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SM15T36A-E3/9AT

SM15T36A-E3/9AT

Product Overview

Category

The SM15T36A-E3/9AT belongs to the category of TVS (Transient Voltage Suppressor) diodes.

Use

It is used for surge protection in various electronic circuits and systems to safeguard against voltage transients and spikes.

Characteristics

  • Low clamping voltage
  • Fast response time
  • High surge current capability
  • RoHS compliant

Package

The SM15T36A-E3/9AT is available in a DO-214AB (SMC) package.

Essence

This TVS diode serves as a critical component in protecting sensitive electronic devices from voltage surges and transients.

Packaging/Quantity

The SM15T36A-E3/9AT is typically packaged in reels with a quantity of 3000 units per reel.

Specifications

  • Standoff Voltage: 30.8V
  • Breakdown Voltage: 34.2V
  • Peak Pulse Power: 1500W
  • Operating Temperature Range: -55°C to +150°C
  • Reverse Standoff Voltage: 26.5V

Detailed Pin Configuration

The SM15T36A-E3/9AT features a standard SMC package with two pins for connection.

Functional Features

  • Provides effective protection against transient overvoltage events
  • Rapid response to voltage spikes
  • Low clamping voltage ensures minimal impact on the protected circuit

Advantages

  • High surge current capability
  • RoHS compliant, making it environmentally friendly
  • Compact SMC package for easy integration into circuit designs

Disadvantages

  • Limited to specific voltage ranges
  • May require additional components for comprehensive surge protection in complex systems

Working Principles

The SM15T36A-E3/9AT operates by diverting excessive voltage away from sensitive components, thereby limiting the voltage across the protected circuit.

Detailed Application Field Plans

The SM15T36A-E3/9AT is commonly used in: - Telecommunication equipment - Industrial control systems - Automotive electronics - Power supplies - Consumer electronics

Detailed and Complete Alternative Models

  • SM15T33A-E3/9AT
  • SM15T39A-E3/9AT
  • SM15T36CA-E3/9AT

In conclusion, the SM15T36A-E3/9AT TVS diode offers reliable surge protection for a wide range of electronic applications, with its fast response time and high surge current capability making it a valuable component in safeguarding against voltage transients and spikes.

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Énumérez 10 questions et réponses courantes liées à l'application de SM15T36A-E3/9AT dans les solutions techniques

  1. What is the maximum peak pulse current rating of SM15T36A-E3/9AT?

    • The maximum peak pulse current rating of SM15T36A-E3/9AT is 400A.
  2. What is the breakdown voltage of SM15T36A-E3/9AT?

    • The breakdown voltage of SM15T36A-E3/9AT is 36V.
  3. What is the typical clamping voltage of SM15T36A-E3/9AT?

    • The typical clamping voltage of SM15T36A-E3/9AT is 58.1V at 10A.
  4. What are the applications of SM15T36A-E3/9AT in technical solutions?

    • SM15T36A-E3/9AT is commonly used for transient voltage suppression in various electronic equipment and systems, including power supplies, telecommunications equipment, and automotive electronics.
  5. What is the operating temperature range of SM15T36A-E3/9AT?

    • The operating temperature range of SM15T36A-E3/9AT is -55°C to +175°C.
  6. Is SM15T36A-E3/9AT RoHS compliant?

    • Yes, SM15T36A-E3/9AT is RoHS compliant, making it suitable for use in environmentally conscious designs.
  7. What is the package type of SM15T36A-E3/9AT?

    • SM15T36A-E3/9AT is available in a DO-214AB (SMC) package.
  8. Does SM15T36A-E3/9AT have a low leakage current?

    • Yes, SM15T36A-E3/9AT features a low leakage current, which is beneficial for minimizing power loss in applications.
  9. Can SM15T36A-E3/9AT be used for surge protection in industrial control systems?

    • Yes, SM15T36A-E3/9AT is suitable for surge protection in industrial control systems, offering reliable overvoltage protection.
  10. Are there any recommended layout considerations for incorporating SM15T36A-E3/9AT in circuit designs?

    • It is recommended to minimize the length and area of the PCB traces connected to SM15T36A-E3/9AT to reduce parasitic inductance and optimize its performance in transient suppression.