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P6KE400CA-T

P6KE400CA-T

Introduction

The P6KE400CA-T belongs to the category of transient voltage suppressor (TVS) diodes, which are used to protect sensitive electronic components from voltage spikes and transients. These diodes exhibit characteristics such as high surge capability, low clamping voltage, and fast response time. They are typically packaged in a DO-15 package and are available in various packaging quantities.

Specifications

  • Part Number: P6KE400CA-T
  • Category: TVS Diode
  • Voltage Rating: 342V to 380V
  • Power Dissipation: 600W
  • Package: DO-15
  • Packaging Quantity: 500 units per reel

Pin Configuration

The P6KE400CA-T TVS diode has a standard DO-15 package with two leads. The pin configuration is as follows: - Pin 1: Anode - Pin 2: Cathode

Functional Features

  • Transient Voltage Suppression: Provides protection against voltage spikes and transients.
  • Fast Response Time: Quickly clamps transient voltages to protect downstream components.
  • High Surge Capability: Can withstand large surge currents without degradation.

Advantages

  • Effective protection of sensitive electronic components.
  • Fast response time ensures minimal damage from voltage transients.
  • High surge capability for robust performance in demanding applications.

Disadvantages

  • Clamping voltage may not be as low as some alternative models.
  • Limited to specific voltage ratings within the range of 342V to 380V.

Working Principles

The P6KE400CA-T TVS diode operates by diverting excess transient current away from sensitive components when a voltage spike occurs. It achieves this by rapidly transitioning into a low-impedance state, effectively shunting the excess energy to ground and limiting the voltage across the protected circuit.

Application Field Plans

The P6KE400CA-T is commonly used in the following applications: - Power supplies - Communication equipment - Automotive electronics - Industrial control systems - Consumer electronics

Alternative Models

Some alternative TVS diode models that can be considered as alternatives to the P6KE400CA-T include: - 1.5KE400CA - SA5.0CA - SMAJ400A

In conclusion, the P6KE400CA-T TVS diode offers effective transient voltage suppression and fast response times, making it suitable for a wide range of applications. While it has certain limitations, its advantages make it a popular choice for protecting sensitive electronic components from voltage transients.

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  1. What is the P6KE400CA-T?

    • The P6KE400CA-T is a transient voltage suppressor diode designed to protect electronic circuits from voltage spikes and transients.
  2. What is the maximum peak pulse power of the P6KE400CA-T?

    • The maximum peak pulse power of the P6KE400CA-T is 600 watts.
  3. What is the breakdown voltage of the P6KE400CA-T?

    • The breakdown voltage of the P6KE400CA-T is 356 volts.
  4. How does the P6KE400CA-T protect electronic circuits?

    • The P6KE400CA-T clamps the voltage during transient events, diverting excess current away from sensitive components and preventing damage.
  5. In what applications can the P6KE400CA-T be used?

    • The P6KE400CA-T is commonly used in power supplies, automotive electronics, industrial equipment, and telecommunications systems.
  6. What is the response time of the P6KE400CA-T?

    • The response time of the P6KE400CA-T is very fast, typically in the nanosecond range.
  7. Can the P6KE400CA-T be used for overvoltage protection in solar inverters?

    • Yes, the P6KE400CA-T is suitable for overvoltage protection in solar inverters and other renewable energy systems.
  8. Is the P6KE400CA-T RoHS compliant?

    • Yes, the P6KE400CA-T is RoHS compliant, making it suitable for use in environmentally conscious designs.
  9. What is the operating temperature range of the P6KE400CA-T?

    • The P6KE400CA-T has an operating temperature range of -55°C to 175°C, making it suitable for a wide range of environments.
  10. Can multiple P6KE400CA-T diodes be connected in parallel for higher power handling?

    • Yes, multiple P6KE400CA-T diodes can be connected in parallel to increase the power handling capability in high-current applications.