Z0107NA 5AL2 Discrete Semiconductor Products

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Thyristors are electronic devices used for switching, controlling and protecting of voltage and current in circuitry. They offer a number of advantages over mechanical switches, including greater reliability, speed, and simplicity of operation. Thyristors are available in a variety of packages and forms, including triacs, Silicon-Controlled Rectifiers (SCRs) and switching thyristors.The Z0107NA 5AL2 is a TRIAC, a type of thyristor designed to act as an AC switch. It is designed to be used in medium power applications, such as lighting controls, industrial control and power control systems. This TRIAC can handle up to 25A at 400V and has an operating temperature range of -40 to 105°C.

Working Principle: The Z0107NA 5AL2 is a three-terminal, bidirectional device that can control the flow of current in either direction. It is designed to be triggered into conduction by an applied gate signal, at which point it will allow current to pass from Anode to Cathode. When no signal is applied to the gate, the TRIAC remains in an OFF state and will not allow current to flow.

The Z0107NA 5AL2 has a number of key features and benefits which make it suitable for use in medium power applications:

• It is capable of turning on and off instantly, making it well suited for high speed switching applications.
• The small size and low weight of the device makes it easy to install and maintain.
• The robust design and minimal losses make it extremely reliable in operation.

The Z0107NA 5AL2 is used in a variety of applications such as light dimmers controls, motor speed control and AC power switching. It is also used in industrial automation, power converters and power regulation systems, where it can provide reliable, rapid and cost effective control of power.

In summary, the Z0107NA 5AL2 is a versatile, reliable and cost effective TRIAC designed for medium power applications. It is easy to install and maintain, and provides excellent performance and reliability in controlling the flow of current in both directions.

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