MOSFET (Si/SiC) Forum Discussions

Part number :TLI4970D025T4XUMA1 &TLI4970D025T4

what is the difference of both part Numbers .

our project BOM says TLI4970D025T4,but we received component part is TLI4970D025T4XUMA1.

Hello Community,

I am going through the data sheet of OptiMOS 5 Power Transistor , 80V IST019N08NM5AUMA1

I would appreciate if anyone could help me understand what does the yellow highlighted specification mean for maximum Continuous drain current . 

Why is the highlighted maximum current so low ? Is there a typo error?  My application would need around 100 Amps of continuous current. Will this MOSFET serve the purpose?

what is a difference between IPG20N06S4L-26 and  IPG20N06S4L-26A ?If some one can explain  I have seen one difference Feasible for automatic optical inspection (AOI) in A part number 

Dear team

We conducted a simulation using SiMetrix regarding the static characteristics of "IMW120R007M1H".

Of these, when the characteristics of Rds(on) were checked as follows, the value exceeded the "MAX" of "Characteristic values".

Is this model a well-validated model?

Or please let me know if there are any points I should be careful about when creating a circuit for simulation.

Best Regards,

Tomato

Hi, 

In IMZA120R007M1H MOSFET has 4terminals in that we are applying the control signal between the gate and kelvin source and applying high voltage between drain and source. actually, that kelvin source and source are internally shorted. can we use kelvin source in place of source and vice versa?

This MOS transistor is applied to the buck circuit, under the condition that the hardware and drive circuit remain unchanged, this problem will not occur when the input voltage reaches 60V, and there is a possibility of burnout.

The yellow waveform is the GS of the lower tube, the green waveform is the GS of the upper officer, and the red waveform is the DS waveform of the lower officer, and I wonder why this is happening