onsemi Bipolar Power Transistor NPN 10 A 40 V 3-Pin TO-225 MJE200G

onsemi MJE200G is a Bipolar Power Transistor featuring an NPN configuration optimized for low voltage, low power, and high gain audio amplifier applications.

This transistor supports a maximum DC collector current of 10 A and a collector-emitter voltage of 40 V, making it suitable for medium power electronics projects and amplifier circuits.

The package type TO-225 allows robust through-hole mounting for secure installation in circuit boards.

Key electrical characteristics include a minimum DC current gain of 10, a maximum power dissipation of 15 W, and a transition frequency of up to 10 MHz, enabling efficient amplification and switching performance.

The transistor features an operating temperature limit up to 150°C, suitable for various industrial and electronic environments requiring thermal stability. Its physical dimensions are height 27.1 mm, length 8 mm, and width 3.25 mm, supporting flexible design integration.

The MJE200G is part of the MJE200 series and manufactured with Pb-Free processes, emphasizing environmental responsibility. This transistor offers high DC current gain and low collector-emitter saturation voltage. The device supports a maximum DC collector current of 10 amperes.

Maximum collector-emitter voltage rating is 40 volts. Power dissipation capability up to 15 watts. Maximum operating temperature rating of 150 degrees Celsius. Package type is TO-225, suitable for through-hole mounting. It has a single transistor configuration with NPN polarity.

Maximum transition frequency of 10 MHz ensuring efficient switching. Dimensions: Height 27.1 mm, Length 8 mm, Width 3.25 mm. The product is Pb-Free and compliant with environmental safety standards. This transistor is ideal for audio amplification, power management, and switching applications in industrial, electronics manufacturing, and laboratory environments.

Browse our Electronics & Electricals category for more discrete semiconductor components and power transistors to suit your electronic design needs.