When a substance burns, it produces smoke and heat, and also produces visible or invisible light radiation that is not found in the atmosphere. Flame detector, also known as photosensitive fire detector, is a fire detector used to respond to the light characteristics of fire, that is, to detect the light intensity of flame burning and the flicker frequency of flame. Infrared flame detector is a flame detector that is sensitive to the longer wavelength infrared light radiation in the flame. According to the different detection bands, it is divided into single band, dual band and three band.
The picoamp (pA) level current measurement (hereinafter referred to as PAM) evaluation kit developed by Shijian Company covers the complete functions of detector signal processing in analytical instruments. The kit includes a current input conversion board, a voltage input buffer board, a data acquisition board and There are four components of the pin conversion board. Using this kit, customers can choose different daughter board combinations according to the characteristics of their products, quickly evaluate the performance of the devices in this kit, and shorten the design cycle. Both the current input conversion board and the voltage input buffer board use ADI's latest femtoamp (fA) input bias electrometer amplifier ADA4530-1, and the data acquisition board uses ADI's AD7172-2, 24-bit 31.25 kSPS. Σ-Δ ADC. The pin conversion board has been designed to make the pins of ADA4530-1 and AD549 and their power supplies compatible. Customers can directly evaluate the performance of ADA4530-1 on original products using the AD549 chip without re-making the board. This evaluation kit also provides host computer software for real-time waveform display and data analysis.
This solution includes power measurement chip, LCD display, real-time clock, data storage, prepaid card, infrared meter reading, automatic remote meter reading through RS-485, PLC power line carrier communication, 470 MHz wireless communication, strong anti-interference ability and optimal Reliability and other advantages.
This solution is a flow and temperature measuring instrument that can be used to measure heat at home. This solution provides temperature measurement function, LCD display, automatic remote meter reading through RS-485, M-Bus instrument bus, wireless communication, and anti-interference capability. Strong and optimal reliability and other advantages.
This solution is a flow measurement instrument that can be used to measure gas flow at home or in industry, and provides flow measurement, LCD display, real-time clock, data storage, automatic remote meter reading through RS-485, M-Bus instrument bus, wireless communication, Advantages include strong anti-interference ability and optimal reliability.
This solution includes power measurement chip, LCD display, real-time clock, data storage, prepaid card, infrared meter reading, automatic remote meter reading through RS-485, PLC power line carrier communication, 470 MHz wireless communication, strong anti-interference ability and optimal Reliability and other advantages.
This solution uses the Nuvoton N79E8xx series to provide the advantages of high performance, low cost, weight measurement, digital display, and excellent reliability.
This solution can directly use software to drive the CMOS sensor, and its image frame rate can reach up to 30 FPS. The information can be transmitted to the cloud through Wi-Fi or NB-IoT to realize the remote meter reading function.
This platform uses the USB port to design an 8-way full-speed USB host port microprocessor, and uses the USB port to realize the replacement of the connection measurement module at any time. Using NuMicro® NUC980 with NuMicro® NUC029SEE USB device measurement module provides a complete development platform, which can shorten the overall development cycle.