Used ROHDE & SCHWARZ AMIQ02 #106775 for sale

ROHDE & SCHWARZ AMIQ02 is a state-of-the-art electronic test equipment designed to meet the present day requirements of the communications and broadcasting industries. This two-port signal analyzer is ideal for both versatile and precise broadband measurements. It features a wide frequency range from 15 MHz to 50 GHz, making it suited quite well for measurements of communications signals in both cellular as well as microwave frequencies. To ensure precise measurements and allow flexible set up, AMIQ02 includes double-amplitude offset correction, reliable pulse measurements, fair channel power and true channel power capability. It also contains supported measurement functions including: an error vector magnitude and multi-carrier power ratio. ROHDE & SCHWARZ AMIQ02 is an ideal tool for measuring complex signals in both broadcast and telecommunication applications. AMIQ02 is designed with a powerful user Interface that enables efficient operation. Its user-friendly Windows based software offers fast and intuitive operation and a wide variety of measurement functions, preset curves and analysis functions. This user interface also provides users with a one-click setup that saves time and enhances reliability. Furthermore, its configuration is easily adjustable due to its multiple options that allow users to access external specifiers, display measured data, operate the analyzer via PC or LAN interface and control its modem functions. To ensure complete compatibility with existing systems, ROHDE & SCHWARZ AMIQ02 is also capable of monitoring both analogue signals and digital data. In conclusion, AMIQ02 is an ideal tool for performing accurate and versatile measurements for the telecommunications and broadcasting industries. Its luxurious features and robust design make it perfect for professionals and amateurs alike. It perfectly combines sophisticated features with a user-friendly technology, allowing users to easily track the signal performance and assure optimal communication system performance.