LFPAK88: The Automotive Power MOSFET Driving Power Density to the Next Level

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LFPAK88 MOSFETs

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Under the hood of LFPAK88

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Nexperia’s new LFPAK88 MOSFET family delivers up to 48x power density

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Addressing thermal concerns: LFPAK88 Vs D2PAK

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The history of LFPAK

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What is LFPAK?

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Why is the Rth(j-mb) higher for LFPAK88 than for LFPAK56E?

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LFPAK88: The automotive Power MOSFET driving power density to the next level

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Using Nexperia Power MOSFETs to handle high currents up to 380 A

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Parallel multiple MOSFETs using optimized current sharing technology

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Here is why MOSFET drivers are sometimes essential! || MOSFET Driver Part 1 (Driver, Bootstrapping)

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High Current MOSFETs – the next level

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The importance of SOA

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Beyond Qg(tot) and RDS(on): The forgotten parameters that impact MOSFET efficiency

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Four ways to control automotive solenoids/actuators using power MOSFETs

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instagrid - portable power for professionals, using LFPAK MOSFETs

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TO Packages | Transistor/Mosfet Packages | Transisotr Outline | BJTs \u0026 FETs Footprints

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LFPAK88 MOSFETS for 12V high current circuit protection applications

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LFPAK- Quality redefined

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Learn how the LFPAK became the de facto power packaging standard

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What is LFPAK56-UL2595?

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Demonstrating thermal strength of LFPAK56 power bipolar transistors in linear voltage regulation

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LFPAK Vs DPAK: thermal performance comparison

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Developing reliable MOSFETs: how difficult can it be?

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