IRKH330/16 DUAL THYRISTOR POWER MODULE

Name: IRKH330/16 DUAL THYRISTOR POWER MODULE
Brand: MICROCHIP TECHNOLOGIES
Price: 4000.0 INR
Availability: InStock

Price 4000.0 INR/ Piece

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MOQ : 1 Piece

IRKH330/16 DUAL THYRISTOR POWER MODULE Specification

Product Type
Dual Thyristor Power Module

Application
Power control applications, motor drives, rectifiers, AC/DC conversion, industrial automation

Supply Voltage
Up to 1600V

Dissipation Power
High power dissipation capability (refer datasheet for specifics)

Operating Temperature
-40C to +125C

Power Consumption
Dependent on application (see technical datasheet)

Temperature Range
-40C to +125C

Input Voltage
Up to 1600V

Voltage Regulator Type
Not applicable (thyristor based)

Size
Approx. 106mm x 62mm x 30mm

Weight
Around 0.6 kg

Average On-State Current (IT(AV))
Approx. 210 A

Peak Repetitive Off-State Voltage (VDRM/VRRM)
1600 V

Gate Trigger Current (IGT)
Max 200 mA

Mounting Type
Screw mount, panel mount

Surge Current (ITSM)
4400 A (10 ms)

Insulation Voltage
2500 V RMS (terminals to baseplate)

Case Style
High-power module case with insulated baseplate

Circuit Configuration
Dual common cathode

RMS On-State Current (IT(RMS))
330 A

Commutation dv/dt
1000 V/s

About IRKH330/16 DUAL THYRISTOR POWER MODULE

Take advantage of instant savings and outstanding reliability with the IRKH330/16 DUAL THYRISTOR POWER MODULE. Designed for pivotal performance in high-demand industrial automation, motor drives, and AC/DC conversion, this splendid module delivers a peak repetitive off-state voltage of 1600V and an impressive RMS on-state current of 330A. Enjoy superior power dissipation, advanced insulation for secure operation, and a dual common cathode configuration for remarkable flexibility. Its robust, insulated case ensures effortless mounting. Don't miss this promotion-optimize your system with IRKH330/16 for sustained excellence.

Versatile Applications and Remarkable Features

The IRKH330/16 DUAL THYRISTOR POWER MODULE excels in diverse application surfaces including industrial automation, rectifiers, motor drives, and robust AC/DC conversion systems. Its features, such as dual common cathode circuitry, high surge current tolerance, and easy screw or panel mounting, position it as an outstanding choice for pivotal power control projects. With an insulated baseplate and compact design, it ensures seamless integration into high-performance machines across demanding environments.

Certifications, Packaging, and Payment Insights

IRKH330/16 DUAL THYRISTOR POWER MODULE is shipped with meticulous packaging to guarantee product integrity upon dispatch. Certifications are available upon request, ensuring compliance with stringent industrial standards. Proposal amounts and the asking price can be discussed at the time of inquiry. Flexible payment terms accommodate varied procurement needs, and prompt dispatch ensures swift fulfillment after your order is placed and approved.

FAQ's of IRKH330/16 DUAL THYRISTOR POWER MODULE:

Q: How can the IRKH330/16 DUAL THYRISTOR POWER MODULE be mounted for optimal performance?

A: This module supports both screw mount and panel mount configurations, allowing for flexible installation onto your chosen equipment to deliver secure and efficient thermal management.

Q: What makes the IRKH330/16 suitable for industrial power control applications?

A: Its high RMS on-state current (330A), substantial surge capability, and insulated baseplate provide the durability and reliability needed for demanding environments such as motor drives and automation systems.

Q: When can I expect my IRKH330/16 module to be dispatched after placing an order?

A: Once your order is confirmed and payment terms are settled, the module is dispatched promptly with secure packaging to ensure safe transit and rapid delivery.

Q: Where is the IRKH330/16 primarily used within industrial settings?

A: It is predominantly used in high-power environments such as rectifiers, AC/DC converters, industrial automation systems, and motor drives.

Q: What are the benefits of the dual common cathode circuit configuration in this module?

A: The dual common cathode design enhances system flexibility, allowing more streamlined integration in circuits requiring simultaneous or separate thyristor control.

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