Part Number: AMC1300 Other Parts Discussed in Thread: TLV376 Tool/software: hi
why is there no slew rate data for AMC1300? The slew rate usually is listed in OPA devices。
About signal delay. if INP-INN is smaller than the range of -250mv to 250mV, for…
Part Number: AMC1300 Hi team,
I would like to ask some questions about AMC1300. For the sake of functional safety after power-on, I want to know the status of this isolation amp before initial power-on. Specifically, there may be the following situations…
Hi Matthew,
Thanks for your patience. Please try the attached file. We edited the .lib file and your simulation should work now. I will put in a request to have the PSPICE for TI library model updated as well but this change will take a few days to process…
Part Number: AMC1300 The AMC1300 has differential outputs. I need as single ended signal and don't want to add another op amp. I don't need the full output range or gain. Can I use only one output (eg. OUTP)? Essentially, the question boils down…
Part Number: AMC1300 Other Parts Discussed in Thread: AMC1311 , Dear team,
My customer is evaluating the AMC1300 for voltage sensing and get a problem. Please ignore using AMC1300 for voltage sensing we understood that AMC1311 is better.) Please refer to…
Part Number: AMC3301 Other Parts Discussed in Thread: AMC1300 , AMC3330 Hi experts,
Can HLDO of AMC3301 drive the high side power supply of another AMC1300?
I see that supply current of AMC1300 is about 6mA.
BR
Jim
Part Number: AMC1300 Hello,
I am working on a design for a +-300v bipolar PSU. I want to include a bidirectional current sense circuit so I an monitor the current of the +300v positive and the -300v negative rail. I was looking at the AMC1300 to do this…
Part Number: AMC1300 Hi Team,
just want to check on next gen of AMC1300 and also whether it is p2p with 1300. Application is ESS ( 400V system and 800V system). Thanks.
BRs
Given
Part Number: AMC1300 Hi team,
I have a small question when reading the datasheet of AMC1300, in the step response result as shown,
When Vin is negative, Voutp - Voutn >0, and when Vin is positive, Voutp-Voutn<0. Seems that the gain is with negative gain…