TP2104 (2)
The TP2104 is available from Microchip Technology Technology at Xecor. Designed for switching and amplifying applications, the TP2104 offers high input impedance, low power drive requirements, and fast switching speeds. Available in multiple package options, it is ideal for industries such as automotive, telecommunications, and industrial electronics. Whether used in power management systems, signal amplification, or high-frequency switching circuits, this series ensures excellent thermal stability and efficiency for demanding applications. Xecor is an authorized distributor for Microchip Technology Technology. Please view our extensive selection of the TP2104 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| TP2104N3-G | ROHS-compliant TP2104N3-G MOSFET with 6Ω internal resistance at 500mA and threshold voltage of 10V | TO-92-3 | 5,430 | |
| TP2104K1-G | Transistor Metal Oxide Semiconductor Field-Effect Transistor (MOSFET) with P-channel configuration | SOT-23-3 | 5,715 |
Key Featrues
High Input Impedance and High Gain: This feature allows the MOSFET to operate efficiently with minimal input current, reducing power consumption and enabling precise control in low-power applications. It enhances performance in signal amplification and switching circuits.
Low Power Drive Requirement: The MOSFET requires minimal power to switch states, making it ideal for energy-efficient designs and battery-operated devices. This feature reduces overall system power consumption and extends battery life.
Ease of Paralleling: The MOSFET can be easily paralleled with other devices to increase current-handling capacity, making it suitable for high-power applications such as motor drives and power supplies. This improves scalability and system reliability.
Low CISS and Fast Switching Speeds: The low input capacitance (CISS) and fast switching speeds enable rapid transitions between on and off states, reducing switching losses and improving efficiency in high-frequency applications like DC-DC converters.
Excellent Thermal Stability: The MOSFET's positive temperature coefficient and freedom from thermal runaway ensure stable operation under varying temperature conditions. This enhances reliability in high-power and high-temperature environments.
Low Power Drive Requirement: The MOSFET requires minimal power to switch states, making it ideal for energy-efficient designs and battery-operated devices. This feature reduces overall system power consumption and extends battery life.
Ease of Paralleling: The MOSFET can be easily paralleled with other devices to increase current-handling capacity, making it suitable for high-power applications such as motor drives and power supplies. This improves scalability and system reliability.
Low CISS and Fast Switching Speeds: The low input capacitance (CISS) and fast switching speeds enable rapid transitions between on and off states, reducing switching losses and improving efficiency in high-frequency applications like DC-DC converters.
Excellent Thermal Stability: The MOSFET's positive temperature coefficient and freedom from thermal runaway ensure stable operation under varying temperature conditions. This enhances reliability in high-power and high-temperature environments.
Applications
Power Management in Portable Devices: The P-Channel MOSFET is ideal for power management in portable devices such as smartphones and tablets. Its low threshold voltage and high input impedance ensure efficient power switching with minimal power loss, while its fast switching speeds and thermal stability make it suitable for compact, battery-operated applications.
Motor Control in Robotics: This MOSFET is well-suited for motor control applications in robotics. Its high breakdown voltage and low input capacitance allow for precise control of motor speed and direction, while its excellent thermal stability ensures reliable operation in high-temperature environments. The ease of paralleling also makes it ideal for driving multiple motors simultaneously.
Switching Power Supplies: The MOSFET is an excellent choice for switching power supplies, particularly in industrial and automotive applications. Its low power drive requirement and fast switching speeds enable efficient power conversion, while its integral source-drain diode and freedom from secondary breakdown ensure robust performance under high-stress conditions.
Audio Amplifiers: This MOSFET is ideal for use in audio amplifiers, especially in high-fidelity systems. Its high input impedance and low CISS (input capacitance) ensure minimal distortion and high gain, while its excellent thermal stability and free-from-secondary-breakdown characteristics make it reliable for continuous operation in high-power audio applications.
Motor Control in Robotics: This MOSFET is well-suited for motor control applications in robotics. Its high breakdown voltage and low input capacitance allow for precise control of motor speed and direction, while its excellent thermal stability ensures reliable operation in high-temperature environments. The ease of paralleling also makes it ideal for driving multiple motors simultaneously.
Switching Power Supplies: The MOSFET is an excellent choice for switching power supplies, particularly in industrial and automotive applications. Its low power drive requirement and fast switching speeds enable efficient power conversion, while its integral source-drain diode and freedom from secondary breakdown ensure robust performance under high-stress conditions.
Audio Amplifiers: This MOSFET is ideal for use in audio amplifiers, especially in high-fidelity systems. Its high input impedance and low CISS (input capacitance) ensure minimal distortion and high gain, while its excellent thermal stability and free-from-secondary-breakdown characteristics make it reliable for continuous operation in high-power audio applications.
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