IXYS MCC21-14IO8B IGBT Module


The IXYS MCC21-14IO8B IGBT Module offers a range of features, making it a versatile choice for various applications. Some of its notable attributes include:

Features:

  • Utilizes an international standard package, JEDEC TO-240 AA, ensuring compatibility and ease of use.
  • Equipped with a direct copper bonded Al2O3-ceramic base plate, enhancing thermal conductivity for efficient performance.
  • Employs planar passivated chips for improved functionality and reliability.
  • Provides an isolation voltage of 3600 V~, ensuring secure operation.
  • Offers gate-cathode twin pins for version 1B, enhancing flexibility and options.

Applications:

  • Suitable for DC motor control applications, enabling precise power management.
  • Ideal for soft-start AC motor controllers, ensuring smooth and controlled motor startups.
  • Can be used for light, heat, and temperature control, enabling efficient regulation.

Advantages:

  • Contributes to space and weight savings, optimizing system design.
  • Features straightforward mounting with two screws, simplifying installation.
  • Offers improved temperature and power cycling capabilities, enhancing longevity.
  • Reduces the need for extensive protection circuits due to its advanced design.

Absolute Maximum Ratings:

  • Max. non-repetitive reverse/forward blocking voltage: 1500V
  • Max. repetitive reverse/forward blocking voltage: 1400V
  • RMS current per terminal: 200 A
  • Virtual junction temperature: -40~125 °C
  • Operation temperature: -40~100°C
  • Storage temperature: -40~125 °C
  • Weight: 81g
  • Mounting torque: 2.5~4 N.M
  • Isolation voltage: 3600V

Additional Information:

  • The module exhibits a slope resistance of 13.8 mΩ.

With its comprehensive features, robust construction, and versatile applications, the IXYS MCC21-14IO8B IGBT Module stands as a reliable choice for efficient power control and management in various industrial and commercial contexts. Its advanced attributes contribute to enhanced system performance, durability, and overall efficiency.