SEMIKRON IGBT

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SEMIKRON IGBT Specification

Protection Level
Overcurrent, Overtemperature Protection

Pole Type
Single Pole

Features
High efficiency, low switching losses, robust design

Output
AC

Installation Type
Panel Mount

Usage & Applications
For high-power industrial applications

Switch Type
Insulated Gate Bipolar Transistor (IGBT)

Mounting Type
Chassis Mount

Current
150A

Phase
Three Phase

IP Rating
IP20

Frequency
50/60 Hz

Connectivity Type
Screw Terminal

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
DC

Application
Power electronics, motor drives, inverters, UPS

Supply Voltage
1200V

Dimension (L*W*H)
134 mm x 38 mm x 30 mm (approx.)

Weight
500g (approx.)

About SEMIKRON IGBT

Take advantage of the commanding performance and elite efficiency of the SEMIKRON SKM150GB125D IGBT Module, a best-seller and the ultimate solution for high-power industrial applications. This new release, armed with advanced NPT technology, delivers a robust 1200V collector-emitter voltage, 150A collector current, and 600W power dissipation. With integrated overcurrent and overtemperature protection, this module guarantees safety and reliability. Ideal for motor drives, inverters, and UPS, its high efficiency and low switching losses maximize productivity. RoHS compliant and built for demanding environments, this module stands out as a powerhouse in power electronics.

Extra Features and Areas of Application

The SEMIKRON SKM150GB125D IGBT stands out with its high efficiency, low switching losses, and rugged design. Equipped with advanced protection features, it is trusted for heavy-duty operations. Widely used in motor drives, UPS, inverters, and various power electronic systems, it excels in environments demanding high reliability. This module is engineered for panel or chassis mount, making it suitable for sectors like industrial automation, renewable energy, and transportation infrastructures, offering robust solutions where performance matters most.

Sample Availability, Packaging, and Supply

SEMIKRON SKM150GB125D IGBT modules are available as samples for evaluation and design optimization. Packaging details are tailored for secure and efficient transportation to ensure safe delivery, supporting both local and export markets. Charge and billing information is transparently provided upon order confirmation. With a robust supply ability, these modules are distributed worldwide, ensuring timely availability for manufacturers, suppliers, and traders looking to enhance their power control systems.

FAQs of SEMIKRON IGBT:

Q: How can I obtain a SEMIKRON SKM150GB125D IGBT sample for testing?

A: You can request a sample of the SEMIKRON SKM150GB125D IGBT through authorized suppliers or distributors. Samples are provided for evaluation, helping you validate compatibility in your specific application before committing to bulk orders.

Q: What are the main applications for the SEMIKRON SKM150GB125D IGBT module?

A: This IGBT module is ideal for high-power industrial applications. Its uses include motor drives, UPS systems, and inverters, particularly in settings like industrial automation, renewable energy installations, and large-scale transportation infrastructure.

Q: When should I choose an NPT IGBT like the SKM150GB125D for my project?

A: Choose the SKM150GB125D when you need high reliability, low switching losses, and performance in demanding power electronic environments, especially where robust overcurrent and overtemperature protection is crucial.

Q: Where is the SEMIKRON SKM150GB125D typically installed?

A: This IGBT module is designed for chassis or panel mounting, making it suitable for installation within industrial control cabinets, inverter assemblies, and other electrical enclosures requiring three-phase power switching.

Q: What benefits does the SEMIKRON SKM150GB125D offer for power electronics?

A: The SKM150GB125D offers high efficiency, a robust and reliable design, excellent isolation voltage, and integrated protection features, ensuring minimal downtime, improved safety, and consistent performance in critical applications.

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