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Part Number: TLV9352-Q1 Tool/software: hi
1.what is the min/max of input bias current I-B and I-OS?
2.what will be the power consumptions when supply voltage at MAX 42V?
Part Number: TLV9352 Tool/software: Dear team,
My customer are using competitor device, NJM3404AM(Nisshinbo) whit DMP8 package like attached.
NJM3404AM_DMP8 package.pdf
We would like to replace NJM3404AM using TLV9352. TLV9352 is good option with better…
Other Parts Discussed in Thread: TLV9352
Hello team,
There are specs about the input impedance.
Does this mean below? (Capacitance and Resistance are in parallel?)
Regards,
Hirata
Part Number: TLV9352-Q1
Tool/software:
Hi team,
How much output voltage swing is @Vs+=15V, V-=0Vm RL=33kohm? We want to know typ and min/max spec to check if +20mV output voltage is accpetable or not.
Datasheet has similar parameters but not include…
Part Number: TLV9352 Other Parts Discussed in Thread: LM358B , , TLV9102 , TLV9152 Hello, LM358B accepts the input signal voltage exceeding V+ up to 40V. My customer is looking for a 2ch opamp like it with lower offset voltage drift and lower offset current…
Part Number: TLV9352 Other Parts Discussed in Thread: TINA-TI Hi,
I'm designing a circuit to measure differential voltages. I'll measure the voltage across a Peltier cell and use operational amplifiers from the TLV935 family. Previously, I received help…
Part Number: TLV9351 Other Parts Discussed in Thread: TL081
Hi,
I am using TLV9351 to drive capacitive load with isolation resistor. The circuit schematic is attached.
The simulation results are attached.
Cload Compensation_TLV9351_last.TSC
1.What…
Part Number: TLV9352 Other Parts Discussed in Thread: TL082H , , LM7705 Hi Team
As the schematic shows, when V+ is connected to gnd, V- is a negative voltage(-1mV to 0.7V). Will it be damaged in this situation? Since the datasheet suggest that V- should…
Part Number: TLV9352-Q1 Dear team,
In our datasheet, we only list the recommended operating condition of input voltage range, but no absolute maximum ratings of input voltage range. Then how do we evaluate whether one negative voltage will damage the input…