MLX90316KGO-BCG-300-SP

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The MLX90316KGO-BCG-300-SP is a magnetic angle sensor that enables non-contact measuring of arbitrary angles. Employing the Hall effect technology, it enables robust, reliable and accurate measurements of angular position, which is widely used in robotic arms, test benches, and other motion control applications. This is an ideal device for position and angle measurement over large spaces, as it offers a high accuracy of 0.01° over a 300° range of motion.

At the heart of the MLX90316KGO-BCG-300-SP is a non-conductive magnetic core. An integrated Hall effect device is mounted inside this core, which can detect a magnetic field.When a magnet is presented near the magnetic core, the integrated Hall effect device is perturbed and generates a signal. This signal is then amplified and conditioned inside the chip. The resulting signal contains information about the angular position of the magnet, which is the output of the MLX90316KGO-BCG-300-SP.

The pins of the MLX90316KGO-BCG-300-SP are located on a 20-pin TSSOP body. This connector provides access to the amplitude and angle output signals, as well as power, ground, and other interface signals. The device can operate at either 3.3V or 5V, and draws a minimal supply current of 1.2mA. It also offers a low-power sleep mode for enhanced power savings when not in use.

The MLX90316KGO-BCG-300-SP also offers two types of outputs: Linear and angular. The linear output is a 3-bit digital value and represents the absolute angular position of the magnet. The angular output is an 8-bit gray-coded analog value, which also represents the absolute angular position of the magnet but offers a much greater resolution of 0.01°.

The MLX90316KGO-BCG-300-SP is ideal for applications that require precise measurements of angular position. These may include robotic arms, motion controllers, machine automation, Industrial Internet of Things (IIoT) applications, and embedded systems. It is designed to provide superior accuracy and reliability even under hostile environmental conditions. With its wide range, high resolution, and low power consumption, it is an excellent choice for many position measurement schemes.

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