Used ANRITSU MP1570A #9107883 for sale

ANRITSU MP1570A
ID: 9107883
Sonet/SDH/PDH/ATM Analyzer Plug in card Missing plug in card on top slot.
ANRITSU MP1570A is an advanced electronic test equipment designed for the verification of microwave components and transmission systems. This electronic test equipment provides rapid and reliable characterization of high-frequency components and systems. With its precision measurements, MP1570A can analyze components up to 60 GHz, allowing researchers to uncover even the smallest details. ANRITSU MP1570A includes high-accuracy, high-speed frequency response measurements, designed to accurately measure the frequency response of an input signal in the frequency range of 32 kHz to 60 GHz. This is accomplished by employing a 50 μS swept-frequency calibration technique, giving MP1570A vastly improved accuracy and data collection speed over traditional swept frequency techniques. Additionally, ANRITSU MP1570A is able to measure software-defined parameters such as group delay, insertion loss, and VSWR. MP1570A also boasts an exceptionally low noise floor of -185 dBm/Hz, giving it excellent signal-to-noise (SNR) performance. This ensures that ANRITSU MP1570A can accurately measure small changes in signals in even the most demanding environments. Furthermore, MP1570A is equipped with a high-speed sweep-mode setting which allows for much faster sweep rates than standard swept-frequency techniques. This allows for larger amounts of data to be collected in less time, providing researchers with faster processing times. ANRITSU MP1570A is one of the most powerful and reliable test instruments on the market. With its high-accuracy measurements and its wide frequency range, MP1570A yields precise, repeatable results which are essential when characterizing microwave components and systems. Additionally, its low noise floor and fast sweep-mode setting provide users with the necessary tools to meet the most demanding application needs. Overall, ANRITSU MP1570A is an invaluable tool for characterizing high-frequency components and systems.
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