Used ANRITSU MS2661B #109205 for sale

ANRITSU MS2661B is an advanced, fully automated L-Band Synthesizer Source that provides low-noise, high-stability signal synthesis in the frequency range of 10 MHz to 20 GHz. It is ideal for a wide range of radio frequency applications such as testing microwave components, conducting material measurements, or beaming a frequency-agile signal source to other test sites. MS2661B provides four separate output ports with broadband frequency coverage and is capable of handling wideband and narrowband modulation calibration loops or two-tone generation. It is designed to provide up to 1 MHz resolution and 0.001 Hz step size for accurate frequency tuning and resolution. ANRITSU MS2661B also features a high-stability, low-noise oscillator, which is temperature compensated and temperature-stabilized over a variety of environmental conditions. It has an internal frequency reference and synthesizer that can be externally adjusted from 10 MHz to 20 GHz and can be used to generate signals with a frequency of up to 10 GHz. MS2661B also features a wide range of phase noise characteristics, with a phase noise performance of -125 dBc/Hz at its most stable point. Its phase noise stability is further strengthened by the use of a tailored, low-noise crystal oscillator, which ensures maximum phase noise stability. Its onboard noise floor is also very low. ANRITSU MS2661B is also equipped with various other features including numerous built-in utilities such as frequency selection, self-testing, external input/output, data logging, and more. It comes with both tabletop and rack-mountable forms, making it suitable for benchtop testing applications and laboratory test benches. MS2661B also features an intuitive graphical user interface with an easy-to-navigate layout for accessing features and performing functions in real-time. An external remote control is provided for wireless control and monitoring. It is designed to withstand normal EMI levels and is especially suitable for use in potentially hostile or remotely located environments.