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MOTOROLA SOLUTIONS MTP7N20E 0.7 OHM, 200 Volts, 3 PIN, 7 AMPS, N-Channel, Power Transistor, Silicon
Item #: 99463112

MOTOROLA SOLUTIONS MTP7N20E 0.7 OHM, 200 Volts, 3 PIN, 7 AMPS, N-Channel, Power Transistor, Silicon

Item #: 99463112

BHD 9

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What Stands Out

High Power Rating
Handles up to 7 amps, making it ideal for high-power applications in various electronic devices, ensuring reliability and efficiency under demanding conditions.
Low On-Resistance
With a low on-resistance of 0.7 ohms, this transistor minimizes energy loss, improving overall system performance and reducing heat generation during operation.
Versatile Voltage Range
Operates at 200 volts, providing flexibility for a wide range of applications, particularly in power management systems, enhancing adaptability across different projects.

Product Details

Shop MOTOROLA SOLUTIONS MTP7N20E 0.7 OHM, 200 Volts, 3 PIN, 7 AMPS, N-Channel, Power Transistor, Silicon online at a best price in Bahrain. B07JJF883K
Item Weight0.1 lbs (50 grams)

Who Should Buy?

Suitable For
  • Power Electronics

    Ideal for enthusiasts working on power electronics projects requiring efficient switching capabilities and high voltage handling.

  • DIY Electronics

    Perfect for hobbyists developing circuits that need a reliable N-channel power transistor for moderate current applications.

  • Circuit Design

    Suitable for engineers designing high-performance circuits that demand low on-resistance and high voltage tolerance.

Not Suitable For
  • High-Power Applications

    Not suitable for applications requiring more than 7 amps or significant power dissipation, as it may overheat.

  • Low Voltage Circuits

    Unsuitable for low voltage applications, as this transistor is designed for higher voltage ranges, up to 200 volts.

  • Analog Applications

    Not recommended for sensitive analog signal amplification where linearity and precision are crucial, as this is a switching transistor.

Product Description

MOTOROLA SOLUTIONS MTP7N20E 0.7 OHM, 200 Volts, 3 PIN, 7 AMPS, N-Channel, Power Transistor, Silicon

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What are the key specifications of the MOTOROLA SOLUTIONS MTP7N20E power transistor?

    Answer: The MOTOROLA SOLUTIONS MTP7N20E is an N-channel power transistor designed for high-performance applications. It features a voltage rating of 200 volts and a current rating of 7 amps. Its 3-pin configuration allows for easy integration into various circuits. The transistor has a 0.7 ohm on-resistance, which minimizes power loss and improves efficiency in switching applications. This combination of specs makes it suitable for power amplifiers, motor drives, and other high-current tasks.
  • Question: What applications can the MOTOROLA SOLUTIONS MTP7N20E power transistor be used for?

    Answer: This versatile power transistor can be utilized in a range of applications, including audio amplifiers, power management systems, and motor control circuits. Its ability to handle high voltage and current allows it to efficiently switch power in numerous electronic devices. For instance, in motor drives, it provides the necessary control for actuating various machinery, contributing to improved performance and reliability in industrial applications.
  • Question: How does the 0.7 ohm on-resistance impact performance?

    Answer: The 0.7 ohm on-resistance of the MOTOROLA SOLUTIONS MTP7N20E is significant as it determines the voltage drop and power dissipation during operation. Lower on-resistance leads to enhanced efficiency, reduced heat generation, and better overall performance in circuit applications. Thus, for designers focused on energy-efficient solutions, this characteristic makes it an excellent choice for high-power applications such as power supplies or motor drivers, where thermal management is crucial.
  • Question: What is the importance of having a 3-pin configuration in the MTP7N20E?

    Answer: The 3-pin configuration of the MOTOROLA SOLUTIONS MTP7N20E simplifies the design process for electronic circuits. This arrangement allows for straightforward connection to circuits while promoting efficient thermal management. This is particularly beneficial when integrating multiple transistors in a compact space. Furthermore, it enables developers to use the transistor in a variety of configurations, making it an ideal choice for both consumer and industrial applications where space and efficiency are of the essence.
  • Question: How can I properly integrate the MOTOROLA SOLUTIONS MTP7N20E into my circuit?

    Answer: Proper integration of the MOTOROLA SOLUTIONS MTP7N20E involves understanding its pin configuration and ensuring appropriate biasing for optimal operation. It is crucial to connect the gate, drain, and source pins accurately according to your design schematic. Use a heat-sink if necessary to manage heat dissipation effectively during high-load conditions. This careful integration ensures reliable performance in applications such as motor controllers or power convertors, ultimately enhancing the durability and efficiency of your project.
  • Question: Can the MOTOROLA SOLUTIONS MTP7N20E handle high-frequency applications?

    Answer: While the MOTOROLA SOLUTIONS MTP7N20E is primarily designed for power applications, it can handle moderate frequency operations. However, for high-frequency applications, it's important to consider the switching speed and capacitance characteristics. This transistor is best suited to low-to-mid range frequency settings such as audio amplifiers or RF applications that do not require excessive switching speeds. For higher frequency applications, you may want to consider alternatives specifically designed for high-speed performance.
  • Question: What is the thermal performance of the MOTOROLA SOLUTIONS MTP7N20E?

    Answer: The thermal performance of the MOTOROLA SOLUTIONS MTP7N20E is critical in maintaining reliability during operation. Its construction allows for efficient heat dissipation, which is essential when handling substantial loads. Implementing proper thermal management, like using a heat sink, will help optimize its performance, especially in continuous heavy load applications like power supplies or heating systems. This ensures the transistor operates within safe temperature limits, enhancing its longevity and effectiveness in various electronic designs.
  • Question: Is the MOTOROLA SOLUTIONS MTP7N20E suitable for automotive applications?

    Answer: Yes, the MOTOROLA SOLUTIONS MTP7N20E is suitable for automotive applications owing to its robust specifications, including a voltage rating of 200 volts and a high current capacity. These traits make it ideal for automotive power systems and electronic control units. Its efficiency and resilience to thermal stress render it a viable choice for motor control and power distribution in vehicles, meeting the demanding requirements of modern automotive electronics while providing reliability in diverse operational conditions.
  • Question: How does the MTP7N20E compare with other transistors in its class?

    Answer: The MOTOROLA SOLUTIONS MTP7N20E distinguishes itself in its class with a favorable combination of voltage rating, current handling, and low on-resistance. Compared to competing transistors, it offers enhanced efficiency, making it a preferred option for power applications. Its ability to operate at higher voltage levels with minimal power loss makes it particularly advantageous for designers aiming for maximum performance in their electronic systems. Users will find it excels in demanding environments, delivering consistent results across various applications.
  • Question: Where can I buy the MOTOROLA SOLUTIONS MTP7N20E in Bahrain?

    Answer: You can purchase the MOTOROLA SOLUTIONS MTP7N20E from Ubuy, a reliable e-commerce platform known for its extensive electronics catalog. Ubuy offers the convenience of online shopping, enabling you to find this power transistor with ease. Whether you’re a hobbyist, an engineer, or involved in university projects, Ubuy provides a seamless purchasing experience tailored for various needs.

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