Tool/software: Dear TI team,
We are EMS facility and doing EMS for Hella .
We request you please submit the updated IMDS on our portal for below part and reasons.
Company ID -241844
Company Name- AGS VISIONS PRIVATE LIMITED
Hella Part : 79045900
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Part Number: LM6132 Other Parts Discussed in Thread: TINA-TI Hi there,
I would like to use the LM6132 (preffered LM6132B) in my spice calculation, but get the following error:
How can I fix this?
Cheers,
Patrick
Part Number: LM6132 Hello,
Would you be so kind as to point out the difference between LM6132AIM, LM6132AIMX. LM6132BIM, and LM6132BIMX versions.
It looks like the "X" indicates 2500 part reel vs a 95 part Tube, but the difference between AIM and BIM…
Part Number: LM6132 Dear team,
We can see V+'s range in the datasheet, but I don't know the range of V-. Could you please tell me the range of V-?
My customer's condition is V+=9V, V-=-9V, is it ok?
Thanks & Best Regards,
Sherry
Part Number: LM6132 Hey,
I have a customer using theabove part and it seems to be overheating. They are trying to figure out what the 88ER stands for - is it a lot code. I couldn't find any documents explaining the part markings.
Cheers
Calum
Part Number: LM6132 Other Parts Discussed in Thread: TLV2172 , OPA2172 , OPA2322 Hi Sir,
Could you please suggest any TI part equivalent to LM6132 Dual Rail to Rail SMD Op-Amp with Operation temperature range of -55C to +125C.
Regards,
Nesh
Part Number: OPA392 Other Parts Discussed in Thread: LM6132 , OPA928 Hi,
we are designing a new analog frontend and plan to use the OPA392 because of its very low input bias.
Unfortunately, the absolute max supply voltage for the OPA392 is +/-3V. In rare…
Part Number: LM6132 I'm loking for an rail-to-rail OPAMP to my project. I need a OPAMP that fed by a 12V and a -5V power supplies can generate an output voltage near these values, at least, near the positive 12V, the value of the negative source is not…
Part Number: LM6132 I am currently looking at transimpedance amplifiers, and I am trying to make a circuit that blocks any DC from being amplified in the amplifier itself:
How does one determine (Vout / Id) using Rg and Rf?