Used ULVAC QCM2008-PRKIT #9314315 for sale

ULVAC QCM2008-PRKIT is a powerful lab equipment and accessory package designed for use in physical science and nanotechnology laboratories. This system is designed to perform a wide range of physical measurements, such as frequency, mass, viscosity, surface tension, acoustic waves, and electrical properties. QCM2008-PRKIT utilizes Quartz Crystal Microbalance (QCM) and Piezoresistive Quartz Crystal Resonator (PQCR) technologies. It includes an oscillator module, load cell, sensor element, and signal processing hardware. The oscillator module is used to drive the quartz crystal resonator, and can operate in sinusoidal or pulse mode. The signal generated by the resonator is then sent to the load cell in order to measure the vibration frequency and impart accurate piezoresistive readings. The integrated circuit encapsulating the sensor is equipped with an active bridge circuit to measure the resistance of the crystal as a function of frequency. The hardware included in the package is specifically designed for characterization of materials, components, and thickness of films at a nanoscale level. It provides high levels of accuracy and precision, with a detection sensitivity of 0.01 nm and a resolution of 1 nm. Various measurement modes such as high resolution mode, constant frequency mode, and linearity DC mode are available. This makes it a powerful tool for analysis of chemical, biological, and material samples. The system also features a programmable logging function for data capture, as well as software for data processing and analysis. It offers a broad range of features including data acquisition, storage, remote access, and data visualization. The software is compatible with Windows and Linux operating systems, and runs on graphical user interface (GUI) platforms such as LabVIEW, MATLAB, and CATLAB. In summary, ULVAC QCM2008-PRKIT is a comprehensive lab equipment package that offers a complete solution for physical measurements at the nanoscale. Its integrated QCM and PQCR technologies provide highest levels of accuracy and precision for specific material properties, such as frequency, mass, viscosity, surface tension, acoustic waves, and electrical properties. Furthermore, the accompanying software allows for easy data capture, storage, and analysis.