TLE4998P4HALA1

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Magnetic Sensors - Linear, Compass (ICs)

TLE4998P4HALA1 is a Magnetic Sensor IC from Temple University, and it is classified as a linear, compass sensor. This IC is used to detect linear and horizontal magnetic field components; it has a built-in on-chip precision temperature compensation circuit, so it can accurately measure changes in the magnetic field in extreme temperatures, from -40C to +85C. This IC also includes an on-chip 14-bit A/D converter that allows for high precision readings.

This IC is mainly used in products that require high accuracy of linear and compass measurements, such as compasses, automotive navigation systems, motion sensing, and position and orientation tracking. This IC is also suitable for applications that require measurements in high temperatures or in harsh environments.

The TLE4998P4HALA1 IC works by detecting variations in the magnitude and direction of a magnetic field. The IC contains a magnetoresistive element as a sensing element to measure the changes in the magnetic field. The magnetoresistive element consists of a two-layer hard and soft nickel-iron magnetic shields. The IC also consists of a Wheatstone bridge circuit, which measures the changes in resistance caused by changes in the magnetic field intensity.

The TLE4998P4HALA1 IC is very sensitive to changes in the magnetic field, and it also achieves high resolution. The IC has an operational current of 4A, and an offset current of 5mA. The IC also has a power consumption of 20mA at a nominal operating voltage of 3V. The IC has a maximum linearity error of 0.2%. The IC also features a 14-bit successive approximation register (SAR) A/D converter, which has a sampling rate of up to 320 kHz.

The TLE4998P4HALA1 IC offers lots of features and benefits, which make it ideal for use in a variety of applications. The IC has a high resolution and sensitivity, and is suitable for use in harsh environments, and for measurements in extreme temperatures. The sensor also has a built-in temperature compensation circuit, which helps to ensure accuracy in measuring the magnetic field in any environment. The IC’s low power consumption, small size, low cost, and high accuracy make it a great choice for applications that require linear and compass measurements.

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