HAL825UT-K

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The HAL825UT-K is a magnetic sensor that is specifically designed to detect linear, compass (ICs) movements. This type of sensor is ideal for applications such as navigation systems, robot control systems, and other applications where accurate linear and compass measurements are required. It is also used in industrial controls, mobile phones, automobiles, and other electronic devices.

The HAL825UT-K uses a Hall effect cmos integrated circuit (IC) to measure its magnetic field. A Hall effect IC utilizes voltage to measure changes in the magnetic field. The sensor is encapsulated in an epoxy housing and is configured in a ‘U’ shape, which allows it to detect a wide range of magnetic field intensities and directions.

The HAL825UT-K also features high sensitivity. Its sensitivity range is from –2mv/gauss to 2mv/gauss which gives it the capability to detect minute changes in the magnetic field. This makes it ideal for applications that require exact linear or directional changes such as navigation systems and robotic control.

The device is also very resilient to noise due to its low saturation voltage. The threshold voltage of the sensor is also precisely adjustable, allowing it to be tailored for specific applications. This makes the HAL825UT-K a very reliable and versatile sensor which can be used in a wide range of applications.

This type of sensor is also very resistant to temperature fluctuations. The operating temperature range is from -40 to +85 degrees Celsius. This makes it the perfect sensor for applications that requires operations in various temperatures, such as remote industrial process monitoring and robotic navigation.

Lastly, the device is also fairly inexpensive for a magnetic sensor, keeping the cost of the total project down. This helps to keep the overall system cost lower, allowing for more cost-effective solutions.

In conclusion, the HAL825UT-K is an excellent magnetic sensor for applications that require detection of linear or directional changes. It has a wide range of features that make it ideal for use in industrial control systems, robotics, navigation systems, and in other electronic devices. Its high sensitivity, low saturation voltage, adjustable threshold voltage, and its resistance to temperature changes make it a great choice for all applications. Additionally, it is also very affordable when compared to other magnetic sensors, allowing for increased savings when integrated into a project or system.

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