T2035H-6I

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Thyristors – TRIACs are economical and convenient semiconductor devices that provide gate control over the switching of AC power. The T2035H-6I is a popular device in this category, and its application and working principle are discussed below.

Application Field

The T2035H-6I is a high voltage thyristor with a blocking voltage of 6 kV, and is typically used in power electronics. This power electronic device can be used as an AC switch, in heating and lighting circuits, as well as in motor circuit control systems. It can be used to switch high voltage AC loads at frequencies up to 50 kHz. It is also suitable for applications featuring high frequency pulse switches, such as in power supplies. This device features a built-in snubber circuit that helps prevent damage due to Avalanche break-down, and makes it suitable for use in recently popular resonant circuits.

Working Principle

The T2035H-6I is a Thyristor-TRIAC with three terminals (anode, gate, and cathode), and it utilizes unidirectional current flow. This device is triggered by a signal applied to the gate terminal. When triggered, the device allows current to flow between the anode and cathode, permitting AC power to pass through it. When the gate signal is removed, the device breaks down current flow and reverts to its off state. The T2035H-6I features a gate sensitivity of 30 mA, and a current gain of upto 8 A. The device can handle power inputs ranging from 6kV to 600V, with a resistive load of up to 30 A, and a capacitive load of up to 20 A.

In short, the T2035H-6I is an ideal device for controlling AC power, with features including a blocking voltage of up to 6kV, a maximum current of 30A, a high frequency pulse switch capability, and a built-in snubber circuit for protection. With its range of features and functions, the T2035H-6I is a great choice for anyone looking for an economical and reliable power controller the can handle high voltage AC loads.

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