MCC310-16IO1 - THYRISTOR MOD.DUAL 320A 1600V Y2-DCB CHASSIS

MCC310-16IO1
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HT Part No. HT257250

Mfr. Part No. MCC310-16IO1

Manufacturer: IXYS

Technical Documents:

85 - In Stock pcs
Price:
£ 104.30
Units Per Unit Prices
1 - 1 £ 104.30
2 + £ 99.33
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Product Specification

Product Attributes
Series Thyristor Phase Control
Trr N/A
Gate Trigger (Vgt) 2V
Tq 200us
Junction Temperature (Tj) N/A
RMS On State (ITrms) 500A (2x500A)
Voltage (VRRM) 1.6kV
Configuration Dual
Mounting Type Chassis
Package / Case Y2-DCB
Applications N/A
Rohs ROHS
Packaging BOX
Manufacturer IXYS
Current On State (ITav) 320A (2x320A)
Current Temperature (IC) 85°C
Current Hold (IH) 150mA
Forward Drop (VT) 1.32V
Power Dissipation N/A
Operating Temperature -40°C~+125°C

More Information

The IXYS, 336784, a unique semiconductor device known as a thyristor, is a powerful switch for high-power alternating current (AC). In simple terms, it has the ability to control the flow of AC electricity, making it a versatile tool. This specific model is a dual thyristor, a distinctive feature that combines two individual 500 Amp thyristors into a single package, making it an ideal choice for managing even higher current loads.

Benefits You Get

  • With its ability to handle and regulate significant AC currents, the IXYS thyristor is a game-changer for industrial applications, offering a reliable and efficient solution.
  • Enables precise control over the average power delivered to a load by regulating the point at which the AC sine wave is turned on or off within each cycle.
  • It offers a compact solution for controlling high current loads and simplifies circuit design.

Use Cases

The IXYS, 336784 thyristors find use in various industrial settings, such as:

  • AC Power Control: Dimming lights, controlling motor speeds in machinery, and regulating heating elements are typical applications.
  • Battery Chargers: Can be utilised to regulate the charging current for large batteries.
  • Soft Start Circuits: These thyristors can help to gradually ramp up power to sensitive equipment, reducing inrush current and protecting components.

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