Part Number: LM7332 Other Parts Discussed in Thread: TLV9102 Hi Team,
My customer is finding suitable OPAMP to implement a low Rout buffer circuit for ADC input, I have found that LM7332 might be technically feasible, however, LM7332 is an old part,…
Part Number: LM7332 is there any data on open and/or closed loop output impedance of the LM7332? I see in the datasheet for 3Ω at 100kHz at unity gain.
I’m interested in this value near DC. In my application we are drawing 50mA, using the model…
Part Number: LM7332 Hi,
I would like to ask you a question about LM7332MME / NOPB VSSOP08, in the datasheet I can't find the description of the package and I don't understand if it has the pad in the underlying part.
Do you have this information…
Part Number: LM7332 Other Parts Discussed in Thread: OPA2197 , Dear *,
1)
what would be a cost effective solution replacement for LM7332MME/NOPB?
2)
what would be a newer device solution replacement for LM7332MME/NOPB?
Best Regards,
David.
Part Number: LM7332 Other Parts Discussed in Thread: TINA-TI , Why is there no component in the TINA-TI software downloaded from your " TI Precision Labs-OpAmps" when the app open " Find Component"?
Regards,
Ruan
Part Number: LM7332 Other Parts Discussed in Thread: OPA2990 Hi,
Waste weeks to fig out the LM7332 issue. why not mention the protection ( a pair of back-to-back diodes across the amplifier inputs) in the datasheet?
Part Number: LM7332 A unity gain buffer using the original packaged format IC (Full dimple on pin 1) has been operational for years in current product. The new batch of ICs with the new (Chamfered) package appear to provide an output 1.5 times the input…
Part Number: THS4561 Other Parts Discussed in Thread: LMP2011 , OPA2994 , LM7332 , TLV2333 , OPA4354 , INA826 , OPA2810 Hi team,
For our project we are using load cell. For amplifying the load cell output, the THS4561 amplifier circuit is used.
Refer the connection…
There is no pin-compatible device with the same electrical characteristics.
The LM7332, LM8272, and maybe OPA2992 have somewhat similar characteristics; I do not know if they would work in your customer's unknown circuit. See here for a compariso…
