Q6016LH6

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Thyristors - TRIACs

A TRIAC, which stands for Triode for Alternating Current, is a type of three-terminal thyristor device that acts as a controllable AC switch. Typically, a TRIAC\'s three terminals are labeled MA (Main Anode or Gate), MT (Main Terminal or Main Anode) and G (Gate). TRIACs are primarily used to control AC signals because they can handle much higher current than a conventional transistor. When a voltage is applied to the Gate terminal, the TRIAC is triggered on, meaning that current can flow through the device and across between the MT and MA terminals. The TRIAC can be turned off when the current is cut off or when the Gate voltage is reversed, meaning that it can be used as an AC switch.

Q6016LH6 is an application field of TRIACs with a maximum gate current of 35 mA. This particular device offers a reliable, cost effective solution for applications such as power supply control, lamp dimmers and motor speed controllers. It is constructed with a SMA (Surface Mount Assembly) package and is designed to pass maximum volts of 600V. The working principle of this device is that the G terminal acts as a gate which will turn the TRIAC on when voltage is applied to it. When the MT and MA terminals have AC current, this current will also pass through the gate in a controlled and switchable fashion.}

TRIACs are engineered with a voltage-controlled gate and a main Anode which enables them to be used in a variety of different applications. The TRIAC makes it possible to simplify complex motor drive systems and to integrate AC power with digital logic. The Q6016LH6 was specifically designed to make motor control applications easier and more efficient. When the Gate voltage is applied, it activates the TRIAC which sends current between the MT and MA terminals. This current will be controlled and switchable in order to regulate the speed of the motor.

TRIACs are invaluable in applications that require AC current to be switched in a safe, efficient and reliable manner. The Q6016LH6 was designed with this in mind, making it a valuable addition to any power supply control, lamp dimmers and motor speed controllers. The working principle of its use is simple: when voltage is applied to the G terminal, the TRIAC is activated which sends controlled and switchable current around the device. By controlling and switching the current, the Q6016LH6 can be used to effectively regulate the speed of a motor.

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