SS49E

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Linear and compass magnetic sensors (ICs) rely on the principles of magnetism to carry out their sensing function. Among the various types of magnetic sensors available, the SS49E is a preferred choice when applications require precision and accuracy in direction determination and angular velocity measurement. Additionally, SS49E’s small size and low power requirements make it a great choice for applications in which size and battery life are concerns.

The SS49E is an analog output sensor with a high-level output sensitivity of 2.7V and a noise level of 0.2% of the full range. This wide dynamic range and the ability to measure small changes make it very sensitive and versatile for applications requiring precise direction determination and angular velocity measurements.

The SS49E measures the intensity of a magnetic field along its x, y, and z axes through its three different sensing elements. The intensity of the field is proportional to the output voltage. Additionally, the sensors have a low-power consumption mode, which is enabled on-chip for applications which require minimal power demand during continuous sensing operation.

The SS49E operates in a four-state system whereby the sensors change their operating modes for increased accuracy in measuring the changes in direction. The four states are clockwise (CW), counter-clockwise (CCW), pause (PA) and scan (SC). The operating frequency is 1 KHz, which is equivalent to the period of one cycle.

The SS49E also has a built-in temperature sensor and reference voltage for additional accuracy. This ensures the sensor can accurately measure changes in temperature and detect the slightest changes in the magnetic field. This is especially important for applications such as motion sensing and navigation where small changes can cause big outcomes.

The SS49E uses an applied magnetic field to detect the direction, intensity and angle of an external magnetic field. It can also be used to measure changes in the applied magnetic field on the x, y and z axes, as well as changes in the angle and intensity. This enables applications such as gyroscope systems, sensing systems for positioning in both air and underwater environments, navigation of robotic systems, and motion tracking. It is also an ideal choice for measuring vibration and shocks with accurate direction detection.

The SS49E is a great choice for applications requiring precision and accuracy. Its small size and low power requirements make it perfect for size- and battery life-sensitive applications. Additionally, its wide dynamic range and built-in temperature sensor and reference voltage make it suitable for measuring the slightest changes in the magnetic field, and hence, allows for precision position tracking, motion sensing and navigation.

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