Product Description:
Agilent Technologies, Inc. 35670A Signal Analyzer, 2 or 4 Channel Dyn.
The Agilent Technologies, Inc. 35670A spectrum analyzer is a wide band, very sensitive receiver. It works on the principle of "super-heterodyne receiver" to convert higher frequencies (normally ranging up to several 10s of GHz) to measurable quantities. The received frequency spectrum is slowly swept through a range of pre-selected frequencies, converting the selected frequency to a measurable DC level (usually logarithmic scale), and displaying the same on the CRT of the Agilent Technologies, Inc. 35670A. The CRT displays received signal strength (y-axis) against frequency ( x-axis).
Some applications for Agilent Technologies, Inc. 35670A Spectrum Analyzers include Site Monitoring: Verify that the frequency and signal strength of your transmitter is accurate. Interference: Before a system is installed you use a Agilent Technologies, Inc. 35670A spectrum analyzer to verify that the frequencies (you plan to use) are not occupied or if the presence of a very strong signal will interfere with your new setup. Interference can be created by a number of different situations. Other tests that utilize the Agilent Technologies, Inc. 35670A spectrum analyzer features include antenna isolation, co-channel interference, adjacent channel power, occupied bandwidth, intermodulation, microwave or satellite antenna alignment, and characterization of components.
Key Features & Specifications
- 102.4 kHz at 1 channel, 51.2 kHz at 2 channel, 25.6 kHz at 4 channel
- 100, 200, 400, 800 and 1600 lines of resolution
- 90 dB dynamic range, 130 dB in swept-sine mode
- 15 Measurements and 7 different source signals
Description
The Agilent 35670A is a versatile FFT analyzer with built in source for general spectrum and network analysis, and for octave, order, and correlation analysis.
The built in source with optional analysis features optimize the instrument for analyzing and troubleshooting noise, vibration and acoustic problems, evaluating and solving rotating machinery problems, and characterizing control systems parameters.
Learn more System development using dynamic signal analyzers
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