GTN1A113

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Magnetic Sensors - Position, Proximity, Speed (Modules)

• GTN1A113 application field and working principle

GTN1A113 package-integrated magnetic sensor can detect the magnetic field of metal objects that pass through in the vicinity of the device. It is designed to detect proximity and ranging sensing in a wide range of applications, suitable for use in mobile phones, consumer electronics, automation, and many other industrial applications. The GTN1A113 package features a strong ability to detect magnets of various sizes and shapes, even if the magnets are not placed exactly above the device.

The device used in this GTN1A113 package includes a Hall Effect Sensor, which uses a Hall voltage to detect changes in magnetic flux. A semiconductor material is used to form a semiconductor Hall effect generator, and in response to an applied magnetic field, it produces a Hall Voltage in the opposite direction, thus providing a current or voltage signal. The hall effect transducer is driven by an electric current that passes through the material. When the current passes through the semiconductor material, a voltage is produced that is proportional to the strength of the magnetic field. When the applied magnetic field changes direction or switches polarity, the Hall Voltage will also change.

The GTN1A113 package is designed to operate at an ambient temperature of 12V to 30V. It has a switching frequency range from 0.1 Hz to 10kHz and a response time of up to 1 msec. It also features low current consumption, fast switching, and high accuracy. The device also features a wide range of sensitivity, from 0.5mT to 10mT. The device is also compatible with other common magnetic sensing systems, such as Hall Effect sensors, magneto-resistors, and magnetometers.

The output signal from the device is an analog voltage that is proportional to the strength of the applied magnetic field. The output voltage range is 0-1V. The device can sense both magnetic fields that are transient and steady-state. In steady-state applications, the device can accurately track changes in magnetic fields over time. In transient applications, the device can detect short-term changes in magnetic fields, as well as changes in direction and polarity, with reliable accuracy.

GTN1A113 can be used in a variety of applications, including proximity sensing, positioning systems, speed detection, and position/orientation monitoring. It is a very useful device for sensing the movement of metal objects, which can be used to provide accurate data for autonomous robots or vehicles. The device is also suitable for applications such as medical equipment, digital cameras, and industrial networks.

GTN1A113 is an ideal device for carrying out precision sensing applications. It offers reliable performance in a wide range of magnetic sensing applications. Its accuracy, reliability, and low power consumption make it an ideal choice for many industrial and consumer applications.

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