CD431690B

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The CD431690B is a package of two Thyristors SCRs. The technology of using SCRs (silicon controlled rectifiers) for the power control of an electrical circuit has revolutionized the control of electrical devices and equipment. A Thyristor SCR is a device that works by changing the power through its anode and cathode from an enormous range of 0-80V to a narrow range of 0-1V. It allows for a more precise control over power, as compared to other forms of power control.

The CD431690B, together with its associated equipment, provides benefits such as better reliability, better efficiency, better performance, and lower cost. This module is applicable to a wide range of applications, ranging from motor control, lighting control, temperature control, to industrial process control.

The CD431690B offers a wide range of design flexibility. It can be used in various combinations depending on the specific requirements of the application. Its input voltage range can be as low as 300VAC or as high as 1200VAC, with an operating temperature range of -20 to +85°C. It can also be used in applications that require current detection, making it suitable for applications such as motor control and lighting control.

The CD431690B works by using the "silicon controlled rectifier" principle. When a voltage is applied to the anode and cathode of the SCR, the current runs through the SCR, turning it on. When the current reaches its set maximum, the SCR saturates and the output voltage drops to 0, turning it off.

The CD431690B is equipped with an advanced trigger circuit which features adjustable delay time and current limit. This allows the module to be used in a variety of power control applications, including motor control, lighting control, temperature control, and industrial process control.

The CD431690B is designed to provide superior control and reliability, as well as cost-effectiveness. It is a reliable, fast and efficient power control device that is suitable for a wide range of applications. It is also highly reliable and efficient, making it a safe and cost-effective choice for power control applications.

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