Part Number: OPA2541 We have received this product for product testing. One product failed to pass the normal temperature test and the other was short circuit. Could you please confirm what caused it
thank you
Part Number: OPA2541 Other Parts Discussed in Thread: OPA2544
In the datasheet on output protection, it says we need to protect the output voltage going beyond supply voltage by using Schottky diode. Is there a tolerance level for the output voltage…
Part Number: OPA2541 My customer used OPA2541SM in a specal product, they have a Particle Impact Noise Detection: Customer Machine parameter: VIBRATION SPECIFICATIONS: Frequency Range:25 to 250 Hz, Sinusoidal Other Vibration Modes:Limited Random, Flat Freq…
Part Number: OPA2541 Hi Team,
As per your data sheet, The OPA2541 is available in both industrial and military temperature range versions. We need the number of MIL GRADE.
Beat Regards, Tom Liu
Part Number: OPA2541 Other Parts Discussed in Thread: OPA541 Hi Team
We arranged to test 150pcs, among which 2pcs failed in function under normal temperature.
Please refer to the following test parameters. Please help to confirm whether the equipment…
Hello Jimmy,
Thank you for the update and for trying out the suggestions.
Protective diodes is also a really good idea. I would suggest adding Schottky diode (these have lower forward voltage drop than the device's internal diodes, a common one is BAT54…
Part Number: OPA2541 This is regarding package option addendum dated 15 april 2017 for opa2541 opamp which shows op temp for AM,BM AND SM ARE -55 TO +125 DEGREE. Is it same for all? please clarify.
Thanks & regards
Srinivas
Part Number: OPA2541 Dears,
Our customer is using one of our Op Amp OPA2541AM , he has a question: the estore shows that the temperature range of OPA2541AM is –55°C to +125°C, while the datasheet shows that is –25°C to +85°C. Which one is the…
Ikram,
I agree with Clemens. The OPA2541 is closes to your requirements. For high voltage / high current amplifiers it would be unusual to find a device that swings within 1V to the supply rail. Internal drop on the output transistors normally limits…