Used ANRITSU MS2724B #9192408 for sale

ANRITSU MS2724B
ID: 9192408
Spectrum analyzer Options: 009, 019, PSN50, 031, 044, 045, 760-235, MX703700A, BPF1901.2BW31.4M801.
ANRITSU MS2724B is a fully featured and affordably priced electronic test equipment designed for general-purpose covering the frequency range from 25 kHz to 3 GHz. This advanced device offers exceptional accuracy, precision, and reliability necessary for demanding engineering applications. MS2724B provides high-accuracy power and frequency measurements for both CW and modulated signals. It features a high-precision level indicator to measure as low as -145 dBm in the range of 0 dB to -171 dBm and an AC/DC power range of +30 dBm to -67 dBm, providing precision along with full dynamic range. Furthermore, it has a dBm to Watts feature to ensure correct readings. ANRITSU MS2724B is designed to enable simplified operation and automatic measurement setup. It features an intuitive GUI, a large color touch screen display, and dual LAN/GPIB/USB connection options. Network connectivity ensures seamless access to external applications and provides web-based control. With the included drivers and commands, the user can easily program automated tests and measurements. In terms of accuracy and performance, MS2724B measures the frequency components of an array of test signals. It can easily resolve frequencies down to sub-1 kHz resolution, analyze modulation accuracy, detect spurious signals, and measure HF/VHF signals for audio fidelity. It has additional advanced features such as modulation analysis and DMA life cycle testing, which gives users a wide range of testing capabilities for modulated signals. The instrument is also equipped with frequency and phase noise measurement capabilities, allowing users to identify ultra-low noise characteristics of their test signals. It also provides trace storage and display of up to 128 markers to help accurately make time-domain multiplexed measurements. ANRITSU MS2724B is designed to be the perfect tool for meeting the ever-changing needs of research, engineering, and educational labs. Its high-accuracy power and frequency measurements, easy-to-use GUI, intuitive color touch screen display, and other features make it ideal for a range of demanding development environments.
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