Used IRD 820 #9293076 for sale

IRD 820 is an electronic test equipment which is used to measure the scattering parameters of a device under test (DUT). The device is a two-port vector network analyzer with dual VNA ports. It features a wide frequency range, and a graphical user interface which simplifies operation. 820 offers a wide frequency range, from 10 MHz to 8.2 GHz, allowing it to cover a wide range of applications. The device also offers high dynamic range, as well as a high resolution, enabling it to deliver precise measurements of the device under test. The unit provides 0.1 dB of return loss accuracy, stability of 0.01 dB and a low system noise level of -170 dBm. IRD 820 allows for direct connection to the DUT, so there is no need for additional cables or connectors. Measurements can be taken in a variety of ways, including end reflection, differential scattering parameter, average waveform, band selectivity, quadrature balance, and group delay. The device also has a number of features including a built-in digital storage oscilloscope and a marker of markerband. The data acquisition process is powered by a graphics user interface (GUI). This interface allows users to quickly configure the instrument, while the plotting windows offer a complete overview of the results. The device can be triggered manually or synchronized to an external clock, allowing for an accurate and highly repeatable experiment. 820 comes in a small size, making it ideal for a wide range of applications. The device has a built-in display, making it easy to use in any field setting. It also comes with a variety of accessories, including a carrying case, calibration standard, calibration kit, PC software, and other accessories for easy operation and maintenance. IRD 820 is an efficient and reliable test instrument that can be used in a wide variety of applications for accurate and precise measurements. Its wide frequency range, high dynamic range, high resolution, and graphical user interface make it an ideal choice for any device measurement task.