Used NOISECOM UFX7110 #108378 for sale

NOISECOM UFX7110 is a piece of electronic test equipment specifically designed to measure noise figures and return losses of amplifiers. It works by generating a known level of noise, then measuring the resulting noise figures and transfer functions of amplifiers under test. It is a versatile instrument, capable of testing a wide range of linear and non-linear systems in both analog and digital formats. UFX7110 features a wide-band panel with a frequency range of 6MHz to 18GHz. It has an optimized noise source and noise power meter for accurate and repeatable measurements. It incorporates a built-in menu-driven PC/Windows-based graphical user interface, as well as a built-in precision reflectometer for measuring multiple complex circuits. This test equipment also features an automatic noise figure measurement capability with a 0.001dB resolution, which can be used to measure any arbitrary frequency from 10MHz to 18GHz, including EDGE and WCDMA bands. It also includes a built-in visual feedback, which can help detect the presence of random jitters in the circuit under test. In addition, NOISECOM UFX7110 includes a sensitive power meter with a wide dynamic range of more than 80dB, and a fast acquisition time capability for quickly verifying long signal path impairments. It has an adjustable range for noise figure measurements, making it suitable for testing amplifiers with different levels of noise contamination. UFX7110 is a rugged unit, designed to withstand shock and vibration in harsh industrial environments. It is also IP54 compliant and complies with European EMC regulations (CE, EN and MIL-STD 461E). Overall, NOISECOM UFX7110 is an excellent choice for testing noise figures and transfer functions of amplifiers in both analog and digital formats. It is highly versatile and has a wide frequency range with a fast acquisition time, allowing it to quickly detect abnormalities in the circuit under test. Additionally, its rugged construction makes it ideal for use in harsh industrial environments.