Z0110NA 1AA2

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Thyristors - TRIACs are semiconductor devices which allow current to be controlled via a third terminal, called the Gate. A TRIAC is basically two SCRs in an inverse parallel arrangement with their Gates connected together. This arrangement allows them to be used for the control of AC signals. The Z0110NA 1AA2 is a TRIAC, specifically designed for AC power switching and control. It is a 6-pin device which is rated at 1A and 400V, and includes a snubber network as standard.

The Z0110NA 1AA2 has multiple applications in AC power switching, such as in motor drives, heating, air conditioning, lighting, and other power control systems. The device is particularly suitable for switching on and off the current supply to a circuit several times a second, in order to ensure stability. It is often used to switch current in very high-speed switching operations, such as those used in motor drives and other applications where fast current switching is required.

The Z0110NA 1AA2 has an integrated snubber network which allows it to carry high peak currents without suffering from premature breakdown. This snubber network also helps reduce overvoltage conditions, and helps protect the device from potential EMC-related issues. The device supports both zero-cross and random triggering, making it very versatile for different applications.

The basic working principle of the Z0110NA 1AA2 is the same as any other TRIAC. The Gate terminal is used to control the TRIAC, allowing current to pass through the device in either the forward or reverse direction. When the Gate voltage exceeds a certain threshold, the TRIAC will switch and allow current to pass through. When the Gate voltage drops below the same threshold, the TRIAC will switch off and prevent current from flowing.

The Z0110NA 1AA2 is an ideal device for AC power switching applications. It offers the benefits of fast switching, robust construction and an integrated snubber network. With its versatility and high performance, it is a reliable and cost-effective way to switch or control AC power.

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