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  • LMG3422R050: Datasheet clarifications of turn on loss, diode conduction loss

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    Part Number: LMG3422R050 Other Parts Discussed in Thread: LMG3425R050 Hi Experts! I am creating a PLECS model for this device. I have a few questions on the LMG3425R050 datasheet, which will help me make this model more accurate. 1) For graph 7-11, what…
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  • LMG3422R050: Input capacitance of GaN FET

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    Part Number: LMG3422R050 Hello, What is the input capacitance of the GaN FET? Datasheet doesn't specify this parameter. I want to calculate total gate driver loss at different frequencies. Thank you, Shaury
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  • LMG3422R050: Switching Waveform on the EVMs

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    Part Number: LMG3422R050 Hi, I'm considering evaluating the LMG342x series on the LMG342XEVM-04(motherboard) and each daughterboard. I would like to know how the parasitic inductance affects characteristics by pin connecting the mother board and the…
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  • LMG3422R050: Drain slew rate v.s. Drive Strength resistor curve

    Part Number: LMG3422R050 Other Parts Discussed in Thread: LMG3422R030 , LMG3410-HB-EVM Please kindly advice Drain slew rate v.s. Drive Strength resistor curve both LMG3422R050 and LMG3422R030? Here is example of LMG3410-HB-EVM

  • RE: Drop of Vneg during high frequency application

    Hi David, As you can see in these plots for our gen 2 devices, the operation load at 50V is extremely similar to 400V. However, neither can reach as high of a switching frequency as 0V. I believe that these pulses are too long for MHz operation for this…

  • RE: Regarding GaN FET with Integrated Driver

    Thanks for your inquiry, our GaN products are indeed rated for 650 V and can meet your current requirement . They support a maximum frequency of 3.6 MHz as noted in this LMG3422r050 datasheet .

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