55-00195

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Sensor cables – assemblies, such as the 55-00195, are an important component of many electronics systems. They are used in a variety of applications to allow for precise measurement of physical quantitative values. The specific components of these assemblies will vary depending on the application and purpose of the sensor, but generally consist of a signal receiver, wires, and a sensor module.

Application Field

The 55-00195 sensor cable assembly is used for a variety of applications in the field of electronics and manufacturing. It is especially useful for precise measurements of temperature, pressure, humidity, gas concentrations, and other quantitative values. It is also suitable for use in materials testing and engine-monitoring systems. It is also frequently used in medical instruments and research instruments, since it can be easily adapted to meet the precision level required for these applications. Additionally, the sensor cable assembly can be used in instrumentation and process control applications, since it provides reliable and accurate measurements.

Working Principle

The working principle of the 55-00195 sensor cable assembly is based on the basic theory of electro-thermal dynamics, which states that electrical currents will cause a physical property to change as a result of the electric charge. It is the application of this theory that allows the cable assembly to measure precise quantitative values. The process begins with the signal receiver, which captures the physical property and then transduces it into electrical energy. The electrical energy is then routed through the wires and sent to a sensor module. Finally, the sensor module applies a correction factor to the signal in order to obtain the desired result.

The sensor module typically includes a number of components, such as a signal amplifier, a signal processor, and a signal convertor. The signal amplifier amplifies the signal to the level needed for the sensor module to process it. The processor then performs calculations and other processes on the signal, before sending it to the signal converter. This unit then converts the signal into a more manageable form, such as a voltage, frequency, or current. The data is then sent from the signal converter to the recording or output device where it can be used.

The sensor cable assembly is a critical part of any electronics system. Its flexibility and accuracy make it suitable for use in a variety of applications, including instrumentation, materials testing, and medical applications. It is also highly secure, and allows for quick and accurate measurement of quantitative values.

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