BRUEL & KJAER 2032 Instruction Manual page 11

Dual channel signal analyzer
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USES:
• Analysis of mechanical system responses
• Measurement of sound intensity
• Propagation path identification
• Input/output analysis of electronic and electrical
systems and control system analysis
FEATURES:
• Dual-channel signal processing with built-in digital
zoom to 25,6kHz
• 801 lines resolution in dual channel operation
• Fast operation with 5,0 kHz real-time frequency
(10kHz single channel) and fast fully annotated
hard copy via 2313
• Self-explanatory operation
• Fully instrumented front-end and user-defined
calibration
• Hilbert transform for calculation of time envelope
functions
• Autorange function, also for repeated transients
Introduction
The Dual Channel Signal Analyzer
Type 2032
is
a fast, flexible, easy-to-
use, and fully self-contained two-
channel FFT analysis system having
801 lines resolution. It is fast because
of its high real-time frequency of
5,0 kHz, with provision for fully anno-
tated hard copies in less than 10 sec-
onds each from the Brtiel & Kjrer
Graphics Recorder Type 2313. It is
flexible because calibration, display
scales, post-processing, etc., are user-
definable, and that functions such as
signal-to-noise ratio, sound intensity,
and cepstrum are computed directly
without the need for intermediate pro-
cessing. It is easy to use because oper-
ation is largely self explanatory with
all relevant control settings clearly
shown on its display screen, and be-
cause complete measurement and dis-
play setups can be stored for later re-
BP0183-12
type 2032
Dual Channel Signal Analyzer
• Non-volatile memories store 10 user-defined mea-
surement setups and 10 user-defined display set-
ups
• Linear, exponential, or peak averaging of up to
32 767 spectra
• Measures Frequency Response, Coherence, Auto
and Cross Spectra, Auto and Cross Correlation,
Coherent and Non-coherent Output, Impulse Re-
sponse, Signal to Noise, Sound Intensity, Cepstra,
Orbits, and Probability Density and Distribution
• Signal enhancement for time domain averaging
• Displays real part, imaginary part, magnitude,
phase, Nyquist plot, and Nichols plot, on a 12"
display screen, together with the measurement
and display setup
• 6 different cursor functions for read-out of results
• Autoscale function optimises display scale
• Extensive post-processing of results
• Flexible and sophisticated trigger
• Built-in zooming signal generator
• Flexible, user-friendly digital interface, (IEC625-1 I
IEEE 488)
• Modal analysis option
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