SEMIKRON SKIIP 36NAB126V1 IGBT

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SEMIKRON SKIIP 36NAB126V1 IGBT Specification

Mounting Type
Baseplate (screw) mount

Phase
3-Phase

Current
36A

Frequency
50/60Hz

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

Connectivity Type
PCB Connection

Installation Type
Screw Mount

Protection Level
Isolation provided by module design

Features
SKiiP technology, Press-fit contacts, High efficiency, Compact design

Switch Type
IGBT

Output
1200V, 36A

Product Type
IGBT Module

Operating Temperature
-40C to +125C

Working Temperature
-40C to +125C

Input
1200V

Application
Industrial Motor Drives, Inverters, Power Supplies

Supply Voltage
1200V

Dimension (L*W*H)
93mm x 55mm x 16mm

Weight
Approx. 230g

About SEMIKRON SKIIP 36NAB126V1 IGBT

Step into a new realm of power management with the exclusive SEMIKRON SKIIP 36NAB126V1 IGBT. This grandiose half-bridge compact module, featuring the magnificent SKiiP technology, boasts a sizzling performance with a prime 36A continuous collector current and 1200V collector-emitter voltage. Designed for spotlight industrial motor drives, inverters, and power supply applications, it guarantees reliable and efficient operation across a vast temperature spectrum. Installation is streamlined with its press-fit and screw contact options. Experience prime efficiency in a compact, robust moduleyour optimal choice for demanding environments.

Application Advantage & Sites of Use

The SEMIKRON SKIIP 36NAB126V1 IGBT is a magnificent solution for industrial motor drives, high-performance inverters, and sophisticated power supplies. With outstanding insulation and robust isolation, this module excels in heavy-duty environments. Its compact footprint supports seamless integration in renewable energy systems, while offering the advantage of high efficiency and reliability. Benefit from its grandiose versatility across a variety of industrial sites, ensuring continuous, optimal performance in demanding power electronics applications.

Supply Efficiency, Certifications & Domestic Availability

The SEMIKRON SKIIP 36NAB126V1 IGBT is supported by prompt order completion and swift dispatch processes, ensuring you receive your PRIME module without delay. Certified for safety and performance excellence, the module is available throughout the main domestic market. Secure, reliable transport services guarantee the pristine delivery of your IGBT, backed by full certification and quality assurance. Trust in seamless logistics and robust supply ability for uninterrupted power supply and industrial operations.

FAQs of SEMIKRON SKIIP 36NAB126V1 IGBT:

Q: How can the SEMIKRON SKIIP 36NAB126V1 IGBT enhance industrial motor drives?

A: The module significantly improves industrial motor drives by delivering high current and voltage capabilities, ensuring stable, efficient, and reliable performance under demanding operational conditions.

Q: What are the primary application areas for the SEMIKRON SKIIP 36NAB126V1 IGBT?

A: This IGBT module is primarily used in industrial motor drives, inverters, power supplies, and renewable energy systems, making it versatile for diverse power electronics and motor control tasks.

Q: When should the SKIIP 36NAB126V1 module be selected over other IGBTs?

A: Choose this module when you require compact design, high power dissipation, robust insulation, and the advantage of SKiiP technology for applications with strict efficiency and reliability demands.

Q: Where is the SEMIKRON SKIIP 36NAB126V1 IGBT typically installed?

A: It is commonly installed in power electronic systems, motor control panels, and renewable energy setups that demand high insulation and secure PCB press-fit or screw mounting options.

Q: What process ensures the safe and timely supply of this IGBT module?

A: The supply process includes immediate order completion, certification verification, and secure, certified transport services for nationwide and domestic market delivery.

Q: How does the modules insulation and protection design benefit users?

A: Its advanced isolation ensures safe operation, reducing risks of electrical faults and ensuring reliable performance, especially in high-voltage and sensitive industrial settings.

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