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> 2006
> Hp agilent 5371A frequency time interval analyzer &man.
Hp agilent 5371A frequency time interval analyzer &man.
HP Agilent 5371A Frequency & Time Interval Analyzer
Includes two 54002A probe input modules
Includes Complete set of 4 Manuals on CD: Operating Manual (439 pages), Service Manual Volume 1 (223 pages), Service Manual Volume 2 (340 pages), Programming Manual (285 pages)
Powers-ON and passes all self-tests
front panel is very clean, all switches and knobs work smooth and are responsive
(we don't know anything about this product so are not able to test it further)
in good condition with some sticker residue, scratches, and scuff marks as to be expected
The Agilent 5371A frequency and time interval analyzer is a general-purpose modulation domain analyzer that captures frequency or time intervals at extremely high speeds. The 5371A combines a choice of over 60 arming and triggering configurations with built-in analysis including math, statistics, and limit testing. The 5371A uses a continuous measurement time sampling technique to quickly capture and display data. By eliminating reset time, measurement throughput is dramatically increased to more than 10 million measurements per second with a frequency range of up to 500 MHz.
The 5371A can help you analyze jitter effects, characterize the transient and steady state responses of a VCO, examine frequency or phase modulation, measure frequency stability, analyze computer peripherals, or measure fast hopping radio signals.
* Calculated Allan Variance specifies frequency stability in the time domain
* Broad selection of measurements
* Quick and easy-to-use push button analysis
* Graphic display and histograms add visual meaning to numbers
* Excellent single-shot 10-digit resolution at 150 ps rms
* Fast HP-IB throughput with up to 20,000 measurements per second
* Many applications specify frequency stability by Allan Variance. Allan and Root Allan Variances are calculated and displayed directly, along with traditional statistical parameters. Frequency to 500 MHz is measured with zero dead time, assuring no lost information in the Allan Variance calculation.
* Measurements include frequency and period; time interval, +/- time interval, and continuous time interval; positive or negative pulse width; rise or fall time; duty cycle; totalize; phase; and peak amplitude.
* Built-in statistics and analysis mean that you do not have to send data to a computer or write analysis software.
