TMA36H-L

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Thyristors and TRIACs are two slightly different types of semiconductor devices that are commonly used in electrical circuits. A thyristor is a device with three or more terminals that act as a switch and can be used to control the flow of current. A TRIAC is a thyristor with three electrodes, two of which are diodes and one of which is the alternating-current (AC) gate. The TRIAC is used in circuits to control and modulate the amount of current in an AC electrical circuit.TMA36H-L is a type of Triac which utilizes two MOSFETs with an insulated gate coupled via a Zener diode for its operating voltage regulation. These components work together to form the TRIAC that is used to switch current in an AC circuit.The TMA36H-L has three terminals: main, gate and SUB. The MA terminal is connected to the main AC supply source and is where the initial triggering current flows in. The GATE terminal is used to control the flow of current while the SUB terminal is connected to the various devices in the circuit (such as resistors) that are affected by the current. The TMA36H-L is capable of controlling loads up to 35A and can be operated at voltages ranging from 4.5V up to 430V.The working principle of the TMA36H-L is quite simple and straightforward. When an appropriate voltage is applied to the GATE terminal, the two MOSFETs that make up the TRIAC are turned on, allowing current to flow from the MA terminal to the SUB terminal. This current will then be used to power the various electrical devices in the circuit. As the voltage at the GATE terminal is increased, the TRIAC will remain on for a longer period of time, allowing for greater control over the amount of current flowing through the circuit.The TMA36H-L is a versatile device that can be used in a variety of applications such as motor control, power supplies, heating and cooling systems, as well as high-power lighting systems. It is also ideal for use in a range of industrial applications where reliable and robust control is required.

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