Part Number: LM7372 Other Parts Discussed in Thread: LM6172 Tool/software: I am testing a full-wave rectifier using the LM7372 as a follower and then rectifier.
I am operating at 13.56 MHz with a peak-to-peak voltage of 10 volts as an input. I currently…
Part Number: LM7372 Tool/software: Hello,
I am interested in evaluating the lifetime of the LM7372 in my application. I cannot find any reliability metrics related to the amplifier, whether it is MTBF, MTTF or FIT. Could you please provide some information…
Part Number: LM7372 Other Parts Discussed in Thread: OPA2891 Tool/software: Hi,
I'm interested in TI's custom solutions to mitigate tin whiskers for PBF parts.
Does TI support the following, and if so, I'd like to request a dedicated cost factor against…
Part Number: LM7372 Hi,
We have input signal of 5V, 1Hz and required output is 10V, 1hz. opamp LM7372 is being used.Below is the sch part. Supply voltage is +/-12V
We are not able to get the output instead IC is heating up. Could you please…
Part Number: LM7372 Hello E2E!
I was hoping that you could tell me what the Theta-JB or resistance from the junction to the board for this part? The datasheet only gives the Theta-JA.
Thank you,
Andres
Part Number: LM7372 I am using the LM7372 to drive a piezoceramic stack. The stack is in parallel with an inductor so there is no way the stack can build up charge. However, we are seeing a significant number of failures of this chip. I suspect it is…
Part Number: LM7372 Other Parts Discussed in Thread: TPS62110 I am using the LM7372 to drive a piezoceramic stack. The stack is in parallel with an inductor so there is no way the stack can build up charge. However, we are seeing a significant number…
Part Number: LM7372 Other Parts Discussed in Thread: THS3112 Hello E2E,
Do you know what the theta-JC (thermal resistance, junction to case) is for the LM7372 and THS3112 (SOIC-8 package)? Are all SOIC-8 parts approximately the same ( https://e2e.ti…
Part Number: LM7372 Other Parts Discussed in Thread: THS3001 , THS3491 , THS4271 , THS4211 , LM7171 Currently I'm using LM7372 in a design but the settling time is only specified to 0.1% for a 10V step, also noise is higher than I'd ideally like. Does…