Microtest TSB-67 - 568A Annex E manual Impedance, Loop Resistance, Capacitance, Impulse Noise

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Frequency range

PentaScanner+: 1.0 to 100 MHz

PentaScanner/PentaScanner Cable Admin: 1.0 to 100 MHz

Sweep mode: Swept 1- 100 MHz using 1 MHz step or fixed points (1.0, 2.0, 4.0,5,0, 8.0, 10, 16.0, 20, 25, 31.25, 62.5, and 100 MHz)

Dynamic Range: 0 - 50 dB

Measurement Accuracy:

PentaScanner+: Calculated per TIA TSB-67 error model (see NEXT and Attenuation Specifications table)

PentaScanner/PentaScanner Cable Admin: 1.5 dB

∙ Measurement resolution: 0.1 dB

Impedance

 

Range:

40 to 200 ohms

Accuracy:

± 5 ohms

Resolution:

2 ohms

Loop Resistance

 

Range:

0 to 10000 ohms

Accuracy:

± 0.3 ohms @ 0 to 15 ohms

±2% @ 15 to 109 ohms (PentaScanner+)

±2% @ 15 to 200 ohms (PentaScanner/PentaScanner Cable Admin

±5% @ 109 to 5000 ohms (PentaScanner+)

±5% @ 200 to 5000 ohms (PentaScanner/PentaScanner Cable Admin)

±10% @ 5000 to 10000 ohms

Resolution:

0.1 ohms

0 to 200 ohms

 

 

1.0 ohms

200 to 9.999K ohms

Capacitance

 

 

Range:

0 to 100,000 pF

Accuracy:

± 20 pF

0 to 200 pF

 

 

± 10%

200 to 100,000 pF

Resolution:

5 pF

20 to 1000 pF

 

 

50 pF

1000 to 100,000 pF

Impulse Noise

Detects the occurrence of narrow impulse type events exceeding an adjustable threshold of

± 0.262, 0.524, 1.0, 2.0 or 2.5 volts. Instantly displays up to 200 impulse noise events per second. Graphically logs and displays impulse events for up to 25 hours. Termination impedance: 200 ohms.

Peak to Peak Noise

Measures the peak to peak voltage of steady state noise signals.

Range: 0 to 3,000 mVpp into 100 ohms.

Bandwidth: 3dB from 40 kHz to 30 MHz

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Contents N t a S c a n n e r O d u c t F a m i l y E r G u i d e Introduction Getting Started Charging the Scanner’s BatteryNi-Cd Battery Scanner and 2-Way Injectors Ready ScreenBattery Refresh Mode Way Injector+/2-Way Injector BatteryNi-Cd Battery Tips PentaScanner+ is in battery refresh modeSuper Injector+/Super Injector Battery Test ConnectorsPass Way Injector+/2-Way Injector LED IndicatorsHigh Voltage Protection FailCharging Super Injector+/Super Injector LED IndicatorsWhen to Use the Injector CircuitUsing Multiple Injectors Injector CalibrationMod 8 Adapter Note Calibration ConnectionsPress the Extended Functions key Connections Basic Link with Modular 8 Jacks Basic Link with IDC Block and Modular 8 JackFull Channel Modular 8 Link Autotest Steps for Running Autotest Selecting the Cable TypeExtended Functions key and select Calibrate Injector Editing the Cable Type Calculating NVPCustomizing Autotest Editing Autotest InformationEditing the Autotest Name Selecting Pairs for Autotest Selecting Tests to Run During AutotestEditing Test Limits Running AutotestAutotest Results Screen Wire Map Wire Map Test ResultsViewing Autotest Results Length Customizing Length LimitsLength Test Results Near End Crosstalk Next Propagation Delay Customizing Delay LimitsPropagation Delay Test Results Measuring Next at Both Ends of the LinkCustomizing Next Limits Next Test ResultsNext Detail Next GraphAttenuation Customizing Attenuation Limits Attenuation Limits and FrequencyEditing Attenuation Limits Attenuation Graph Attenuation Test ResultsAttenuation Detail Attenuation-to-Crosstalk Ratio ACRImpedance Customizing ACR LimitsACR Test Results ISO Class DCustomizing Impedance Limits Impedance Test ResultsLoop Resistance Capacitance Customizing Loop Resistance LimitsLoop Resistance Test Results Customizing Capacitance LimitsCapacitance Test Results Saving Autotest ResultsSave Sweep Data Printing Autotest ResultsViewing Autotest Results Summary Sample Autotest Report Editing, Printing & Updating Editing with the Alphanumeric KeypadEditing with the Arrow Keys Printing or Downloading Test Results Memory, then press Print F3Printing Tips Uploading Autotest Reports to Windows TerminalProcomm Plus for Windows Troubleshooting Printing Problems Problem My printout is garbled. Why?Downloading Software Updates Updating Scanner Software from the PCUpdating the 2-Way Injector+/2-Way Injector Waiting for ReflashOne or more stored Autotest results have been lost Penta -C1 Technical SupportWorld Wide Web Download of Flash image file completeFind Cable Faults Microtest Bulletin Board System BBSFaxFacts Short at the Injector End Wire Map for Both Ends of the LinkCross Wiring Short at the Scanner EndMeasure Cable Performance Graph F1Next Sweep Attenuation LimitsAttenuation Length/Delay NoiseImpulse Noise Analyze LAN Traffic Peak-to-Peak NoiseLAN Traffic Display Extended Functions Menu Setting Up the Traffic MonitorExtended Functions Autotest MemoryAutotest Setup Calibrating the InjectorSetting Up Units Setting Up User PreferencesSetting Backlight and Auto Shutoff Times Editing Owner/Company NameSetting Up the Printer Port Setting the Date and TimeSelecting a Graphics Printer Tracing a Cable Appendix a SpecificationsDisplaying Injector Information Locating an Office Cable DropEnvironmental Wire MapUser Interface Measurement PortsLength Near-End Crosstalk NextAttenuation Capacitance ImpedanceLoop Resistance Impulse NoiseHigh Voltage Input/Protection Rechargeable BatteryPower Control LED DisplaysWay Injector+ Next Measurement Performance Specifications Super Injector+/Super Injector Physical CharacteristicsFeatures Creating a Cat 5 Test for Token Ring Appendix B 150 ohm CablesWorking with 150 Ohm Cables EnvironmentPress Save F1 Appendix C Cable Pin-outsCable Pin-outs Serial Cable DB-9 Female to DB-9 Male Pin-outsAppendix D Working with Coaxial Cable Length/Delay Test Results Impulse Noise Test Results Peak-to-Peak Noise Test Results