Part Number: AMC0330D
Tool/software:
There is a typing error in the datasheet of the AMC0x30D in section " 6.8 Insulation Specifications (Reinforced Isolation)" on page 7. The test conditions for the parameter "Overvoltage category per IEC 60664-1…
Part Number: AMC0330D Hi Team,
Does AMC0330's SNSN must connect to GND1?
There has no buffer in SNSN, I doublt if it can support true differential input. If customer want's the true differential input, what should we promote on the latest gen? thanks…
Part Number: AMC0330D-Q1 Other Parts Discussed in Thread: AMC1311 Tool/software: Hi team,
My customer wants to check what will happen/ do you see any risk if not connecting pin3 to ground with AMC0330D-Q1. They have experience developing with AMC1311…
Part Number: AMC0330R Other Parts Discussed in Thread: AMC0330D
Hello,
I have a question regarding isolated phase-voltage sensing in a three-phase SiC motor controller.
System specifications
Control algorithm: Sensorless FOC
Switching frequency…
Part Number: AMC3330 Other Parts Discussed in Thread: AMC0330D Hi: I was doing a design using the AMC3330, and I have some requirements about the input impedance of the system, where I have to met it with a 5% of error. The thing is that for great availability…
Part Number: AMC1301 Other Parts Discussed in Thread: AMC0311D , AMC0330D Hello,
We are using AMC1301 to amplify our input volatge, as this amplifier has fixed gain of 8.2. But in practical testing, AMC1301 is amplifying only 4 times instead of 8.2…
Hello,
you can refer to my Power Supply Design Seminar 2026 slide attached below.
The key difference is in the input impedance . The shunt is a very low ohmic resistor therefore it can drive practically any input impedance without a problem.
However…
