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IGBT Power Module 10-FZ12NMA0805H01 M260F

IGBT Power Module 10-FZ12NMA0805H01 M260F Specification

Thermal Conductivity
Enhanced with copper baseplate

Interface
Screw Terminals

Input
Gate drive signal, Collector-Emitter voltage

IP Rating
Unspecified

Components
IGBT Chip, Diode, Terminals, Module Base

Usage
Industrial Inverter, Power Control Units, AC Drives

Response Time
Fast switching, microseconds

Power Source
External Electric Supply

Operating Temperature
-40C to 150C

Power Supply
Electric

Output
Controlled Current or Voltage Output

Features
Low saturation voltage, High efficiency, Fast switching, Compact size

Product Type
IGBT Power Module

Application
Industrial Automation, Motor Drives, UPS Systems

Rated Voltage
1200V

Supply Voltage
Up to 1200V

Size
Standard IGBT module size

Dimension (L*W*H)
Approx. 106mm x 45mm x 27mm

Function
Switching and Amplification of Electrical Power

Color
White

Weight
Approx. 200g

Current Rating
130A

Thickness
Standard module thickness

Capacity
130A (Collector Current)

Frequency
Up to 30kHz (Switching Frequency)

Module Structure
Single IGBT with built-in freewheeling diode

Isolation
Isolated base for heatsink mounting

Mounting Type
Panel mounting

Technology
IGBT (Insulated-Gate Bipolar Transistor)

Gate Threshold Voltage
5V to 7V typ.

Package Type
Power Module

Insulation Voltage
2500V AC (module to heatsink)

Model Number
10-FZ12NMA0805H01 M260F

IGBT Power Module 10-FZ12NMA0805H01 M260F Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Days

IGBT Power Module 10-FZ12NMA0805H01 M260F About

Ending Soon: Secure your IGBT Power Module 10-FZ12NMA0805H01 M260F at a reduced, rare price point. This splendid, world-class module boasts an insulation voltage of 2500V AC and features a rarefied isolated base for safe heatsink mounting. Engineered with advanced IGBT technology, it supports up to 1200V and 130A, offering world-class efficiency and fast switching up to 30kHz. Compact, white, and built for rugged industrial applications such as inverters and AC drives, this module assures reliability and optimal performance for demanding environments. Limited stock-act now!

Exceptional Applications and Advanced Features

The IGBT Power Module 10-FZ12NMA0805H01 M260F is used in industrial automation, motor drives, UPS Systems, and more. It features an isolated base, low saturation voltage, and enhanced thermal conductivity with a copper baseplate. Its high efficiency, fast microsecond response, and built-in freewheeling diode allow it to excel in power control units and inverter circuits. With a current rating of 130A and switching frequency up to 30kHz, it delivers consistent, world-class performance across industries.

FOB Port Options and Fast, Affordable Delivery

This IGBT Power Module can be conveniently handed over at designated FOB ports, ensuring secure transport services tailored to your shipping needs. Delivery time is minimized for prompt project execution, while sample units are also available at the lowest price for qualified customers. Our streamlined processes guarantee efficient handoff and quick logistics, helping you integrate cutting-edge power solutions with minimal delay.

FAQ's of IGBT Power Module 10-FZ12NMA0805H01 M260F:

Q: How is the IGBT Power Module 10-FZ12NMA0805H01 M260F typically used in industrial settings?

A: This module is commonly employed in industrial inverter systems, power control units, AC drives, UPS systems, and motor drives, where high efficiency and rapid switching are required.

Q: What benefits does the isolated base offer for mounting the module?

A: The isolated base ensures safe heatsink mounting by electrically isolating the module from the heatsink, enhancing both safety and thermal management.

Q: Where can samples of the IGBT Power Module 10-FZ12NMA0805H01 M260F be obtained for evaluation?

A: Qualified customers can request sample units through authorized suppliers or traders, with arrangements for the lowest price and convenient delivery options.

Q: What is the process for integrating this power module into an industrial automation system?

A: Integration involves mounting the module on a panel, connecting the screw terminals, and providing the appropriate gate drive and collector-emitter inputs according to system specifications.

Q: How does the built-in freewheeling diode enhance module performance?

A: The freewheeling diode protects against voltage spikes and allows efficient switching, ensuring improved reliability and lifespan during high-frequency operation.