Part Number: OPA2675 Other Parts Discussed in Thread: LMH13000 Tool/software: Hi, I want to use high-speed LTTL to load LED for communication. Can I use OPA2675 as the driver? Or is there any better solution?
Part Number: OPA2675 Tool/software: I am trying to simulate the said op amp in Tina TI with an RC filter and PWM. The results do not look consistent. At 100pct duty cycle (20KHz 3.3V) i get the required Vout but it takes 200 us to get anything above 1…
Part Number: OPA2675 Other Parts Discussed in Thread: TINA-TI Tool/software: Hello,
about two months ago, I asked for an alternative operational amplifier in order to match current driving requirements of my application. There, the current feedback…
Part Number: OPA2675 Hi , Experts
I have design above circuit to test the basic function of OPA2675,
But when I supply ±6V or 12/0V power, it will get hot in seconds and the AOUT+ output nothing!
it's can't find any wiring error or short circuit…
Part Number: OPA2675
Tool/software:
Hello,
I am using the unencrypted Pspice model for the OPA2675 in a Cadence Virtuoso testbench. I am trying to drive the gates of two FETs with their own respective op amp, and I like the OPA2675 for its fast…
Part Number: OPA2675 Other Parts Discussed in Thread: OPA2677 , TINA-TI , THS6222 , OPA2673 Hello,
I am going to drive a 100 Ohm twisted pair line. The input p-p voltage is around 100mV and I would like to amplify it am much as possible to keep the…
Part Number: OPA2675 Hello Experts,
Posting this query on customer's behalf:
We are using OPA2675 in our design to amplify 3.3V to 5V. As per the calculation it supposed to consume 0.04A, but it is driving 480mA. We are applying +6V and -6V supply…
Part Number: OPA2675 Other Parts Discussed in Thread: OPA2670 , STRIKE , OPA2677 Hello E2E Experts,
Good day.
I am developing a laser communication system. For the laser transmitter, we have split the project into the laser bias controller and the…
Part Number: OPA2675 Hi,
I am using this as non-inverting amplifier with supply of +/-6V, 3.3V square wave input of 1Hz, with feedback resistors of 200Ohm (Both rf, r1 are 200ohm).
In the positive cycle of square wave output is around 5V which is…
Part Number: OPA2675 Hello e2e forum,
For customers using ISO15118 / HomePlug GreenPHY for EV, EVSE, and/or SE charging designs, please be aware of the following: TI HSAMPs ICs can be implemented as a line driver for your EV charging system, whether…