T835-600H

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Thyristors - TRIACs are widely used power electronics components specifically designed to control high-power lighting and other loads. Among the many available types, the T835-600H is a special type of thyristor, also known as TRIAC. It is used in various electronic circuits, ranging from small consumer electronic products to larger industrial applications.

A T835-600H is a three-terminal device with two main terminals, the gate and the anode. The third terminal, the cathode, is used to connect external components and to carry current back to its source. This makes the T835-600H a bidirectional switch, allowing it to control AC as well as DC current. Thus, it can be used for a variety of applications, including motor speed control, dimming lights, and air conditioning and heating control.

The most important feature of the T835-600H is its turn-on voltage, which is between 4 and 6 volts. This means that it can be easily triggered by lower-voltage signals, such as logic signals generated by microcontrollers. This makes the T835-600H ideal for use in computer-controlled electronic circuits.

The T835-600H can be used in several applications, including securing inductive loads, trigger circuits, and interfacing switches, relays and transistors. For the most common application, industrial lighting, the T835-600H is used to switch the lighting system on and off, and to adjust the intensity of the light. The device is also used in domestic appliances such as washing machines, where it is used to control the speed and direction of the motor.

The working principle of the T835-600H is fairly simple. When the gate voltage is above the turn-on voltage, typically 4 to 6 volts, the thyristor fires, allowing current to flow between the anode and cathode. When the voltage at the gate drops below the turn-off voltage, the thyristor turns off and the current is blocked. This process can be repeated as often as necessary to control the flow of current.

The T835-600H thyristor is an ideal choice for applications requiring a compact and reliable switch. With its low power consumption and quick response time, it can be used to control high-power loads with ease. Its low on-state voltage drop and low-power losses also make it an ideal choice for energy-efficient applications, such as in motor drive systems.

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