T2035H-6G-TR Discrete Semiconductor Products

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Thyristors - TRIACs are commonly used in electronic applications that requires a switch, particularly where AC is involved. The T2035H-6G-TR TRIAC is one such device, providing a wide range of capabilities and operating characteristics.

A TRIAC is a three terminal bidirectional semiconductor device that uses the Thyristor principle and can be used in different applications such as AC commutation, AC switching and lamp dimming control. The T2035H-6G-TR TRIAC is a snubberless and soft switching device with very low switching losses and is suitable for use in applications mainly involving AC switching and dimming control.

The T2035H-6G-TR TRIAC has a high commutation capability which makes it suitable for high current applications. It also has a low gate trigger current, making it easy to drive. The device also features an integrated snubberless circuit which improves the switching performance and reduces losses. It also has a high surge current capability and short circuit withstand. The device is also rated at 400V, making it suitable for high voltage applications.

The T2035H-6G-TR TRIAC has a relatively low threshold gate voltage, making it suitable for use with low voltage circuits. It also has a VBO of 600V, making it ideal for applications involving high voltage. The device also has a low on-state voltage, meaning that it can be used in applications that require lower power consumption.

The T2035H-6G-TR TRIAC is mainly used in applications involving the control of AC circuits and AC devices, such as motors, solenoids, lamps and AC dimming circuits. The TRIAC can be used to switch AC, providing a controlled on and off state for applications such as AC dimming, AC switching and AC commutation. It is also commonly used in devices such as AC light dimmers and AC switch controllers for controlling and switching higher voltage AC devices.

The main operating principle of the T2035H-6G-TR TRIAC is based on the effect of temperature on the metal-oxide-semiconductor (MOS) field-effect transistor (MOSFET). The TRIAC is made up of two MOSFETs connected in series, with one MOSFET connected to the gate of the other. When a voltage is applied to the gate of one MOSFET, the other can be closed and current can flow through the device. The temperature of the TRIAC affects the threshold, meaning that when the temperature increases, the threshold gate voltage decreases and the on-state voltage increases.

The T2035H-6G-TR TRIAC is a high performance device, suitable for a wide range of AC switching applications. It features a high commutation capability, low on-state voltage and low gate trigger current, making it easy to use and reliable for AC switching. The device is also ideal for use in applications requiring high voltage control, as it has a VBO of 600V.

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