Used KYOSAN RFK150ZD-UX2 #9312336 for sale

KYOSAN RFK150ZD-UX2 is an electronic test equipment designed for measuring current, voltage, and resistance at high frequencies. It is equipped with two voltage probes and two current probes that can measure signals up to 150kHz, ensuring a wide range of coverage for even the most complex applications. The device also boasts high-accuracy and fast response time, allowing for precise and speedy data acquisition. RFK150ZD-UX2 is a DC-AC based measuring instrument, which can measure both AC and DC signals. It has an adjustable frequency range of 10Hz to 150kHz, enabling users to accurately measure high frequency signals. It also features a high-accuracy voltage measurement range of 0.3V to 1000V and a current measurement range of 0.1mA to 10A. The device also supports a variety of measuring modes, such as voltage/current/resistance with true RMS and DC measurements, AC/DC power, peak, and peak-peak measurement. The device also has a built-in graphical display, which enables users to read and visualize data in real-time. It can be connected to a PC via USB or Ethernet for data acquisition, so users can log and store measurements for further analysis. Additionally, KYOSAN RFK150ZD-UX2 is equipped with an advanced signal simulator, which allows users to precisely generate a variety of signals, such as sine waves, triangle waves, square waves, and pulse waves. RFK150ZD-UX2 is built with a simple yet robust design, making it easy to operate. It is equipped with an automatic self-test feature that runs when the device is powered on, allowing users to quickly detect problems of the unit. It also has a low power consumption design, ensuring users to take measurements freely without worrying about excessive energy loss. In conclusion, KYOSAN RFK150ZD-UX2 is an excellent and versatile electronic test equipment that offers precise, accurate, and fast signal measurements over a wide frequency range. With its intuitive design, high-accuracy measurements, and signal simulator, this device is ideal for a variety of testing applications.