Renesas Electronics America
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2SK1342-E
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2SK1342-E

Product Overview

Category

The 2SK1342-E belongs to the category of field-effect transistors (FETs).

Use

It is commonly used as a switching device in electronic circuits.

Characteristics

  • High input impedance
  • Low output impedance
  • Voltage-controlled operation

Package

The 2SK1342-E is typically available in TO-220 packaging.

Essence

This FET is essential for controlling the flow of current in various electronic applications.

Packaging/Quantity

It is usually packaged in reels or tubes, with quantities varying based on supplier and customer requirements.

Specifications

  • Maximum Drain-Source Voltage: 600V
  • Continuous Drain Current: 6A
  • Total Power Dissipation: 50W
  • Gate-Source Cutoff Voltage: -4V to -10V
  • Drain-Source On-State Resistance: 1.5Ω

Detailed Pin Configuration

The 2SK1342-E features three pins: 1. Gate (G) 2. Drain (D) 3. Source (S)

Functional Features

  • Fast switching speed
  • Low input capacitance
  • High breakdown voltage

Advantages

  • Efficient power handling
  • Reliable performance in high-frequency applications
  • Low noise operation

Disadvantages

  • Susceptible to static electricity damage
  • Sensitivity to overvoltage conditions

Working Principles

The 2SK1342-E operates based on the control of current flow between the drain and source terminals through the manipulation of the gate-source voltage.

Detailed Application Field Plans

Power Supplies

Utilized in power supply circuits for efficient switching and regulation.

Audio Amplifiers

In audio amplification circuits, it aids in signal amplification and modulation.

Motor Control

Used in motor control circuits for precise and efficient control of motor speed and direction.

Lighting Systems

Applied in lighting systems for dimming and switching operations.

Detailed and Complete Alternative Models

  • IRF540
  • FQP30N06L
  • STP16NF06

In conclusion, the 2SK1342-E field-effect transistor offers efficient switching capabilities and reliable performance in various electronic applications, making it a versatile component in modern electronic designs.

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Listen Sie 10 häufige Fragen und Antworten im Zusammenhang mit der Anwendung von 2SK1342-E in technischen Lösungen auf

  1. What is the maximum voltage and current rating for 2SK1342-E?

    • The maximum voltage rating for 2SK1342-E is 600V, and the maximum continuous drain current is 6A.

  2. What are the typical applications for 2SK1342-E?

    • 2SK1342-E is commonly used in power supply circuits, motor control, and general switching applications.

  3. What is the on-resistance (RDS(on)) of 2SK1342-E?

    • The typical on-resistance of 2SK1342-E is around 0.8 ohms.

  4. Does 2SK1342-E require a heat sink for operation?

    • It is recommended to use a heat sink when operating 2SK1342-E at high currents or in high ambient temperatures to ensure proper thermal management.

  5. Can 2SK1342-E be used in automotive applications?

    • Yes, 2SK1342-E can be used in automotive applications such as electronic control units (ECUs) and motor drive systems.

  6. What is the maximum junction temperature for 2SK1342-E?

    • The maximum junction temperature for 2SK1342-E is 150°C.

  7. Is 2SK1342-E suitable for use in high-frequency switching applications?

    • While 2SK1342-E can be used in some high-frequency applications, it is more commonly employed in low to moderate frequency switching due to its characteristics.

  8. What are the key differences between 2SK1342-E and similar MOSFETs?

    • One key difference is the specific voltage and current ratings, as well as the on-resistance and gate charge characteristics, which may vary among different MOSFETs.

  9. Are there any recommended driver circuits for 2SK1342-E?

    • It is advisable to use a gate driver circuit that can provide sufficient voltage and current to drive the gate of 2SK1342-E effectively.

  10. What are the typical failure modes of 2SK1342-E and how can they be mitigated?

    • Common failure modes include overcurrent, overvoltage, and thermal overstress. These can be mitigated by implementing appropriate protection circuits, ensuring proper heatsinking, and adhering to the specified operating conditions.