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Transistors - IGBTs - Modules

The CM600HU-12H, available from manufactures in Fuji Electronics, represent the latest in Inverse-conducting Gate Bipolar Transistor (IGBT) developments, which have been designed to provide significant reductions in power consumption for both AC and DC applications.

Application Fields

The CM600HU-12H is primarily designed for use in motor control, rectifiers, inverters and solar power generation, but can also be used in other related areas, including industrial control systems, DC-DC and AC-DC power conversion systems, inductive heating, and AC drives.

Features

The CM600HU-12H module offers various features, such as high-efficiency, low-loss operation, high-frequency operation, high dielectric strength, and excellent temperature stability. The device also features a wide operating temperature range, enhanced immunity to interference and noise, a built-in ‘stop’ mechanism to prevent device destruction caused by excessive short-circuit currents, and a low gate-threshold voltage.

Working Principle

The CM600HU-12H module works by creating a ‘negative gate voltage’, and through the use of a ‘gate driver’, this voltage is then used to control the current flow through the device. The device, like all IGBTs, is composed of a ‘collector-emitter’ region, and two ‘base’ regions.

When the ‘gate’ voltage is negative, it drives the current from the collector-emitter junction to the base, thereby turning the device ‘on’ and allowing current to flow. Conversely, a positive gate voltage will turn the device ‘off’, thus preventing current flow. This is the very basic principle by which IGBTs, including the CM600HU-12H, operate.

Summary

In summary, the CM600HU-12H module is designed for use in motor control, rectifiers, inverters and solar power generation and other related areas. It has several features, such as high-efficiency, low-loss operation, and a low gate-threshold voltage, which makes it an ideal choice for a wide variety of applications. Additionally, the module operates on the basic principle of negative gate voltage being used to control the current flow through the device, with a positive voltage being used to turn it ‘off’ and prevent current flow.

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