SEMIKRON IGBT

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SEMIKRON IGBT Specification

IP Rating
IP20

Features
High Efficiency, Fast Switching, Robust Design

Installation Type
Panel Mount

Connectivity Type
Screw Terminal

Protection Level
Over-Current, Over-Voltage Protection

Phase
Three Phase

Frequency
Up to 20 kHz

Usage & Applications
Industrial Automation, Power Conversion Systems

Mounting Type
Screw Mount

Switch Type
Electronic Switch

Current
75A

Output
High Voltage/Current Switching

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
DC

Application
Industrial Motor Drives, Inverters, Power Supplies

Supply Voltage
1200V

Dimension (L*W*H)
134mm x 37mm x 30mm (approx)

Weight
250 g (approx)

Isolation Voltage
2500V RMS

Gate Emitter Voltage
20V

Case Material
Plastic/Resin

Collector Emitter Voltage (Vce)
1200V

Collector Current (Ic)
75A

Package Type
SEMIPACK

Response Time
Fast Switching (<1s)

Thermal Resistance
0.4 K/W

Model Number
SKM75GB123D

About SEMIKRON IGBT

Introducing the renowned SEMIKRON IGBT SKM75GB123Dyour unassailable solution for high-demand industrial needs. Secure this commanding hot deal for a limited time and unlock high efficiency and robust performance. With a collector emitter voltage of 1200V and a steadfast 75A current rating, this SEMIPACK module excels in rapid switching (<1s) and is engineered to withstand extreme temperatures from -40C to +150C. Its panel-mount design, over-current/over-voltage protection, and IP20 rating guarantee reliability in industrial motor drives, inverters, and power supplies. Act fast to claim this exceptional bargain!

Outstanding Features and Optimal Application

The SEMIKRON IGBT SKM75GB123D stands out for its fast switching capabilities, high efficiency, and robust construction. Purpose-built for industrial automation, power conversion, and motor drives, it ensures quick response and minimal thermal resistance. Simply panel mount using screw terminals for seamless integration. Ideal for demanding power supply scenarios in three-phase systems, it offers reliable, high-voltage switching and superior protection to safeguard critical equipment and operations.

Swift Delivery and Reliable Supply

Benefit from Express Shipping and quick dispatch from our FOB port with every purchase order of SEMIKRON IGBT SKM75GB123D. Our supply ability ensures consistent inventory to meet your project timelines. Request samples via our flexible sample policytailored for traders and suppliers. Whether you need prompt delivery or large-scale procurement, our service guarantees rapid handling from order placement to arrival, supporting uninterrupted industrial automation and system upgrades.

FAQs of SEMIKRON IGBT:

Q: How should the SEMIKRON IGBT SKM75GB123D be installed in industrial systems?

A: This IGBT module is designed for panel mounting via screw terminals. Simply secure it into the panel, connect the DC input through the designated terminals, and ensure proper thermal management for optimal performance.

Q: What unique benefits does the SKM75GB123D offer in power conversion applications?

A: With fast switching (<1s), high voltage/current capacity, and robust over-current/over-voltage protection, the SKM75GB123D delivers unassailable efficiency and reliability. It significantly improves operating safety and system performance in industrial automation.

Q: Where can I use the SEMIKRON SKM75GB123D effectively?

A: This IGBT is ideal for use in industrial motor drives, inverters, high-capacity power supplies, and other power conversion systems requiring three-phase electronic switching and high-efficiency operation.

Q: What is the process for placing a purchase order and receiving the product?

A: Place your purchase order through our electronic system. Once confirmed, we ensure express shipping and quick dispatch from the specified FOB port. Sample requests are handled per our sample policy for suppliers and traders.

Q: How does the SEMIKRON IGBT handle thermal and voltage protection?

A: The module features strong thermal resistance (0.4 K/W) and built-in protection against over-current and over-voltage, maintaining efficiency and safeguarding equipment even under harsh conditions.

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