Part Number: TL081 Tool/software: With Part Number: TL081CDR
We have a suffering issue relating PCN# 20220615003.1 .
We know that this PCN change relates WAFER & FRAMEWORK & body making & Assembly site.
We're wondering if “Input offset adjustment…
Part Number: TL081 Other Parts Discussed in Thread: LMP7721 , OPA928 , Tool/software: Dear sir,
we are planning to measure nano amp current for gamma radiation device . Please can you suggest any circuit diagram and FET amplifier.
Part Number: TL081 Tool/software: Hello,
We have received and mounted on our products a new batch of this reference.
And we observe a different behavior during the ICT test of our products.
On previous batches, we able to test the clamping diode between…
Part Number: TL081 Tool/software: Hi,
Customer would like to confirm if this part TL081CP that the zero point can be adjusted as stated in the manual.
Please help to advise.
Thanks
Regards
Part Number: TL081 Other Parts Discussed in Thread: TL061 , TL031 , TLE2021 Hello
PDIP(8) is used as a replacement for obsolete products. Initially, we considered TL081IP. but Regarding the Temperature coefficient of input offset, we calculated it from the…
Part Number: TL081 （ 2 nd additional Q ）
Input Offset Voltage Null Circuit of TL081IP
Adjust the trimmer resistor from 100kΩ to 10k Ω and connect the center tap directly to Vcc- without going through 1.5k Ω .
Please let me know if connecting…
Part Number: TL081 Other Parts Discussed in Thread: UA741 , Hello
I am considering adopting TL081IP and uA741CP. Please let me know the following information as it is not mentioned in the data sheet. (1)Power Dissipation (ABSOLUTE MAXIMUM RATINGS) (2) When…
Part Number: TL081 Other Parts Discussed in Thread: LM741 , TLV9301 Additional question.
I am also considering adopting LM741CN. Please let me know the following information as it is not mentioned in the data sheet. (1) When LM741 is used at -20°C to 80°C…
Part Number: TL081 Other Parts Discussed in Thread: TIDA-010065 , Hello,
I have a TL081 op-amp and I would like to supply its VCC and VEE pins with +/- 12 V. Normally I was going to use TPS65130RGER to generate +/- 14 V and then use LDO's to drop from …
