IXYS DSEK60-12A, DIODE FRED Dual Cat. 2x26A 1200V THT TO247-3

DSEK60-12A
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HT Part No. HT295309

Mfr. Part No. DSEK60-12A

Manufacturer: IXYS

Technical Documents:

482 - In Stock pcs
Price:
£ 6.90
Units Per Unit Prices
1 - 29 £ 6.90
30 + £ 6.27
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Product Specification

Product Attributes
Series FRED
Diode Configuration Dual Common Cathode
Package / Case TO247-3
Polarity N/A
Rohs ROHS
Mounting Type THT
Case Material Epoxy
Operating Temperature -40°C~+150°C
Packaging TUBE
Manufacturer IXYS
Current - Average (Each Diode) 26A (2x26A)
Voltage (VRRM) 1.2kV
Reverse Recovery Time (Trr) 40ns
Applications General Purpose

More Information

The IXYS DSEK60-12A is a Fast Recovery Epitaxial Diode (FRED) designed for high-voltage, high-current applications. This dual diode can handle up to 26A per diode and operates at a maximum voltage of 1200V. Encased in a TO247-3 package, it is suitable for through-hole technology (THT) mounting, providing efficient performance and reliability in various power electronic applications.

Potential Advantages of Using the Fast Recovery Epitaxial Diode

  • Minimises power loss and improves efficiency.
  • Ensures robust mechanical stability and efficient heat dissipation.
  • Facilitates easy mounting and reliable connections.
  • Fast recovery time reduces energy loss.
  • Supports demanding applications with high current and voltage requirements.
  • Durable construction ensures long-term stability and reliability.
  • Dual diode configuration allows for versatile use in different circuits.
  • THT package simplifies the assembly process.

Where Can I Use the IXYS DSEK60-12A Fast Recovery Epitaxial Diode (FRED)?

  • Power Supplies: Ideal for use in switched-mode power supplies (SMPS).
  • Motor Drives: Suitable for industrial motor control and drives.
  • Inverters: Effective in solar inverters and other renewable energy applications.
  • High-Frequency Rectification: Utilised in circuits requiring efficient high-frequency rectification.
  • PFC Circuits: Commonly applied in Power Factor Correction (PFC) circuits to enhance efficiency.

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