Z00607MA,412

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Thyristors - TRIACs

A TRIAC is a solid-state semiconductor device similar to the thyristor but with multiple gate electrodes, allowing it to control the current in either direction when triggered. It is a form of thyristor that has three terminals and is used in applications such as controlling the speed of a motor, dimming lights and controlling heaters.

The TRIAC is an acronym for “Triode for Alternating Current.” It is a three-terminal switching device with an AC control signal. The terminals are known as Anode 1 (A1), Anode 2 (A2) and Gate (G). When a small voltage is applied between the Gate and either of the Anodes, a flow of current is enabled in both directions between the two Anodes. The TRIAC can also be used to control AC loads.

The Z00607MA,412 is a TRIAC with an on-state, off-state and quadrant current ratings of 600V, 4A and 12A respectively. It is a 4096 pixel passive matrix display with a maximum operating temperature of 150°C. It uses a 4-phase logic function, meaning that four different logic states can be represented by the TRIAC. The logic states are ON, OFF, Quadrant 1- Low and Quadrant 1- High.

The Z00607MA,412 is typically used as a power switch in a variety of applications, such as controlling motor speed and dimming lights. It is also used for controlling heaters and for soft switch applications. The TRIAC is able to switch the current in either direction, allowing for AC loads to be connected or disconnected from a circuit.

The working principle of the Z00607MA,412 is very simple; when the Gate receives a positive voltage, the device is switched on and current starts to flow between A1 and A2 in either direction. The device can control the current in either direction between A1 and A2. When the Gate voltage is negative, the device is off and the current stops flowing.

In conclusion, the Z00607MA,412 is a 3-terminal thyristor designed for use in applications such as controlling motor speed, dimming lights, controlling heaters and soft switch applications. It has an on-state voltage rating of 600V, off-state and quadrant current ratings of 4A and 12A respectively and a maximum operating temperature of 150°C. Its working principle is simple, where a positive voltage applied to the Gate turn the device on, while a negative voltage turn it off.

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