A1304ELHLX-T Sensors, Transducers

A1304ELHLX-T magnetic sensor is an integrated module used in various applications, including linear, compass, and ICs. The sensor is comprised of two parts: an element and a peripheral circuit. The element measures the magnetic field, while the peripheral circuit amplifies the field measurements and outputs a signal.

The A1304ELHLX-T has a wide working range of -40 to +105°C in extreme temperatures due to its highly sensitive thermomagnetic (SMT MT) technology. The module also has a high degree of accuracy, reaching up to 0.1%. In addition, the sensitivity is adjustable through the A1304ELHLX-T’s on-board touchscreen control.

The A1304ELHLX-T is designed for use in linear applications, such as car navigation systems, pathfinding systems, and digital compasses. In these applications, the A1304ELHLX-T operates by precisely measuring the magnet field at any angle, with great accuracy regardless of temperature changes. This is due to the module’s high sensitivity and stability in extreme temperatures. The measurements are then converted into internal coordinate positioning to match the scale with the digital map displayed on the navigational system.

The A1304ELHLX-T is also designed for use in compass and ICs applications. In these applications, the module measures the magnetic field at fixed points or along a path. The magnetic field is then processed to determine the direction or location of the object or device, using data from the compass, GPS, or other navigation systems. The module also features digital temperature compensation to ensure that positioning accuracy is not affected by temperature changes.

The A1304ELHLX-T, with its adjustable sensitivity and robust thermomagnetic technology, offers a wide range of applications in linear, compass, and ICs systems. Its high degree of accuracy, stability in extreme temperatures, and digital temperature compensation guarantee that users can enjoy reliable and precise performance from the module.