40 V and 60 V Auto-Grade MOSFETs

Product Highlights > 40 V and 60 V Auto-Grade MOSFETs

            40 V and 60 V Auto-Grade MOSFETs
                    MCC's side-wettable-flank MOSFETs offer an automated optical inspection capability to boost quality and efficiency
    

Image of MCC's 40 V and 60 V Auto-Grade MOSFETs MCC's 40 V and 60 V automotive side-wettable flank MOSFETs are available in N-channel (MCGWF60N04YHE3 and MCGWF60N06YHE3) and P-channel (MCGWF20P06YHE3 and MCGWF45P04HE3) options. These products deliver high power density in a compact DFN3333 package.

The MOSFETs are fully AEC-Q101 qualified to ensure quality and reliability. The side-wettable flanks enable more reliable soldering during PCB assembly and allow manufacturers to perform automated optical inspections (AOI) to reduce costs while maintaining quality assurance.

MCC's P-channel MOSFETs leverage trench low-voltage (LV) technology and feature an R_DS(ON) range of 13 mΩ to 26 mΩ. The N-channel MOSFET solutions utilize split-gate trench (SGT) technology with an R_DS(ON) range of 3.9 mΩ to 6 mΩ. These side-wettable flank MOSFETs offer the advantages of versatility and performance for a diverse array of automotive electronic systems.

Features

AEC-Q101-qualified
P-channel MOSFETs are powered by trench LV technology
N-channel MOSFETs are powered by SGT technology
Low R_DS(ON)

Side-wettable flanks ensure soldering stability
Automated optical inspection capability for cost-effective production
Package: compact high power density DFN3333

Applications

Battery management systems (BMS) and DC/DC converters:
- Efficient battery protection mechanisms, enhanced performance in BMS, high-efficiency power conversion capabilities, and reliable power supply solutions
Seat controls, electric water pumps, and motor drives:
- Optimal motor drive solutions for automotive systems, improved motor performance and longevity, and effective solutions for seat controls and electric water
Lighting control systems and load switches:
- Seamless integration for high-/low-side switching, enhanced safety in automotive circuitry, precision controls for automotive lighting, and increased energy efficiency in lighting designs