MM120-001196

The MM120‑001196 application field and working principle refers to the application field and its working principle for a specific type of parallel light measurement system. This system is an important tool for engineers in the field of photometry and light radiation for a variety of projects. Equipped with modern features, this system offers the best in efficiency, accuracy, and convenience.

This parallel measurement system is a combination of optical and electronic components. The optical part includes the specific optical elements and the light source and detector. With these optical elements, it can produce different light intensity distributions in different angular directions. Its photometer is designed mainly for in-situ measurement of irradiance and illuminance.

The electronic part of the system is divided into two parts. The first part is the digital signal converter, also known as the data acquisition board. It includes two channels of analog-to-digital converters and covers the range of 8 bit resolution digital signal transfer. The second part is the transceiver, which is an integrated circuit that transmits and receives the same data to and from the signal acquisition board in real time.

The main application field of this MM120‑001196 parallel light measurement system is in the fields of photronomy, light engineering, and optical measurements. The primary purpose of the system is to help in the research, development, and testing of different lighting applications. It is also used for laboratory, factory, and outdoor applications.

Moreover, it can be used for environmental education, teaching labs, illumination engineering, and remote area lighting. The data acquisition module in this system can measure things like lux, luminous flux, and color temperature with ease.

As for the working principle of the MM120‑001196 parallel light measurement system, it is based on the fact that when the input signal is off, the output should remain the same. This is done by using the analog-to-digital converter and the transceiver. The analog-to-digital converter captures the analog signal, such as the voltage or the current, and converts it into a digital value.

The transceiver receives this digital value and then transmits it to the signal acquisition board, where it can be further processed. The signal is then sent back to the transceiver, which converts it back to the original analog signal. This way, the system is able to measure the light intensity and other parameters of light radiation in different directions.

In conclusion, the MM120‑001196 parallel light measurement system is a highly advanced and capable system that is used for a variety of photometric and light engineering applications. With its combination of optical and electronic parts, it can accurately measure the light intensity, luminous flux, color temperature, or other similar measurements in a variety of directions. Its main application fields are in photronomy, light engineering, and optical measurements. In addition, it can also be used for environmental education, teaching labs, illumination engineering, and variety of other applications.