Part Number: TLV8541 Other Parts Discussed in Thread: TINA-TI Tool/software: Hi,
We are currently evaluating a circuit using the TLV8541DBVR, and have observed oscillation when an RC filter (R = 220kΩ, C = 0.01µF) is placed at the non-inverting input…
Part Number: TLV8541 Hello,
Greetings!
There are terms " free-air temperature range" and "still-air temperature range" used in the TI datasheets for operating temperature range of Integrated Circuits.
Could you please help me to know the difference…
Part Number: TLV8541 Other Parts Discussed in Thread: TLV9002 Hi,
I'm trying to simulate TLV8541 in Micro-Cap . When I open the .LIB file and scroll to .subckt TLV8541 there are only 2 lines. I guess it is referencing to another model or something.…
Part Number: TLV8541 Dear team
The customer would like to use OP AMP TLV8541DBVR as a UVP protection circuit, When Vs=3.6V、V-=5V、V+=6.3V
According customer's circuit. The trigger lever is 19V. Dose the schematic is ok? Or have other suggested solution…
Part Number: TLV8541 Other Parts Discussed in Thread: TIDA-00489 , LPV802 Hello.
I'm attempting to prove that this noninverting amplifier circuit is stable using the method outlined in https://training.ti.com/ti-precision-labs-op-amps-stability-spice…
Part Number: TLV8541 Other Parts Discussed in Thread: TINA-TI Hi,
I would like to simulate the component in Pspice, but I can't convert from the Tina spice model. Would you have a pspice model, or is there a proper way to convert it ?
Thank You J…
Part Number: TLV8541 I am using the TI TLV8541DBVR in the circuit below. As you can see the + pin is ground referenced and the – pin is an AC waveform that swings above and below ground. Is this a legitimate use of the op amp? I have a physical circuit…
Hi Antonio,
I think what mainly speaks against the 2M resistor at the input of TLV8541 is the use in a wireless application. The TLV8541 has extremely high ohmic inputs and in connection with the 2M protection resistor the input circuitry of TLV8541…
Hello Giuseppe,
TLV8541 supply current will be much lower than 400uA. Removing the op amp will remove the quiescent current for the op amp, but it will also remove power from the load on the output node of the op amp. The application state can also…