Magnetic Sensors - Position, Proximity, Speed (Modules)

The 59090-4-T-02-C is a high-performance magnetic sensor module. This module is used to measure a variety of parameters for position, proximity, and speed in industrial and automotive applications. It is an all-in-one complete package, providing accurate data and easy integration in any system.

Application Field

The 59090-4-T-02-C is suitable for use in a variety of fields, including automotive applications, industrial machinery, and aviation systems. Automotive applications require precise and accurate position and speed measurements, while industrial machinery and aviation require precise measurements of proximity. The 59090-4-T-02-C is designed to be used in harsh environment conditions. It is designed for high temperature, shock, and vibration, ensuring a reliable and trouble-free operation.

Working Principle

The 59090-4-T-02-C uses a high-performance Hall Effect Sensor to measure the magnetic field. The module is equipped with an on-board integrated circuit for the signal conditioning and processing. The module produces an output voltage proportional to the magnetic field strength, which makes it suitable for a variety of applications. The output signal is then processed to provide accurate and repeatable measurements of position, proximity, and speed.

The module also has an adjustable threshold level for the magnetic field strength, allowing the system to be customized to specific requirements. This ensures that the module is suitable for use in different applications and environmental conditions. Additionally, the module has built-in protection against overshoots, surges, and spikes, making it more reliable and durable.

Conclusion

The 59090-4-T-02-C is a high-performance magnetic sensor module. It is designed for use in harsh environment conditions, and is suitable for a variety of fields, including automotive applications, industrial machinery, and aviation. It uses a Hall Effect Sensor to measure the magnetic field, producing an output voltage proportional to the magnetic field strength. Additionally, the module has an adjustable threshold level for the magnetic field strength, as well as built-in protection against overshoots, surges, and spikes.