Electronic Infineon IGBT

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Electronic Infineon IGBT Specification

Features
High Power Density, Low Switching Losses, Robust Design

Output
1200V

Protection Level
Overcurrent, Short-circuit, Overtemperature

Mounting Type
Chassis Mount

Connectivity Type
Solder Pin / Screw Terminal

Installation Type
PCB Mount, Bolt-On

Current
75A

Switch Type
IGBT (Insulated-Gate Bipolar Transistor)

IP Rating
IP20

Frequency
20 kHz ~ 50 kHz

Usage & Applications
Motor Control, Renewable Energy, Power Conversion

Phase
Three Phase

Product Type
Infineon IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
Gate Drive Voltage (typically +/-15V)

Application
Industrial Motor Drives, Inverters, UPS, Power Supplies

Supply Voltage
1200V max (Collector-Emitter)

Dimension (L*W*H)
134mm x 45mm x 30mm (typical module size)

Weight
approx. 0.4 kg

About Electronic Infineon IGBT

Unlock invincible performance with the Electronic Infineon IGBT Series: IGBT4/IGBT5, designed for those seeking classic reliability in motor drives, power conversion, and renewable energy solutions. Reserve your last chance to own a blue-ribbon modulenow RoHS compliant and boasting a robust Class F temperature rating for extreme conditions. With a typical 75A current, 1200V output, and superior short-circuit protection, this industry-standard module provides high power density and low switching losses for seamless industrial operations. Dont miss this opportunity, stock ready for immediate dispatch!

Versatile Usage & Applications

Electronic Infineon IGBT modules are engineered for industrial motor control, renewable energy systems, power supplies, and inverters. With their high power density and robust design, these modules excel in demanding environments. Installation is straightforward, offering both PCB mount and bolt-on options with solder pin or screw terminal connectivity. Their versatility extends to UPS systems and advanced power conversion tasksmaking them the preferred choice for suppliers and traders across India.

Export Markets & Supply Readiness

Our Electronic Infineon IGBT modules are stock ready for dispatch to major export markets globally. The supply ability meets high-volume demands, ensuring prompt shipment and consistent availability. Sale price offers and special sample policies are available for qualified buyers to facilitate seamless procurement. Whether you are dispatching bulk orders or requesting samples, our process guarantees expedited deliveryempowering industry leaders to meet rapid production schedules with confidence.

FAQs of Electronic Infineon IGBT:

Q: How do I install the Electronic Infineon IGBT module for motor control?

A: Installation is user-friendly, with options for PCB mount or bolt-on chassis mount using either solder pin or screw terminals. Refer to the modules manual for specific wiring configurations and safety guidelines.

Q: What are the main benefits of using Infineon IGBT modules in industrial applications?

A: These modules offer high power density, low switching losses, and robust protection against overcurrent, short-circuit, and overtemperature. Their reliability and broad temperature range make them ideal for harsh industrial environments.

Q: Where can the Electronic Infineon IGBT be used apart from motor drives?

A: Besides motor control, Infineon IGBT modules are widely used in renewable energy, power supplies, UPS systems, and industrial inverters, thanks to their versatile application capability.

Q: When is the best time to reserve and purchase the Infineon IGBT modules?

A: Early reservation is advised to take advantage of stock ready status, ongoing sale price offers, and to secure timely delivery for your projects.

Q: What is the process for obtaining samples of this IGBT module?

A: Qualified buyers may request samples as per the current sample policy. Contact your supplier or trader in India to initiate the sample dispatch process.

Q: How does the protection level of Infineon IGBT modules enhance operational safety?

A: Integrated overcurrent, short-circuit, and overtemperature protection features safeguard equipment and prevent unexpected shutdowns, ensuring continuous and safe operations in demanding conditions.

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