INFINEON IGBT MODULE FD1200R17KE3-K_B2

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INFINEON IGBT MODULE FD1200R17KE3-K_B2 Specification

Protection Level
IP20

Thickness
Standard, as per module specification

Panel Type
Module - no panel

Rated Current
1200 A

Connectivity Type
Bus Bar Connection

Components
Integrated Gate Bipolar Transistor (IGBT), Diode

Cooling System
Forced Air or Water Cooling (External)

Base Material
Copper Base Plate

Rated Operation Voltage
1700 V

Protection Class
Class I

Cover Material
Polycarbonate Plastic

Way
Three-phase

Control System
External Gate Driver Required

Operating Voltage
1700 V

Current Rating
1200 A

Features
High Power Density, Low Switching Losses, Robust Module Design

Rated Insulation Voltage
2500 V

Product Type
IGBT Power Module

Material
Plastic & Metal (Semiconductor Package)

Surface Finish
Matte

Standard
IEC / Infineon Standards

Surface Color
Black

Rated Voltage
1700 V

Frequency (MHz)
50/60 Hz

Maximum Output Current
1200 A

Dimension (L*W*H)
190 mm 135 mm 38 mm

Application
Industrial Drives, Inverters, Power Supplies

IP Rating
IP20

About INFINEON IGBT MODULE FD1200R17KE3-K_B2

The INFINEON IGBT MODULE FD1200R17KE3-K_B2 is a highlighted, best-seller product, renowned for its formidable performance and robust dual IGBT configuration with integrated freewheeling diodes. With a lofty 2500 V isolation voltage and a remarkable 1700 V rated operation voltage, this must-have module ensures reliable operation in demanding industrial environments. Designed for high-power applications, it features a gorgeous matte finish and RoHS-compliant build. Its impressive 1200 A current rating and IP20 protection make it indispensable for industrial drives, inverters, and power supplies.

Industrial Excellence: Uses, Benefits & Versatile Applications

INFINEON IGBT MODULE FD1200R17KE3-K_B2 is engineered for use in heavy-duty industrial drives, high-power inverters, and advanced power supply systems. Its advantage lies in high power density and low switching losses, ensuring efficiency in various plant applications. The robust module design guarantees durability in harsh industrial environments, while its integration capabilities make it an optimal choice for modern automation solutions requiring steadfast, reliable semiconductor technology.

Sample Policy & Supply: Order and Valuation Simplified

Samples of FD1200R17KE3-K_B2 are available for qualified projects, allowing you to evaluate the list price and technical fit before large-scale implementation. Supply ability remains consistent due to Infineons reliable distribution network. The sample policy enables potential buyers to complete valuation and order completion efficiently, ensuring seamless integration and project advancement for industrial clients seeking state-of-the-art IGBT solutions.

FAQs of INFINEON IGBT MODULE FD1200R17KE3-K_B2:

Q: How does the INFINEON IGBT MODULE FD1200R17KE3-K_B2 benefit industrial applications?

A: The module offers high power density, robust design, and low switching losses, making it ideal for use in industrial drives, inverters, and power supply systems, thereby enhancing efficiency and operational reliability.

Q: What are the key features of the FD1200R17KE3-K_B2 IGBT module?

A: Highlighted features include dual IGBT with integrated freewheeling diodes, 2500 V isolation voltage, 1200 A current rating, IP20 protection level, compliance with IEC/Infineon standards, and a durable matte-finished design.

Q: Where can the FD1200R17KE3-K_B2 IGBT module be mounted and used?

A: It is designed for screw mount installation and is widely used across industrial plants, power inverters, and high-demand automation setups, operating reliably in various environmental conditions.

Q: What is the process for acquiring a sample module?

A: Interested buyers can request a sample, which will be supplied based on project requirements and eligibility. This enables thorough evaluation before finalizing the order and completing integration.

Q: When is it recommended to use this module with forced air or water cooling?

A: Forced air or water cooling is advised during high-load or continuous operation to maintain optimal thermal conditions and extend the modules operational lifespan in intensive industrial environments.

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