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A must for all professional Surround Studios
* ITU-775 Surround Standard
* Surround Scope , to control the power of the signal in the surround mix (see demo avis)
* 6 Level Meters with 6 RMS Level Meters with different scales
* DIN 45406, Nordic N9, BBC PPM, EBU PPM, digital PPM
* K-System K-20, K-14, K-12 by Bob Katz
* Reverence Level: 0dBFs, -18 dBFs (european broadcast), -20 dBFs (american broadcast)
* All the 10 possible Correlations displayings (display as Bars or Lines with Max hold)
* Compatible with all MME Windows driver ( see soundcards recommends below)
The commonly applied DIN45406 with a head room of 6 dB referred to digital 0, Nordic N9, BBC PPM, EBU PPM and the K-System (K-20, K-14, K-12) by Bob Katz are easily and individually recallable by using the Windows-function keys F1 to F 8.
PAS-Surround Meter can be configured in a number of different ways, to accurately model the ballistics, responses and graphics of a wide range of standard peak programme meters. These meters currently include the following:
IEC 268-10 Type I - Nordic N9
IEC 268-10 Type IIa - BBC PPM
IEC268-10 Type IIb - EBU PPM
DIN 45406
K-System by Bob Katz
K-20
K14
K12
Provides information about mutual phase-frequency relations between the signal of the left and right channel and allows us to spot any possible irregularities. These 'irregularities' may not have any significance in the case of stereo playback, but it should be remembered that the material we record can also be played as a mono signal (for example, on TV or on one of the radio stations which are broadcast or received in mono), and is worth sounding at least similar to what we imagined. However, you have to learn to read the indications of the correlation meter.
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DIN 7190
DIN 7721
DIN 3975-1
DIN 2095
DIN 2097
DIN 3996
DIN 2089-1
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This sophisticated piece of software turns your computer into a modern, State-of-The-Art spectrum analyzer giving you features that go far beyond the possibilities of any stand-alone hardware unit.
An important advantage of your new analyzer software is the fact that your computer monitor is a far better means of displaying analyzer measurments than any LED or LCD bar. By making use of standard computer operations your analyzer software will store your personal settings or analyze audio data you may have previously recorded.
What we had in mind while developing the PAS Analyzer was maximum flexibility, so we decided to equip it with it´s own test tone oscillator.While the analyzer is connected to your soundcard´s input the oscillator signal is feeding the outputs. Of course there is more than a 1 khz sine wave in the oscillator, it`s actually giving you various waveforms and noise. In Compare Mode the output of your soundcard is constantly being checked against what´s coming in at the card´s input sockets allowing you to evaluate the quality of any given signal chain.
Now let me give you some real life examples for the use of the PAS Analyzer:
· Detecting and eliminating room modes ( sound reinforcement )
· Checking the stereo bus signal in mixdown
· Single track examination
· Serving as a mobile measuring instrument ( e.g on a Notebook PC )
· Test tone oscillator for tape machine alignment
· Measuring gain or attenuation using Compare Mode
· Measuring the frequency response of a signal chain by using sinewaves of different frequencies
I´m sure, you can think of various other applications for the PAS Analyzer.
Surround Meter 5.1: http://www.pas-products.com/bin/surroundmeter.exe
Spectrum Analyzer pro Live: http://www.pas-products.com/bin/analive.exe |
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MITCalc - Multi pulley calculation: http://www.mitcalc.com/download/MITCalcMPulley01.exe
The calculation is developed for geometrical designs of belt and chain transmissions with more sprocket wheels
(max. 15). Application is developed in MS Excel, is multi-language, supports Imperial and Metric units and solves the
following main tasks:
- Calculation of the necessary length of the belt (chain) using known positions and diameters of sprocket wheels
- Achieving the desired (table) length of the belt / chain using a change in the position of the selected sprocket
wheel.
- Calculation of geometry (angles of wrapping, numbers of teeth in engagement, axis distances, etc.)
- Calculation of the radial force acting on the sprocket wheel axis.
- Support of 2D CAD systems (AutoCAD, AutoCAD LT, IntelliCAD, TurboCAD…)This module is a part of MITCalc -
Mechanical and Technical Calculation Package for gear, belt and chain drives, springs, beam, shaft, bolt
connection, shaft connection, tolerances and many others |
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