part Number: LM358A Other Parts Discussed in Thread: LM358-N , LMV358
Do you have a graph of Open Loop Gain vs Frequency?
I didn't faund it in datasheet.
Right part number: LM358A
Best Regards,
Y. Hirata
Part Number: LMV324 Other Parts Discussed in Thread: LMV358A , LMV358 , TLV9064 Dear team,
My customer would like to use LMV324 for their application like below schematic. But I don't understand TINA simulation result. Would you please review below schematic…
Gerald,
It is my expectation that LMV358 non A input capacitance will be same or less than LMV358A.
I just found this sample measurement for LMV324 (non A). I expect LMV358 non A to be the same.
CIN
2 pF
CDIFF
0.2 pF
Note: LMV358 (non A has recently…
Hi Clemens,
Thank you for your advise.
Kindly confirm whether LMV358A input works for 3.3V (VCC=3,3V for our application). Because in datasheet mentioned that Vcm = (V+)-1.
Because we have to order and replace for the existing boards. Price is also important…
This depends on the temperature; you get 1.5 V only at 25 °C. See Design Guidelines for Devices with LM324/LM358 Cores .
You should use a device optimized for low voltages. The LM358LV and LMV358A have a wider common-mode voltage range, up to (V+)…
Hi Manish,
We do not have a TINA-TI model for LMV324. But we've an upgraded version of this device called LMV324A which has a model available at: http://www.ti.com/product/LMV358A/toolssoftware . Please note that LMV358A represents dual channel and…
Hirano-san,
LMV358A is recommended option, Kai is correct.
Here is an application note on this topic http://www.ti.com/lit/pdf/sboa368 in addition LMV358 has a bipolar output sink driver that has an anti saturation circuit so VOL even with no load is not…
Hello Sascha,
LMV358 is not rail to rail input. Having both inputs near VCC will result in input stage transistors being cut off. Output may be high or low. LMV358A is a good alternative. It will not phase invert with a rail to rail input. Therefore,…
