1738129-1

1738129-1 application field and working principle is a combination of two different aspects of a single technology. To begin with, 1738129-1 is a type of sensor. It is a non-contact, high-precision liquid-level, temperature, and pressure sensor ideal for pressure and level conversion in industrial systems. The working principle of this sensor is based on capacitive sensing technology, and its applications range from fuel tanks, to coolant levels, to marine, and aerospace applications.

The sensor measures the level of a liquid by using a capacitor\'s capacitance. A capacitor is made up of two electrodes. When a voltage is applied between them, a small amount of charge is stored on the metallized plates. Applying a voltage to the capacitor results in an electric field equal to the applied voltage. This field influences a dielectric layer between the plates, resulting in alteration of the capacitance. When the liquid level changes, so does the dielectric. When the level either rises or falls, the capacitance of the capacitor changes which increases or decreases the capacitive sensing. The resulting data is then measured and analyzed to determine the liquid\'s level.

In addition to liquid level sensing, the 1738129-1 sensor is also used for measuring temperature and pressure. For temperature sensing, the sensor measures the dielectric constant of the fluid at its surface to determine the liquid\'s temperature. When measuring pressure, the sensor relies on the same principle as the liquid-level sensing. However, a pressure-sensitive element is added to measure the pressure\'s dielectric constant and calculate it into a numeric form. When using the 1738129-1 sensor for these applications, it is important to ensure that the pressure and temperature of the measured liquid are in the proper range for the intended application.

In summary, the 1738129-1 is a non-contact, high-precision liquid-level, temperature, and pressure sensor. Its working principle is based on capacitive sensing technology. The sensor measures the level of a liquid by using a capacitor\'s capacitance, and it can also be used to measure temperature and pressure. It is ideal for pressure and level conversion in industrial systems, and its applications range from fuel tanks, to coolant levels, to marine and aerospace applications.