|
CLIO
10 MAIN SOFTWARE RELEASES AND VERSIONS
CLIO
10 controls and manages the Audiomatica FW-01
Firewire Audio Interface (24 bit @ 192kHz).
CLIO 10 STANDARD: Laboratory grade software with most of
the features present.
CLIO 10 QC: Adds a Quality Control
Processor for state-of-the-art testing and controlling a production
line; also adds some particular applications like 3D measurement
analysis.
CLIO 10 MEASUREMENT TECHNIQUES
Compared to other measurement systems, CLIO 10 concentrates
the power of many different instruments into a single one.
Three different measurement techniques are available for system
identification and characterization:
- MLS & LogChirp analysis using either pseudo-random
noise or logarithmic chirps as stimuli
- Sinusoidal Sweeps using sinusoidal signals
- FFT, RTA and Live Transfer Function letting
you the choice of any stimulus, even live music. While other instruments
offer one single possible measurement choice, CLIO 10 gives
you three alternatives permitting to view the physical phenomenon
like frequency response, impedance or other parameters, from three
different points of view. The final result will be then validated
by the consistency of these measurements: as any expert technician
knows, this is the correct approach that should always be adopted.
The following specialized control panels are dedicated to other
specific measurements:
- Sound Level Meter a IEC61672 integrating sound level meter
with Leq and frequency analysis
- Linearity and Distortion measures the non linear behavior
of an electronic equipment
- Interactive L-C-R Bridge permits passive components measurement
on the fly
- Wow&Flutter Meter with time and frequency analysis
- Frequency Counter
Beyond measured results you get sophisticated post-processing
tools for:
- Thiele&Small Parameters for loudspeaker characterization
- ISO 3382 Acoustical Parameters & STI for rooms and
auditoria characterization
- Waterfall plots to evaluate sound decay as 3D or Color
graphs
- Directivity analysis for loudspeaker characterization as
Color maps, Circular or waterfall-like plots
- 3-D Balloons analysis for complete 3D loudspeaker directivity
characterization
- Wavelet analysis for joint time-frequency loudspeaker characterization
- Loudness Rating Calculator for assessing RLR, SLR and STMR
(only in QC version)
Using all the aforementioned measuring and post-processing techniques
it is possible to tailor powerful Quality Control scripts
that will manage and identify any production line of electronic
or electro-acoustic devices.


|