Used KYOSAN RFK50Z-RF #9411653 for sale

KYOSAN RFK50Z-RF is an electronic test equipment designed for use with high power RF devices. It is capable of conducting a wide range of tests, such as measurement of power output and spectral response, on a variety of RF components and systems. The test equipment has a power output range of 0.1 W to 50 kW, and measurements can be performed with a range of frequencies from 0.1 MHz to 6 GHz. It can also measure transmission characteristics in the time domain, including group delay, insertion loss, frequency response, and time-domain magnitudes. The system is designed with a Windows-based graphical user interface that is easy to use and provides access to all the testing functions of the equipment. It is also equipped with a built-in safety monitoring unit that includes protection against VSWR, voltage protection, current blocking and temperature protection. RFK50Z-RF is a highly sensitive and stable instrument that offers flat response across the entire frequency range. It has a wide dynamic range to accommodate different levels of power, and the internal operating parameters can be optimized for different applications. It uses an ultra-low noise amplifier to ensure accurate and repeatable results, and the machine includes an internal reference detector for accurate monitoring of RF power. The tool features a variety of connectors, including Type N, 7/16, 1/4 and SMA, allowing it to control and measure signals from a range of RF equipment such as antenna controllers, amplifiers, directional couplers, filters, PA protection circuits, etc. It is also equipped with an extensive data acquisition asset that can store and analyze tests, and the model can store up to five measurements in memory for quick recall and comparison. KYOSAN RFK50Z-RF is a reliable and efficient solution that can be used to accurately test various RF devices and systems. Its wide range of test capabilities, coupled with high sensitivity and stability, make it an ideal tool for use in designing, debugging and testing high power RF components and systems.