PANJIT has launched a new series of automotive-grade 60-V N-channel MOSFETs featuring SGT technology to support automobile power devices.
Engineered to deliver an excellent figure of merit (FOM), ultra-low RDS(ON), and minimized capacitance, this series improves performance and energy efficiency in automotive electronic systems. It minimizes conduction and switching losses, enabling enhanced electrical performance.
The 60 V N-channel SGT MOSFETs are available in a range of compact packages, including DFN3333-8L, DFN5060-8L, DFN5060B-8L, TO-252AA, and TO-220AB-L. With AEC-Q101 qualification, these MOSFETs feature high-quality conduction and switching characteristics, making them ideal for power conversion, driving, and control applications.
Additionally, an operating junction temperature of up to 175° C provides design flexibility for modern electronics.
PANJIT’s SGT-MOSFETs use a green molding compound, which is compliant with the IEC 61249 standard and EU RoHS 2.0, aligning with environmental standards and industry requirements.
What’s a SGT-MOSFET?
Shielded Gate Trench (SGT) MOSFETs are key medium-voltage MOSFETs widely used as core power control components in high-performance applications across power supplies, industrial systems, and automotive devices. With an increased trench depth, their unique charge-coupled structure enables both horizontal and vertical depletion, enhancing breakdown voltage and enabling superior performance at similar doping concentrations.
Compared to traditional trench MOSFETs, SGT-MOSFETs add a shielding electrode under the gate electrode, which is connected to the source electrode. This design effectively shields the gate and the drift region, reducing Miller capacitance and lowering switching losses.
Additionally, this design also reduces the critical electric field in the drift region, lowering the total gate charge (Qg, @RDS(on) 3 mΩ) by 57% and significantly enhancing the figure of merit (FOM).
Key features
- SGT technology. Enhances efficiency and performance, meeting rigorous power demands.
- AEC-Q101 qualified. Ensures exceptional durability for rigorous automotive and industrial applications.
- Ultra-low on-resistance. Minimizes power loss, maximizing energy efficiency in power-sensitive designs.
- High-power-density package. Compact design that delivers robust power output, making it the preferred choice for various applications.
- High-junction temperature. Supports stable operation in extreme conditions, withstanding temperatures up to 175 ℃.
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