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STL13N60M2
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STL13N60M2

Product Overview

Category

The STL13N60M2 belongs to the category of power MOSFETs.

Use

It is commonly used in power supply applications, motor control, and other high-power switching circuits.

Characteristics

  • High voltage capability
  • Low input capacitance
  • Fast switching speed
  • Low on-resistance

Package

The STL13N60M2 is typically available in a TO-220 package.

Essence

This MOSFET is designed to efficiently handle high power and high voltage applications.

Packaging/Quantity

It is usually packaged in reels or tubes, with quantities varying based on manufacturer specifications.

Specifications

  • Voltage Rating: 600V
  • Current Rating: 13A
  • On-Resistance: 0.65Ω
  • Gate Threshold Voltage: 3V
  • Total Gate Charge: 18nC
  • Operating Temperature Range: -55°C to 150°C

Detailed Pin Configuration

The STL13N60M2 typically has three pins: 1. Source (S) 2. Drain (D) 3. Gate (G)

Functional Features

  • High voltage capability allows for use in various power applications.
  • Low input capacitance enables fast switching speeds.
  • Low on-resistance minimizes power losses and improves efficiency.

Advantages

  • Suitable for high-power applications
  • Fast switching speed
  • Low on-resistance reduces power dissipation

Disadvantages

  • Higher gate threshold voltage compared to some alternative models
  • May require additional circuitry for driving the gate at higher frequencies

Working Principles

The STL13N60M2 operates based on the principles of field-effect transistors, where the voltage applied to the gate terminal controls the flow of current between the source and drain terminals.

Detailed Application Field Plans

The STL13N60M2 is well-suited for use in: - Switch-mode power supplies - Motor control circuits - Inverters and converters - High-power lighting systems

Detailed and Complete Alternative Models

Some alternative models to the STL13N60M2 include: - STP16NF06L - IRF540N - FQP13N06L

In conclusion, the STL13N60M2 power MOSFET offers high voltage capability, fast switching speed, and low on-resistance, making it suitable for a wide range of high-power applications.

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Énumérez 10 questions et réponses courantes liées à l'application de STL13N60M2 dans les solutions techniques

  1. What is the maximum drain-source voltage rating of the STL13N60M2 MOSFET?

    • The maximum drain-source voltage rating of the STL13N60M2 is 600V.

  2. What is the continuous drain current rating of the STL13N60M2 MOSFET?

    • The continuous drain current rating of the STL13N60M2 is 13A.

  3. Can the STL13N60M2 be used in high-frequency switching applications?

    • Yes, the STL13N60M2 is suitable for high-frequency switching due to its low input and output capacitance.

  4. What is the typical on-resistance of the STL13N60M2 MOSFET?

    • The typical on-resistance of the STL13N60M2 is 0.45 ohms.

  5. Is the STL13N60M2 MOSFET suitable for use in power supplies and motor control applications?

    • Yes, the STL13N60M2 is commonly used in power supplies, motor control, and other similar applications.

  6. Does the STL13N60M2 require a heat sink for operation?

    • The need for a heat sink depends on the specific application and the power dissipation requirements. In high-power applications, a heat sink may be necessary.

  7. What are the typical gate charge and gate-source threshold voltage of the STL13N60M2?

    • The typical gate charge is 15nC, and the gate-source threshold voltage is around 4V.

  8. Can the STL13N60M2 be used in automotive applications?

    • Yes, the STL13N60M2 is designed to meet automotive quality and reliability standards, making it suitable for automotive applications.

  9. What are the recommended operating temperature range and storage temperature range for the STL13N60M2?

    • The recommended operating temperature range is -55°C to 150°C, and the storage temperature range is -55°C to 175°C.

  10. Are there any common failure modes or considerations when using the STL13N60M2 in technical solutions?

    • Common considerations include proper thermal management, voltage and current spikes, and ensuring appropriate drive circuitry to avoid excessive power dissipation and voltage stress.