Copyright | Telex ISP-100 instruction

Copyright © 1997—98	9600 Aldrich Avenue South
TELEX Communications, Inc.	Minneapolis, MN 49107
All Rights Reserved.	USA	7/98
Printed in USA	Ph. 612.884.4051 Fax 612.887.5588	P/N: 38109-744 Rev. A

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Telex ISP-100 manual Copyright

Contents

ISP-100 This page Left Blank Intentionally Proprietary Notice Procedure for Returns Shipping to Manufacturer for Repair or Adjustment Iii Table of Contents PEQ Installing VUE-IT Processing Components Viii Table of Contents Glossary Standard Quickmap Library An Overview of the ISP-100 Conventions Used in this Manual About this ManualCustomer Support Unpacking Front Panel Features see FigureIntroduction Operating Environment Rear Panel Features see FigurePower Requirements Rack Mounting Card Installation Procedure Battery/module tool Balanced Input from Balanced Output Cable DiagramsAnalog Audio MIM-1, MIM-2, MOM-1 Balanced Input from Unbalanced Output AES/EBU Input Balanced Output to Unbalanced InputDigital Audio MDM-1 Cards Spdif Input Serial Communications AES/EBU OutputSpdif Output Front Panel RS-232 Rear Panel RS-232 Connections Over 50 Feet 16Connector pinouts July General Purpose Inputs GPI Master Sync Input This page Left Blank Intentionally Case of Problems User Modifications Diagnostics Factory Default Mode Retrieving Version Numbers Retrieving Serial Numbers Schurter P/N Telex P/N Changing the BatteryChanging the Fuse Denmark Finland Technical Support Helpful Information Shipping to Manufacturer for Repair or Adjustment This page Left Blank Intentionally Components LowPass Filter Property Limiter PropertyFilters Property HighPass Filter Property Input Property ISP-100 Component PlotsCombine Property Output Property Gate Linkwitz-Riley 3-way Crossover Notch Filter Peaked HighPass Filter System Measurements System Frequency Response System Noise Floor System THD+N Performance PowerMIM-1 & MIM-2* Analog Input Modules Miscellaneous MOM-1 Analog Output Module MDM-1 AES/EBU Digital I/O Module Performance Sample Rate Converter Engaged1 Performance Sample Rate Converter bypassed Mutes Power Physical Loading the Software Minimum System RequirementsIdentifying a Serial Port Updating the ISP-100’s Operating System 1OS mismatch dialog 3Open OS file dialog Configuring the Software Dialog box similar to the one in the -6 should appear 9Communications error dialog This page Left Blank Intentionally Starting VUE-IT 1VUE-IT workspace Starting a New Project 2Create new project dialog VUE-IT File System 4New project created QuickMAP Template Files Archiving ProjectsMounting Projects Component Directory Using VUE-IT Edit see Figure Window see Figure Soft Mute Ramp in Ms System Configurations see Figure Project Manager Input Slot Bit Level Properties for the ISP-100Master Clock Selection Project Properties QuickMAP Selection QuickMAP Properties Component Properties Component Export 15Component export dialog QuickSET Manager Component Import Deleting QuickSETs Configuring Input PinsCreating New QuickSETs Selecting the Active QuickSET Testing the GPI Assignments 19 GPI panel QuickMAP QuickMAP Component Bypassing Input Using the Stereo ControlUsing the Pad Control Mute Control Using the Relay ControlOutput Digital I/O Mute RX Input Stream Format Status InformationSample Rate Converter Input Stream Emphasis Device Status Panel Output Meters Processing Components Using the UP/DOWN Arrows Using the KnobUsing the Text Box Combine Mute Control M Fine F or Coarse C ControlPolarity Control + Bypass Control master Compression Ratio CompressorFamiliar Controls Threshold Knee Selection Attack TimeRelease Time Detection Window Sidechain SourceUnfamiliar Controls Crest Factor Sensitivity Overshoot MeteringBypass Computation of Average Level Using the Slider Meter Sidechain Knee ControlRatio Control Crossover Two-Way Crossovers July Two-way Linkwitz-Riley Crossovers Three-Way Crossovers Three-way Bessel and Butterworth Crossovers Three-way Linkwitz-Riley Crossovers 7Three-way Linkwitz-Riley crossover implementation July Four-Way Crossovers 8Four-way crossover implementation Four-way Bessel and Butterworth Crossovers 9Four-way Bessel & Butterworth crossover implementation Four-way Linkwitz-Riley Crossovers 10Four-way Linkwitz-Riley crossover implementation LPx HPx = θx LPx + HPx = θ July Low, Low-Mid, Mid, Mid-High and High Controls Three-wayFour-way Link/Unlink Control Passband Gain ClassCutoff Frequency Fine F or Coarse C Control Attenuator CutAttenuation and Polarity Processing Components Cut Delay Setting Delay Dither Bit Level Dither Signal Characteristics Dither Bit Level Filter Filter Bands LowPass Filters HighPass Filters LowShelf Filters HighShelf Filters Notch Filters Parametric EQ Filters Center Frequency Bandwidth Peak Magnitude Boost and CutPeaked HighPass Filters Active Band AllPass FiltersFilter Type Frequency in Hz Using the Filter Tool Boost/Cut Using the 24 dB, 40 dB, 120 dB Controls Using the Magnitude Mag. or Phase ControlUsing the Logarithmic Log. or Linear Control Gain Trim Isolate Iso Control Gain Gain and Polarity Pre-Fader Metering PFM Master AttenuatorFine or Coarse Control Processing Components Gain Gate Opening Time Gated Attenuation Closing TimeKey Channel Keying from Other Channels Attenuation and Threshold Controls Open, Window, Close Controls Limiter 19Limiter component Release Time Unfamiliar Controls Metering Computation of Average Level Fine or Coarse Control Select Selecting the Input Glossary DSP Glossary This page Left Blank Intentionally Identification of Slots and Connectors Applying QuickMAPs MONDOEQ.QMS 2X6CMBC.QMS 2X8COMB.QMS 3X6CMBC.QMS 2X8THRU.QMS 4CHAN.QMS 4X6CMBC.QMS 4X6THRU.QMS 32W.QMS 2WAYS.QMS 23WAY.QMS 22WSUB.QMS 22WFR.QMS 22W2ST.QMS 42WAYS.QMS 4W2FR.QMS LCR.QMS MONO3W.QMS Copyright