Pressure Sensor for Liquid-Level Monitoring

There are lots of explanation around comparator’s output, water level, tube, information, amplifier stage, signal path, design, signal, system, equation, sensor’s output voltage, monitoring, switching thresholds, evaluation, and relay are described inside this article. The article presents info about sensor applications, reference board, hardware, instrumentation, gain, pump, level, bit, level monitoring, amplifier, differential output voltage, hysteresis, applications, monitoring system, and comparator.

In this article the reader can learn info regarding input, sensor reference, signal path design, equations, liquid level monitoring, data capture, voltage, sensor reference board, application, pressure, liquid monitoring system, instrumentation amplifier, electrical pump, level monitoring systems, and pressure sensor. Below are some excerpt from the article:

The differential sensor used in the example application is GE NovaSensor’s NPC-1210 series. The NPC-1210 has a typical Full Scale Output (FSO) of 50 mV for 10 inches of water. That is, 10 inches of water in the container corresponds to a typical sensor’s differential output voltage of 50 mV. This linear relationship is useful information for calculating the liquid’s height and determining the appropriate ADC and amplifier for the system. This particular sensor was selected due to its low sensitivity characteristic, which means its output will be in the millivolts range. Since the example application has a small amount of liquid volume (approximately 540 inches3), a sensitive pressure sensor is adequate. It is important to select the pressure sensor appropriate for a given application.

Furthermore, this article tells the reader info regarding signal, output, power, equal, reference voltage, connection, range, signal path, reference, output voltage, semiconductor, sensor’s differential output, monitoring systems, sensor, and liquid level.

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