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200A 1200V IGBT MODULE

Name: 200A 1200V IGBT MODULE
Brand: KHANDELWAL POWERTRONICS
Price: 3999.0 INR
Availability: InStock

Price 3999.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

200A 1200V IGBT MODULE Specification

Components
Insulated Gate Bipolar Transistor, Free-wheeling Diode

Input
Control Signal

IP Rating
Unspecified

Features
High current handling, low saturation voltage, robust design, compact size

Usage
Power Electronics, Inverter, Motor Drives, UPS, Industrial Applications

Interface
Screw Terminal/Pin Interface

Power Supply
DC

Power Source
External DC Supply

Response Time
Fast switching

Operating Temperature
-40C to +150C (Junction Temperature)

Output
Switched Power

Thermal Conductivity
High - copper baseplate for efficient heat dissipation

Product Type
IGBT Module

Application
Industrial, Automation, Motor Control, Renewable Energy

Rated Voltage
1200V

Supply Voltage
1200V

Size
Standard module size

Dimension (L*W*H)
Approx. 106mm x 62mm x 30mm

Function
Switching and amplifying electronic signals

Color
White / Metallic Contacts

Weight
Approx. 400g

Current Rating
200A

Capacity
200A

Thickness
Standard module profile

Frequency
Depends on application (typically up to 20kHz)

Mounting Type
Screw Mount

Gate Threshold Voltage
5V to 7V

Collector Emitter Saturation Voltage (Vce(sat))
Typically 2.2V at rated current

Baseplate Material
Copper

Polarity
N-Channel

Module Code
GD200HFTY120C2S

Number of Phases
Single/Three phase (depends on application circuit design)

Insulation Voltage
2500V (AC, one minute)

Eoff/Eon (Switching losses)
Low

200A 1200V IGBT MODULE Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5 Days

About 200A 1200V IGBT MODULE

STARPOWER GD200HFY120C2S IGBT Module

Product Overview

The STARPOWER GD200HFY120C2S is a high-performance, dual N-channel (half-bridge configuration) Insulated Gate Bipolar Transistor (IGBT) power module. Utilizing advanced Trench Field Stop IGBT technology, it delivers exceptionally low conduction losses and robust short-circuit ruggedness. The module is housed in an industry-standard low-inductance case with an isolated copper baseplate utilizing DBC (Direct Bonded Copper) technology for optimized thermal management.

Key Features

High Efficiency: Low saturation voltage ( $V_{CE(sat)}$ ) with a positive temperature coefficient.
Integrated Protection: Features 10s short-circuit capability and high maximum junction temperature handling up to 175C.
Optimized Performance: Equipped with fast and soft reverse recovery anti-parallel Free-Wheeling Diodes (FWD).
Secure Mounting: Designed with reliable, heavy-duty M6 screw/stud terminals for rugged panel-mount power connections.

Technical Specifications

Manufacturer: STARPOWER Semiconductor
Part Number: GD200HFY120C2S
Configuration: Dual / Half-Bridge
Package Type: Industry Standard C2 Module (Panel Mount)

Target Applications

General AC inverter and motor control drives
Uninterruptible Power Supplies (UPS)
Industrial motion and servo control systems

Efficient Power Switching Solution

This IGBT module is engineered to provide efficient and reliable switching and amplification of electronic signals. Its fast switching characteristics, low collector-emitter saturation voltage, and high insulation voltage safeguard performance in high-power environments, making it a trusted choice for industrial automation, motor control, and renewable energy sectors.

Robust Construction and Easy Installation

Featuring a screw-mount interface and copper baseplate, the module offers robust mechanical stability and excellent heat dissipation. The compact, standardized profile simplifies integration into power electronics systems, while the metallic contacts ensure secure electrical connections for consistent operation even under heavy loads.

FAQ's of 200A 1200V IGBT MODULE:

Q: How should the 200A 1200V IGBT module be installed for optimal performance?

A: The module is designed for screw mount installation, ensuring firm contact with the heatsink to enhance heat dissipation. Use compatible mounting hardware and apply thermal compound to the copper baseplate to maximize thermal conductivity and overall module efficiency.

Q: What types of applications benefit from using this IGBT module?

A: It is ideally suited for power electronics, inverter systems, motor drives, uninterruptible power supplies (UPS), and motor control within industrial and automation environments. Its capability to handle high currents and voltages makes it a versatile choice for demanding renewable energy and industrial applications.

Q: When is it important to consider the switching frequency limitations of this IGBT module?

A: Switching frequency should be selected based on your application's requirements, typically up to 20kHz. High frequencies can improve system performance but may also increase switching losses and thermal load, so it's vital to balance frequency with thermal management and system efficiency.

Q: Where can the module be integrated within an application circuit?

A: This module is designed for flexible use in either single-phase or three-phase circuits, depending on system design. It can be integrated within the power stage of inverters, motor controllers, and industrial automation equipment where high power switching is required.

Q: What process ensures the module's electrical isolation and safety?

A: It features a high insulation voltage (2500V AC for one minute) between the main terminals and the baseplate, offering robust electrical isolation and safety during operation. Proper installation and insulation practices further enhance operational safety and reliability.

Q: How does the copper baseplate contribute to the module's performance?

A: The copper baseplate offers excellent thermal conductivity, efficiently transferring heat away from the IGBT and diode components. This helps maintain optimal operating temperatures and ensures reliable, extended module life even in high-power applications.

Q: What are the key benefits of using this IGBT module in industrial systems?

A: Key benefits include high current handling capability, low saturation voltage for reduced power loss, fast switching performance, and rugged design suitable for varying environmental conditions. Together, these features enhance system efficiency, reliability, and operational longevity.

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