onsemi

MTP2P50EG

MTP2P50EG Description

The MTP2P50EG from onsemi is a high-voltage P-channel MOSFET designed for demanding power management applications. With a drain-to-source voltage (Vdss) rating of 500V and a continuous drain current (Id) of 2A, this device is engineered for efficiency and reliability in high-voltage circuits. Its low on-resistance (Rds On) of 6Ω @ 1A, 10V ensures minimal conduction losses, while the input capacitance (Ciss) of 1183 pF @ 25V and gate charge (Qg) of 27 nC @ 10V contribute to fast switching performance. The MOSFET is housed in a TO-220AB package, offering robust thermal dissipation with a maximum power rating of 75W (Tc).

MTP2P50EG Features

• High Voltage Capability: 500V Vdss makes it suitable for industrial and automotive applications.
• Low Gate Drive Requirements: Optimized for 10V drive voltage, reducing control complexity.
• Thermally Efficient: TO-220AB package ensures effective heat dissipation.
• Reliable Performance: MSL 1 (Unlimited) moisture sensitivity and REACH Unaffected compliance enhance longevity.
• Obsolete Status: While no longer in production, it remains a viable choice for legacy designs or specific high-voltage needs.

MTP2P50EG Applications

This MOSFET is ideal for:

• Switching Power Supplies: High-voltage DC-DC converters and offline SMPS.
• Industrial Controls: Motor drives, relay replacements, and high-side switches.
• Automotive Systems: Auxiliary power modules and battery management.
• Energy-Efficient Designs: Low Rds On minimizes power loss in energy-critical applications.

Conclusion of MTP2P50EG

The MTP2P50EG is a robust P-channel MOSFET offering a balance of high-voltage handling, low conduction losses, and thermal stability. Though marked as obsolete, its performance metrics make it a compelling choice for engineers maintaining or designing systems requiring 500V P-channel solutions. Its TO-220AB package and onsemi’s proven MOSFET technology ensure reliability in demanding environments. For legacy or niche applications, this component remains a technically sound option.