AX101982

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The AX101982 belongs to the Miscellaneous category of electronic products, and it has a wide range of applications and working principles.

The AX101982 is a type of voltage-activated switch. It is a device that can convert voltage signals to manipulate other circuits and sense the response of those circuits. This makes it ideal for applications where voltage signals must be detected, for example in data acquisition and control systems. It can be used in numerous electrical and electronic applications, such as process and production control, data acquisition, electromechanical systems, robotics, communications, and aviation.

In a typical wiring diagram, the AX101982 is used as an open-circuit voltage-sensing switch. When connected to the load, the switch can be set to operate at a certain voltage and break the circuit if the voltage sensed at the load exceeds that value. This allows for the measurement of load currents, the control of automated processes, and the detection of over-voltage conditions.

In operation, the AX101982 detects the presence of a voltage signal, either directly from a supply or from a power supply tapped from the load, and operates in each cycle of the source voltage, with the switch opening and closing as the voltage changes. This voltage-sensing switch can be set with various sensitivities, depending on the application, ranging from 1.0 V to 24V. This flexibility makes the AX101982 a particularly powerful and versatile sensing switch.

Additionally, the AX101982 is built with robust electronics components that are tested against environmental conditions and are rated to meet UL 508B and CSA Standard 22.2 No. 207-M1988 standards. This provides the added safety and reliability for the switch to work properly and efficiently in many kinds of electrical and electronic applications.

The AX101982 is a highly useful and versatile voltage-sensing switch that can be utilized in a wide variety of applications. It is designed with robust components and has a high accuracy and reliability, making it a reliable choice for any electronic application.

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