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SMCJ90C

SMCJ90C - English Editing Encyclopedia Entry

Product Overview

Category

The SMCJ90C belongs to the category of semiconductor devices, specifically a type of transient voltage suppressor diode (TVS diode).

Use

It is used for providing overvoltage protection in electronic circuits and systems.

Characteristics

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

Package

The SMCJ90C is typically available in a surface-mount package.

Essence

The essence of SMCJ90C lies in its ability to protect sensitive electronic components from voltage spikes and surges.

Packaging/Quantity

It is commonly packaged in reels or trays, with quantities varying based on manufacturer specifications.

Specifications

  • Breakdown Voltage: 90V
  • Peak Pulse Power Dissipation: 1500W
  • Operating Temperature Range: -55°C to +150°C
  • Package Type: SMC (DO-214AB)

Detailed Pin Configuration

The SMCJ90C typically has two pins, with the anode and cathode connections clearly marked on the package.

Functional Features

  • Provides effective protection against transient voltage events
  • Fast response time ensures minimal impact on the protected circuit
  • Low clamping voltage helps in preventing damage to downstream components

Advantages

  • Robust overvoltage protection
  • Compact surface-mount package
  • Wide operating temperature range

Disadvantages

  • Limited power dissipation capability compared to some larger TVS diodes
  • May require additional circuitry for comprehensive surge protection in high-power applications

Working Principles

When a voltage surge occurs, the SMCJ90C conducts and clamps the voltage to a safe level, diverting the excess energy away from the protected circuit.

Detailed Application Field Plans

The SMCJ90C is commonly used in various electronic systems, including: - Power supplies - Communication equipment - Automotive electronics - Industrial control systems

Detailed and Complete Alternative Models

Some alternative models to SMCJ90C include: - P6KE90CA - 1.5SMC90CA - SMBJ90A

In conclusion, the SMCJ90C is a vital component in safeguarding electronic circuits from voltage transients, offering a balance of performance and compactness suitable for a wide range of applications.

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Enumere 10 preguntas y respuestas comunes relacionadas con la aplicación de SMCJ90C en soluciones técnicas

Sure, here are 10 common questions and answers related to the application of SMCJ90C in technical solutions:

  1. What is SMCJ90C?

    • SMCJ90C is a type of transient voltage suppressor diode designed to protect electronic circuits from overvoltage transients.
  2. What is the maximum peak pulse current for SMCJ90C?

    • The maximum peak pulse current for SMCJ90C is typically 300A.
  3. What is the breakdown voltage of SMCJ90C?

    • The breakdown voltage of SMCJ90C is 90V.
  4. What are the typical applications of SMCJ90C?

    • SMCJ90C is commonly used in power supplies, telecommunications equipment, automotive electronics, and industrial control systems to protect against voltage spikes and surges.
  5. How does SMCJ90C provide overvoltage protection?

    • SMCJ90C clamps the voltage across the protected circuit when it exceeds the breakdown voltage, diverting excess current away from sensitive components.
  6. What is the response time of SMCJ90C?

    • The response time of SMCJ90C is very fast, typically in the nanosecond range, providing rapid protection against voltage transients.
  7. Can SMCJ90C be used for both AC and DC applications?

    • Yes, SMCJ90C can be used for both AC and DC applications.
  8. What is the operating temperature range of SMCJ90C?

    • The operating temperature range of SMCJ90C is typically -55°C to 150°C.
  9. Is SMCJ90C RoHS compliant?

    • Yes, SMCJ90C is RoHS compliant, making it suitable for use in environmentally conscious designs.
  10. Are there any specific layout considerations when using SMCJ90C in a circuit?

    • It is important to minimize the length and impedance of the traces connecting SMCJ90C to the circuit to ensure optimal performance during transient events.

I hope these questions and answers are helpful! Let me know if you need further assistance.