Part Number: OPA2613
Hi, I am attempting to use the OPA2613 as a constant current driver which will be generating a base output current with a number of pulses overlaid.
So far I've tried to set the amplifier up just for the base output current and…
Part Number: OPA2613 Hi,
Please review my design.
VSS of AD5292 is connected to -5V(not grounded) & VDD=+20V(not +33V).
Want to generate -3V to -100mV(through VOPM as indicated in the diagram) from +5V external input(Vin OPM) to Opamp. Rf of OPA2613…
You are right Hasan, the OPA2613 is the unity gain stable version of the two that we developed at that time, the OPA2614 is the decomp version. I was aiming these at DSL drivers where customers were asking at that time for an MFB solution - almost all…
Part Number: OPA2613 Other Parts Discussed in Thread: TINA-TI Hello, It's a closed-loop transfer system with a 10V/V closed-loop gain. if my output signal now meets the limit of the SR, the SR is enough, and SR=2 * Pi * f * Vop. If the differential signal…
Other Parts Discussed in Thread: OPA2613 The OPA2613 is only available in a SOIC package. It looks like the HSOP (power package) has been discontinued. This is odd that a high power op amp is only available in package that has a thermal resistance of 125C…
In the search function, the output current column shows the typical short-circuit current, so you have to select a value much larger than 100 mA.
Possible choices are the OPA593 (in preview), OPA2613 (dual channel), or OPA541 (5000 mA).
The OPA992 can reach 40 mA only with a headroom of more than 1 V to the rails. The OPA2613 goes only up to 12 V. The OPA552 is decompensated and has lower slew rate.
Part Number: TLV9102 Other Parts Discussed in Thread: TINA-TI , , TLV9152 , REF3425-EP , OPA2350 , OPA350 , OPA2328 , OPA2613 , LM8272 What is the behavior of this OP if it will be used driving a really large capacitance. I’m thinking about 10 µF (or even larger…
Other Parts Discussed in Thread: OPA2613 Hello, I am having an issue using the OPA2613 chip to create a current driver with a high bandwidth switching speed. I
am getting some self-oscillation at 2.8MHz in my simulation. We are trying to switch at speeds…
Other Parts Discussed in Thread: NE5532 , OPA2613 , OPA2614 I'm trying to reuse an existing board. The prior application used an NE5532 where the first amp has a gain/lowpass filter and the second was just a buffer to invert the output. It's good for…
