A223S1YAV2Q

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Toggle switches are commonly used in many applications to control the flow of electricity, and the A223S1YAV2Q is no exception. This type of toggle switch is especially useful in low-voltage and low-load applications, such as consumer electronics or signals from sensors. It is capable of providing reliable switching and a stable contact position and is designed with the aim of providing higher contact resistance than other switches.

The A223S1YAV2Q is an SPDT (Single Pole Double Throw) toggle switch that consists of an actuator, an armature, and two contacts. The actuator is a lever arm that is manipulated in order to open or close the circuit. The armature is a metal part that provides the contact surface for the switch contacts. The two contacts are connected to the armature, and when the armature is moved by the actuator, the two contacts are either opened or closed, which in turns interrupts or completes the circuit.

The A223S1YAV2Q is typically used in applications where it is necessary to selectively connect and disconnect the load from an input signal. It is capable of handling up to 50V and 125mA of current, and is capable of withstanding temperatures from -40 to +85°C. The switch can be actuated manually up to 500 times and offers excellent contact reliability and long life span. It also offers self-cleaning contact interface when present in an environment with high levels of dust, dirt, and particles.

The A223S1YAV2Q is often used in applications such as controlling the speed of a fan, controlling the power to a motor, controlling the power to an appliance, and controlling the power to a light. This type of switch is often used in medical equipment, car modules, and industrial gearboxes. It is also suitable for applications in the aerospace, military, and commercial industries.

In conclusion, the A223S1YAV2Q is a SPDT toggle switch that is suitable for a variety of applications due to its reliable contact operation, long life span, and ability to withstand various temperatures and environments. It is capable of providing reliable switching and a stable contact position, and is designed with the aim of providing higher contact resistance than other switches. It is a great choice for low-voltage and low-load applications such as consumer electronics or signals from sensors.

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