SEMIKRON SKIIP 82AHB15T1 IGBT

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SEMIKRON SKIIP 82AHB15T1 IGBT Specification

Protection Level
Insulated

Usage & Applications
Motor Control, Power Inverter

Installation Type
Module Mount

Switch Type
IGBT

Connectivity Type
Screw terminals

Features
Heat Sinks Required, High Efficiency, Power Integrated

Current
82A

Phase
Three Phase

Frequency
50/60 Hz

Output
1500V

Mounting Type
Screw Mount

Product Type
IGBT Module

Operating Temperature
-40C to +125C

Working Temperature
-40C to +125C

Input
DC

Application
Industrial Motor Drives, Power Supplies, Inverters, Renewable Energy Systems

Supply Voltage
1500V

Dimension (L*W*H)
153 mm x 62 mm x 30 mm (approx)

Weight
Approx. 1.2 kg

About SEMIKRON SKIIP 82AHB15T1 IGBT

Capitalise on unbeatable value with the SEMIKRON SKIIP 82AHB15T1 IGBTan invincible solution for high-performance needs. This affordable, world-class IGBT module offers transcendent reliability, combining a robust 82A current handling capability and a 1500V collector-emitter voltage. Its integrated driver and protection functions ensure seamless operation, while the advanced SKiiP technology guarantees superior energy efficiency. Designed for industrial drives, wind and solar inverters, UPS, and power conversion systems, this RoHS-compliant module delivers premium performance and longevity, now available at a remarkable discount for smart buyers.

Exceptional Usage, Outstanding Features

The SEMIKRON SKIIP 82AHB15T1 IGBT excels in industrial and renewable energy environments, powering motor control, inverters, and advanced power supplies. Key features include high efficiency, insulated epoxy molded encapsulation, and integrated driver and protection circuits for safety. With its robust three-phase bridge architecture, fully insulated package, and compatibility across a wide temperature range, this module delivers reliable performance under demanding conditions, making it ideal for cutting-edge power management applications.

Sample Policy, Delivery, and Supply Ability

Benefit from our robust logistics and sample policy tailored for seamless transactions. Sample requests for the SEMIKRON SKIIP 82AHB15T1 IGBT are processed promptly, ensuring quick dispatching of shipped goods. Our solid supply chain guarantees expedited delivery times, while our abundant supply ability supports continuous demand. Every shipment is meticulously handled to provide efficient and reliable delivery, underlining our commitment to ensuring your project timelines remain on track.

FAQs of SEMIKRON SKIIP 82AHB15T1 IGBT:

Q: How is the SEMIKRON SKIIP 82AHB15T1 IGBT typically used in industrial applications?

A: This module is widely utilised in industrial motor drives, power supplies, inverters, and renewable energy systems, offering efficient power conversion and robust motor control.

Q: What are the key features that differentiate this IGBT from others?

A: Its world-class features include integrated driver and protection functions, high isolation voltage (4000V RMS), robust epoxy molding, high thermal conductivity, and three-phase bridge configuration, ensuring reliable and safe operation.

Q: When can I expect delivery after placing an order for the SEMIKRON SKIIP 82AHB15T1 IGBT?

A: Orders are dispatched promptly after processing, and our logistics ensure the goods are shipped quickly. Delivery times may vary based on location, but we prioritise swift and efficient shipment to all customers.

Q: What is the process to request a sample of the SEMIKRON SKIIP 82AHB15T1 IGBT?

A: You can request a sample by contacting our sales team. Once your request is received, samples are prepared and dispatched with streamlined shipping procedures to facilitate quick evaluation.

Q: Where is the SEMIKRON SKIIP 82AHB15T1 IGBT most commonly installed?

A: It is typically screw-mounted within industrial control panels, inverter systems, or power conversion hardware that requires a reliable and high-efficiency IGBT module.

Q: What benefits does the SKiiP technology bring to this IGBT module?

A: SKiiP technology enhances system efficiency, offers intelligent integration of drivers and protective features, and improves thermal management, maximising performance and prolonging lifespan.

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