System Measurements | Telex ISP-100 specification

4-5

System Measurements

System Frequency Response

System Noise Floor

System THD+N

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Specifications

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Telex ISP-100 manual System Measurements, System Frequency Response System Noise Floor System THD+N

Contents

ISP-100 This page Left Blank Intentionally Proprietary Notice Shipping to Manufacturer for Repair or Adjustment Procedure for Returns Iii Table of Contents PEQ Installing VUE-IT Processing Components Viii Table of Contents Glossary Standard Quickmap Library An Overview of the ISP-100 Customer Support About this ManualConventions Used in this Manual Introduction Front Panel Features see FigureUnpacking Power Requirements Rear Panel Features see FigureOperating Environment Rack Mounting Battery/module tool Card Installation Procedure Analog Audio MIM-1, MIM-2, MOM-1 Cable DiagramsBalanced Input from Balanced Output Balanced Input from Unbalanced Output Digital Audio MDM-1 Cards Balanced Output to Unbalanced InputAES/EBU Input Spdif Input Spdif Output AES/EBU OutputSerial Communications Front Panel RS-232 Connections Over 50 Feet Rear Panel RS-232 16Connector pinouts July Master Sync Input General Purpose Inputs GPI This page Left Blank Intentionally User Modifications Case of Problems Factory Default Mode Diagnostics Retrieving Serial Numbers Retrieving Version Numbers Changing the Fuse Changing the BatterySchurter P/N Telex P/N Finland Denmark Helpful Information Technical Support Shipping to Manufacturer for Repair or Adjustment This page Left Blank Intentionally Components Filters Property Limiter PropertyLowPass Filter Property HighPass Filter Property Combine Property ISP-100 Component PlotsInput Property Output Property Peaked HighPass Filter Gate Linkwitz-Riley 3-way Crossover Notch Filter System Frequency Response System Noise Floor System THD+N System Measurements MIM-1 & MIM-2* Analog Input Modules PowerPerformance Miscellaneous MOM-1 Analog Output Module Performance Sample Rate Converter Engaged1 MDM-1 AES/EBU Digital I/O Module Mutes Performance Sample Rate Converter bypassed Physical Power Identifying a Serial Port Minimum System RequirementsLoading the Software 1OS mismatch dialog Updating the ISP-100’s Operating System 3Open OS file dialog Dialog box similar to the one in the -6 should appear Configuring the Software 9Communications error dialog This page Left Blank Intentionally 1VUE-IT workspace Starting VUE-IT 2Create new project dialog Starting a New Project 4New project created VUE-IT File System Mounting Projects Archiving ProjectsQuickMAP Template Files Component Directory Using VUE-IT Edit see Figure Soft Mute Ramp in Ms Window see Figure System Configurations see Figure Project Manager Master Clock Selection Properties for the ISP-100Input Slot Bit Level QuickMAP Selection Project Properties Component Properties QuickMAP Properties 15Component export dialog Component Export Component Import QuickSET Manager Creating New QuickSETs Configuring Input PinsDeleting QuickSETs Selecting the Active QuickSET 19 GPI panel Testing the GPI Assignments QuickMAP Component Bypassing QuickMAP Using the Pad Control Using the Stereo ControlInput Output Using the Relay ControlMute Control Digital I/O Mute RX Sample Rate Converter Status InformationInput Stream Format Input Stream Emphasis Device Status Panel Output Meters Processing Components Using the Text Box Using the KnobUsing the UP/DOWN Arrows Combine Polarity Control + Fine F or Coarse C ControlMute Control M Bypass Control master Familiar Controls CompressorCompression Ratio Threshold Release Time Attack TimeKnee Selection Unfamiliar Controls Sidechain SourceDetection Window Crest Factor Sensitivity Bypass MeteringOvershoot Computation of Average Level Meter Using the Slider Ratio Control Knee ControlSidechain Two-Way Crossovers Crossover July Three-Way Crossovers Two-way Linkwitz-Riley Crossovers Three-way Bessel and Butterworth Crossovers 7Three-way Linkwitz-Riley crossover implementation Three-way Linkwitz-Riley Crossovers July 8Four-way crossover implementation Four-Way Crossovers 9Four-way Bessel & Butterworth crossover implementation Four-way Bessel and Butterworth Crossovers 10Four-way Linkwitz-Riley crossover implementation Four-way Linkwitz-Riley Crossovers LPx HPx = θx LPx + HPx = θ July Four-way Three-wayLow, Low-Mid, Mid, Mid-High and High Controls Link/Unlink Control Cutoff Frequency ClassPassband Gain Fine F or Coarse C Control Attenuation and Polarity CutAttenuator Processing Components Cut Setting Delay Delay Bit Level Dither Dither Bit Level Dither Signal Characteristics Filter Bands Filter HighPass Filters LowPass Filters HighShelf Filters LowShelf Filters Parametric EQ Filters Notch Filters Bandwidth Center Frequency Peaked HighPass Filters Boost and CutPeak Magnitude Filter Type AllPass FiltersActive Band Frequency in Hz Boost/Cut Using the Filter Tool Using the Logarithmic Log. or Linear Control Using the Magnitude Mag. or Phase ControlUsing the 24 dB, 40 dB, 120 dB Controls Gain Trim Isolate Iso Control Gain and Polarity Gain Fine or Coarse Control Master AttenuatorPre-Fader Metering PFM Processing Components Gain Opening Time Gate Key Channel Closing TimeGated Attenuation Attenuation and Threshold Controls Keying from Other Channels Open, Window, Close Controls 19Limiter component Limiter Release Time Unfamiliar Controls Metering Computation of Average Level Fine or Coarse Control Selecting the Input Select Glossary DSP Glossary This page Left Blank Intentionally Applying QuickMAPs Identification of Slots and Connectors 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