AD222-00E

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Magnetic sensors have become an essential tool for detecting the presence or absence of magnetic fields. The AD222-00E Magnetic Sensor is one of the most reliable and accurate sensors on the market today.

The AD222-00E is a solid state switch designed to detect the presence or absence of an external magnetic field. The sensor is based on a thin-film Hall effect integrated circuit, which is encapsulated in a CMOS package to provide a highly sensitive and reliable response. The sensor has an internal temperature compensation system to ensure that the readings remain accurate in varying temperatures.

The AD222-00E is typically used in applications where a magnetic switch needs to be triggered by the presence of an external magnetic field. It can be used in a wide range of applications including safety switches, appliance control systems, Burglar alarms and much more.

The AD222-00E is also available in an open frame version for use in open air applications. This version has a temperature range of 0-70 °C and provides a high input impedance of approximately 2MΩ for detecting a wide range of magnetic fields.

The AD222-00E works by determining the presence or absence of an external magnetic field. When a magnetic field is detected, it triggers a switch which can be used to control other systems or devices. The switch can be used to control an LED, activate a motor, trigger a buzzer or send a signal to another device.

The AD222-00E is highly reliable and accurate thanks to its effective temperature compensation system. This ensures that the sensor is able to detect magnetic fields accurately, even in varying temperatures.

The AD222-00E is also a cost effective solution compared to other sensors in the market. It is a reliable and accurate sensor that can be used in a wide range of applications.

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