AH9248Z3-G1

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The AH9248Z3-G1 is a magnetic sensor switch designed to be used in a wide range of applications. The switch is a solid state device which is designed to detect the presence of a magnetic field, as well as a change in the magnetic field. This makes it ideal for applications where it is necessary to track the presence or motion of an object.

The AH9248Z3-G1 works using a combination of two magnetic sensors. The first one is a Hall Effect Sensor, which measures magnetic flux density. The second one is a Giant MagnetoResistive (GMR) Sensor, which works by detecting changes in the resistance of a material when a magnetic field is applied to it.

The two sensors work together to create a self-contained system which is capable of detecting both static and dynamic magnetic fields. The switch is designed to be used in combination with a magnetometer, allowing the device to detect changes in both direction and magnitude of the applied magnetic field. By using this principle, the switch can be used in applications such as the detection of vehicles, obstacles or objects in motion.

The AH9248Z3-G1 is also capable of detecting low-level magnetic fields, making it suitable for applications with weaker magnetic sources. The device contains a built-in amplifier which increases the sensitivity of the sensors. This ensures that the device can capture weak signals from distant sources, allowing it to be used in more remote applications.

The switch is also designed to be used in harsh environments. It can withstand temperatures as low as -40°C, making it suitable for use in extreme conditions, such as for military or aerospace applications. Furthermore, the device is sealed to IP69K protection class, allowing it to be used in wet and dusty environments.

In summary, the AH9248Z3-G1 is a solid state magnetic sensor switch which is designed to be used in various applications, such as the detection of vehicles, obstacles or objects in motion. The device is sensitive enough to detect low-level magnetic fields and is resistant to harsh conditions, making it suitable for use in harsh environments.

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