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3E30UM application field and working principle

3E30UM is a geophysical instrument developed by Comdas. It is a portable multi-channel data acquisition system designed for geophysical and hydrological applications, such asgroundwater monitoring, geotechnical investigation, and engineering geological survey. It is an all-in-one solution that can be easily carried and easily deployed in the field.

The instrument utilizes advanced digital signal processing technology to detect, acquire and record physical and biological data from natural environment. It consists of an industry-grade, UHF (Ultra High Frequency) receivers, signal processors, vector networks, UHF antennas, and 16-bit AD converters. All components are designed to work together to form an integrated system, which is capable of acquiring, storing and displaying data.

The working principle of 3E30UM is based on the principle of "transducing". A transducing system works by converting physical data into an electric signal. The signal is then picked up by the receiver and translated into a digital signal. The digital signal is then passed through signal processors, which convert it into a usable format. The processed digital signal is then transmitted to the vector network for storage and analysis.

The vector network consists of various components such as amplifiers, filters, and attenuators. These components work together to amplify and filter the signal to accurately reflect the physical properties of the collected data. Finally, the vector network transmits the processed data to the AD (Analog to Digital) converter, which converts the data into a digital format.

The 3E30UM system is capable of acquiring various types of data including temperature, pressure, humidity, dust, and soil moisture. It also offers advanced features such as real-time data acquisition, data logging, and on-site data processing. Additionally, the instrument is equipped with a range of environmental sensors to provide real-time environmental data to users.

The 3E30UM has proven to be a reliable and cost-effective instrument for environmental monitoring in a wide range of applications. With its robust design and features, this system is an ideal solution for a variety of applications, including groundwater monitoring, geotechnical investigation, and engineering geological survey.

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