TIG065E8-TL-H

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TIG065E8-TL-H is a field IGBT (Insulated Gate Bipolar Transistor) that has been developed for a variety of applications. It is a single switch IGBT and offers an effective on-state current conduction range from 1 mA to 25A. The TIG065E8-TL-H has a blocking voltage of 650V and a wide range of operating temperatures up to 155°C. It is designed to have a low conduction loss, low stray fields, low on-state voltage, and improved electromagnetic compatibility (EMC). In addition, its low gate charge enables high speed power switching.

The main applications of the TIG065E8-TL-H include motor control, power supply devices, computer peripherals, and home appliances. They are also suitable for a variety of other applications requiring low to medium power switching. Specifically, they are ideal for applications as switch mode power supplies, dc-dc converters, or simple on/off devices.

The primary benefit of using TIG065E8-TL-H is its improved thermal performance. This allows for more efficient and reliable operation in applications that require high-power switching. This can potentially result in increased system efficiency and lower cost. In addition, its low stray fields reduce EMI interference. Furthermore, its low on-state voltage can reduce power loss and help regulate voltage.

The working principle of the TIG065E8-TL-H can be summed up in 3 steps: gate drive, current flow, and turn-off. First, a voltage is applied to the gate which initiates a current flow in the device by creating an electric field inside the gate. This electric field attracts free electrons from the emitter, which allows a current to flow from the emitter to the collector. Lastly, the device is turned off when the gate voltage is removed. In this way, the current flow is temporarily interrupted, enabling integrated circuits to control the device.

The TIG065E8-TL-H is an ideal solution for many applications that require low to medium power switching. It offers excellent thermal performance, low on-state voltage, and low EMI. In addition, the device can be easily controlled using integrated circuits, making it simple and efficient to use. As a result, it is largely preferred over traditional switches for industrial, residential, and commercial applications.

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