CM150DY-24NF

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CM150DY-24NF is part of the CM150DY-24NF series, a family of IGBT Modules specifically designed by ON Semiconductor to reduce complexity and provide easy design of power electronic applications. These higher voltage modules have been extensively tested and certified to meet many global industry standards and are widely used in variety of applications such as motor control and power factor correction.

The CM150DY-24NF series provides the designer with an easy to use, balanced and modular approach to design by combining an intelligent IGBT device, industry-leading gate drive, and compact package into a single package, reducing space and complexity. It is equipped with an integrated overvoltage protection (OVP) feature, reducing component count and ensuring reliable system performance and long product life.

At its core, the CM150DY-24NF module offers a high-performance, low-on-resistive IGBT device, capable of providing very low turn-on and turn-off losses, robust short circuit capability, temperature compensation, and excellent anti-parallel diode performance. Its industry-leading gate drive technology provides consistent firing with minimum EMI and fast transient response at very low drive current and voltage levels.

The system power level of the CM150DY-24NF series has been certified at an unprecedented level of 900A and more than 3.0kV, providing a safe and reliable platform for high-volume applications. In addition, the module provides an excellent environment for thermal optimization, with an advanced homegeneous layer design and excellent heat spreadability, helping to minimize conduction losses.

In terms of application field, the CM150DY-24NF series is primarily used in motor control applications in industries such as metal processing, automotive, consumer electronics, and home appliances. It is also used in power factor correction, AC variable motor controllers, frequency synthesizers, and solid-state lighting applications. It is also suitable for high-power applications in medical equipment, defense and aerospace, railways, and renewable energy systems.

The working principle of the CM150DY-24NF is based on an IGBT device, which combines an MOSFET and bipolar transistor in one structure. The application of voltage to the gate will cause the switch to turn on, creating a conducting path between the collector and emitter and allowing current to flow. The IGBT is normally off until it is triggered into conduction by the application of a voltage pulse to the gate terminal. Once the voltage is removed, the IGBT switch turns off, thus breaking the conducting path and generating a zero voltage at the load.

The CM150DY-24NF is thus an ideal device for switching in higher power applications, capable of providing very low turn-on and turn-off losses and excellent anti-parallel diode performance. Its integrated OVP feature ensures reliable system performance and long product life. It is suitable for motor control applications and can also be used in power factor correction, AC variable motor controllers, and other high-power applications.

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