CQ92-2M

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Thyristors are semiconductor devices generally characterized by non-linear behavior which make them suitable for controlling the current, or controlling the power at source across a wide range of current and voltage levels. They have been around for over a century, and are used for a wide range of applications including automotive, industrial, and communications markets. TRIACs are a type of thyristors and are used to provide control of AC power. The CQ92-2M is a Triac that is optimized for AC power control. This device offers a wide operating range from 0.3A to 3A, a maximum on-state voltage of 200V and a holding current of 10mA. This device is suitable for applications such as motor speed control, light dimming, temperature control and other standard AC power control applications. The CQ92-2M is a two-terminal, thyristor-based device with two control terminals, the Main Gate (G) and the Auxiliary Gate (A). The Main Gate is used as the input signal and is responsible for initiating the conduction of the device. The Auxiliary Gate is used as the output signal and is used to turn off the device. When both G and A terminals receive the same signal, the device will not conduct current. When G is active while A is not, the device will conduct. The working principle of the CQ92-2M is based on the operation of a standard Triac. Upon application of a voltage at either the Main Gate or Auxiliary Gate, a breakdown voltage is obtained. This breakdown voltage is used to turn on the device, which will then remain on until a turn off signal is applied. The turn off signal is taken from the Auxiliary Gate, and will cause the device to shut off. The CQ92-2M is designed to have a low holding current, which is necessary for AC power control applications, as when the current is low enough, the device will be able to self-commutate at zero voltage and current. This feature is useful in implementing a variety of applications. The CQ92-2M is suitable for a wide range of applications such as motor speed control, light dimming and other similar AC power control applications. Due to its low holding current, it can be used in applications where a fast turn-off time is required. It is also suitable for dynamic control applications, such as HVAC systems, as the device can self-commutate. It is also capable of withstanding large inrush currents and fast transients, making it a suitable device for high voltage AC applications. In summary, the CQ92-2M is a Triac that is optimized for AC power control applications. It has two control terminals, G and A, which are used to initiate and turn off the device respectively. The device is capable of withstanding large inrush currents and fast transients, making it suitable for high voltage AC applications. It also has a low holding current feature, which allows it to self-commutate at zero voltage and current. This makes it suitable for dynamic control applications.

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