MKI100-12E8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

IGBTs, or insulated gate bipolar transistors, have many applications in the field of industrial automation, motor control, renewable energy production, and power conversion. The MKI100-12E8 IGBT modules are specially designed for use in these areas where high power densities and reliable operation are essential. In this article, we will explore the applications of the MKI100-12E8 IGBT module, and its working principle.

Application Field

The MKI100-12E8 IGBT module\'s power module design makes it perfect for use in applications like electric welding machines, uninterruptable power supplies, renewable energy generation systems, frequency inverters, and AC motor drives. It is able to reach power densities that make it highly effective in these applications, and features an insulating layer that protects the circuit from short-circuits or thermal runaway. This makes it one of the best IGBT modules on the market for its cost.

The module is also designed to be highly reliable and efficient. It has a powerful cooling system, allowing it to work effectively in temperatures ranging from -20°C to 150°C. Additionally, it has a low switching loss, meaning it can switch rapidly and with minimal energy loss. This makes it particularly useful in special applications that require high-power conversion, such as welding machines.

Working Principle

The MKI100-12E8 IGBT module works by using three main components: a base transistor, an insulated gate and a bipolar transistor. The base transistor works like any other transistor, and is used to amplify and control the current. The insulated gate works by isolating the base transistor from the collector and emitter, allowing the transistor to be more efficient. Finally, the bipolar transistor acts as a switch, allowing the current to flow in one direction when the gate voltage is increased, and in the opposite direction when it is decreased.

The IGBT module is able to control high currents at voltages ranging from 12 to 48 Volts. Its high switching frequency ensures that the switching process is fast and efficient. And, because it operates without snubbing, it has a reduced ringing of the electrical signals that can interfere with other components. This makes it ideal for applications where the current must be switched rapidly, such as motor control.

Conclusion

The MKI100-12E8 IGBT module is a powerful, reliable, and efficient solution for high-power conversion needs. Its excellent thermal and electrical characteristics make it perfect for applications like welding machines, uninterruptable power supplies, and AC motor drives. And its three-component design helps it to efficiently switch currents at high voltages.

With its powerful cooling system, low switching loss, and insulation layer, the MKI100-12E8 IGBT module is one of the best IGBT modules on the market for its cost. And its flexible design ensures that it can be used in many different applications, making it a great choice for industrial automation, motor control, and renewable energy production.

The specific data is subject to PDF, and the above content is for reference