Z0107NN0,135 Discrete Semiconductor Products

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Thyristors - TRIACs

A TRIAC, also known as a Thyristor, is a generic three-terminal solid-state switch. It is an electronic device capable of controlling and regulating the flow of current between two terminals, using a third terminal as an anchor point. TRIACs are widely used in various industrial, commercial and household applications.

The Z0107NN0,135 is a TRIAC which is typically used in AC power control applications. It is rated for a maximum current of 100A and can be triggered to switch on and off at any specific angle of the input AC waveform. It is designed to provide fast switching from high off-state leakage current to on-state control of the load current. It also provides very low residual voltage after turn-off, allowing for minimal power consumption and easier protection against short-circuits.

Working Principle of the Z0107NN0,135

At the heart of the Z0107NN0,135 is an SCR, or silicon-controlled rectifier, which is essentially a thyristor with three layers of silicon. When the device is turned on, a gate voltage is applied which causes electrons to break through the outer two layers and form a conductive channel across the device. This allows a current to flow through the device, thus switching it on. With AC power, the SCR will turn off again when the voltage drops below the gate voltage, causing the electrons within the thyristor to be unable to break through the outer two layers and preventing the current from flowing.

For the Z0107NN0,135, the device can be triggered to switch on and off at a specified angle of the input AC waveform by providing a pulse to the gate. This pulse must have a voltage greater than the breakover voltage and a short duration so that it does not cause the SCR to remain in the conducting state for too long. Once the pulse is removed, the device turns off, allowing the load current to be regulated.

Application Fields for the Z0107NN0,135

The Z0107NN0,135 is mainly used in AC power control applications that require precise switching at specific angles of a waveform. It is often used in motor controls, air conditioners, fan controls, lighting, industrial process controllers, and a variety of other household appliances and industrial equipments. It can also be used in automotive applications for controlling the flow of current through the vehicle\'s electrical system.

Due to its swift switching from high off-state leakage current to on-state control of the load current, it is also an ideal choice for applications that require fast switching, low residual voltage, and minimal power consumption. This makes the Z0107NN0,135 a suitable choice for a variety of critical switching applications.

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