Part Number: OPA454 Tool/software: When I apply -10 to -30vdc to the lower XSTR collector, the output dies and the op-amp heats up. when I disconnect the Base of that -V XSTR the pulse comes back and the op-amp goes back to room temp. as of now I can…
Part Number: OPA454 Tool/software: Hello,
I am looking at the supply voltage for the OPA454 and was wondering if it is okay to put 3.3V on the positive rail, and -75V on the negative rail? I see on the datasheet that it can handle +/-50V or a single…
Part Number: OPA454 Other Parts Discussed in Thread: OPA593 Tool/software: Hi TIer
My customer is designing a medical ultrasound device, a shear wave power supply, and they need a high voltage delivery with a supply voltage above 80V, I recommend the…
Part Number: OPA454 Hi TIer
My customer use TINA simulate the OPA454 but they can not output right value.
At this time, the output is always 35V. Please help me check this simulation model?
Thank you very much.
Part Number: OPA454 Hi ti support team
1. What is the output efficiency of the positive and negative terminals of the power supply compared to the output terminals?
2. If the output is 20mA, what is the current on the power side?
Part Number: OPA454 Hi,
The datasheet of OPA454 says that the component can resist to a +/-4kV ESD Human Body Model application. Can you tell us which standard is applied in your tests? The number of pulses applied? The time between each pulse?
Thanks…
Part Number: OPA454 Dear ,
The customer currently solution is ADA4700, and RD also test TI OPA454. The thermal is higher than ADI
Iq ADA4700 ( TYP): 1.7mA, Iq OPA454 (TYP): 3.2mA
Do we have any solution to replace ADI ADA4700?
Thanks & best regards.…
Part Number: OPA454 Dear team,
Do we have any alternative solution for the OPA454 (OPA454AIDDAR) with the following parameters:
Package SO8 or SOIC-8 (necessary)
Vsupply 0/80V sigle side, +-40V dual, min 70/60V but better if 80V
Iout min 40/50mA
Operating…
Part Number: OPA454 Dear Sir/Ms.
My customer designed an OP circuit, he originally used OPA454, but found that the current consumption is too large, he wants to find a new OP, his specifications are as follows.
1. VCC +65V, -3.3V. 2. Output current 10mA…
Part Number: OPA454 Hello!
What is the safe operation area of the OPA454 chip? Is it possible for the chip to work with a voltage drop at the output stage of 16 volts and a current flow of 20 milliamps?
Best wishes, Design Engineer "PKF Polet" Ltd…
