TLE49613KXTSA1

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Magnetic sensors are important components used to control the environment we are in. Magnetic switches are a form of magnetic sensors that are designed to detect changes in magnetism in the environment. The TLE49613KXTSA1 Magnetic Sensor Switch, manufactured by Infineon Technologies, is a Solid State Magnetic Sensor that utilizes an emergent 3D Hall magnetic sensing principle to detect changes in magnetic fields.

This sensor is designed for use in applications that require a wide sensing range and precise operation, such as motor speed monitoring, precise motion detection, and open/closed sensing. The device features a fast response time, and is able to detect magnetic fields up to 3.2 Teslas, making it suitable for applications where high accuracy and reliability are necessary.

The TLE49613KXTSA1 Magnetic Sensor Switch consists of two parts: a sensing element and a controller. The sensing element is a 3D Hall effect element, which is able to detect changes in a magnetic field using an electrical wave form generated by the 3D Hall effect element. This waveform is then passed to the controller, which contains an on-chip comparator that can detect a change in the waveform. Once a change is detected, the controller will output a digital signal indicating the change in the magnetic field.

The TLE49613KXTSA1 Magnetic Sensor Switch is optimized to work in application with a wide range of temperature, from -40°C to +150°C. Its 3V power supply, 3V logic output, and low-current performance make it a suitable choice for low-power applications. Additionally, it is designed to have a fast response time (<1µs) and low hysteresis (<30mT).

The TLE49613KXTSA1 Magnetic Sensor Switch is well suited for applications such as motor speed monitoring, motion detection, open/closed sensing, and threshold sensing. Its robust design and fast response time make it suitable for a variety of applications, from automotive to consumer electronics. Its 3D Hall magnetic sensing technology makes it capable of detecting magnetic fields up to 3.2 Teslas, giving it increased accuracy and reliability. Additionally, its low-power requirements and wide temperature range make it ideal for applications that require compactness and energy efficiency.

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