Infineon IGBT

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Infineon IGBT Specification

Connectivity Type
Screw Terminals

Usage & Applications
Power Conversion, Motor Control, Renewable Energy Systems

Output
1200V

IP Rating
IP20

Current
75A

Phase
Three Phase

Protection Level
Gate Protection Circuitry

Pole Type
Double Pole

Installation Type
Panel Mount

Features
Low saturation voltage, High switching speed, Robust design

Mounting Type
Chassis/Panel Mount

Switch Type
Electronic

Frequency
50/60Hz

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
DC/AC

Application
Industrial motor drives, UPS, inverter systems

Supply Voltage
1200V

Accuracy
High electrical efficiency

Dimension (L*W*H)
Industrial Standard Module Size

Weight
Approx 200g

Module Configuration
Half Bridge

Pulse Width Modulation
Supported

Gate Threshold Voltage
6V (typical)

RoHS Compliance
Yes

Package Type
Standard Infineon Power Module

Turn-Off Delay Time
150ns

Model Number
FF75R12YT4

Collector-Emitter Saturation Voltage (Vce(sat))
1.8V (typical)

Isolation Voltage
2500V

Technology
Trench/Fieldstop IGBT

Cooling
Forced Air or Liquid Cooling

Storage Temperature
-55°C to +150°C

Short Circuit Withstand Time
10µs

About Infineon IGBT

Discover the distinguished Infineon IGBT FF75R12YT4, a best-seller renowned for its praiseworthy reliability and first-class performance. Equipped with a trench/fieldstop technology and robust gate protection circuitry, this power module achieves fresh benchmarks in efficiency and speed. Take advantage of its low collector-emitter saturation voltage, fast switching (turn-off delay: 150ns), and optimal current handling (75A). Suited for demanding industrial motor drives, renewable energy systems, and UPS applications, its IP20-rated, RoHS compliant design ensures safe, durable operation. Panel mount and screw terminal connectivity make installation seamless for professional users.

Versatility and Feature-Rich Performance

Infineon IGBT FF75R12YT4 excels across varied application surfaces, including industrial panels and power conversion setups. Designed for motor control, inverter systems, and renewable energy integration, its distinguished half-bridge configuration and gate protection features stand out. The module supports both forced air and liquid cooling, ensuring adaptable thermal management in high-demand environments, making it ideal for three-phase electrical setups requiring consistent, high-efficiency switching.

Efficient Distribution and Market Presence

Infineon IGBT FF75R12YT4 is dispatched promptly to domestic markets and primary export regions, backed by streamlined logistics to meet global demands. Traders and suppliers benefit from rapid sample availability, supporting assessment and decision-making. The products rate of adoption remains high due to its reliability and distinguished features, making it a preferred choice for panel mount installations in both local and international industries.

FAQs of Infineon IGBT:

Q: How can the Infineon IGBT FF75R12YT4 be used in renewable energy systems?

A: This module can be integrated into renewable energy systems for efficient power conversion, motor control, and inverter operation, providing reliable switching and robust performance.

Q: What benefits does its trench/fieldstop IGBT technology offer?

A: The trench/fieldstop technology ensures lower saturation voltage and high switching speed, resulting in improved efficiency and reduced power loss during operation.

Q: Where is the Infineon IGBT typically installed?

A: It is designed for panel or chassis mounting, commonly found in industrial motor drives, UPS systems, and power conversion installations requiring robust performance.

Q: When is sample availability offered for this product?

A: Sample units of the Infineon IGBT FF75R12YT4 are readily available through authorized traders and suppliers, supporting evaluation before bulk purchasing.

Q: What is the process for installing the module?

A: The module features screw terminal connectivity and standard panel mounting, allowing for secure and straightforward installation in three-phase systems.

Q: How does gate protection circuitry enhance module safety?

A: Gate protection circuitry safeguards against voltage spikes and electrical disturbances, maintaining module integrity in demanding operational environments.

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