Microtest TSB-67 - 568A Annex E manual Mod 8 Adapter Note, Calibration Connections

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be calibrated each calendar day that it is used. Expiration of calibration data is automatically detected by the Scanner.

The Scanner and Injector are connected through their respective test connector ports using the patch cable provided with each instrument. The amplitude of each frequency generated by the Injector is measured by the Scanner. The resulting calibration values are stored in the Scanner according to the Injector’s serial number. The Scanner maintains five sets of Injector calibration data simultaneously.

1.Connect the Scanner and the Injector using the patch cable supplied with the Scanner (see following diagrams). If you have a Scanner with a 36-pin connector, you may also need to use the Mod 8 Adapter (included).

2.Power on the Scanner.

3.Press the Extended Functions key.

4.Select Calibrate Injector. The Scanner will display: Searching for Injector . . .

5.On finding the Injector, the Scanner displays: Calibrating . . .

6.When the calibration is complete, the Scanner displays: The Injector has been calibrated

7.Press OK (F1) to return to the Extended Functions menu.

Mod 8 Adapter Note

Use of the mating connectors not in conformance with FCC Part 68, Sub-Part F may result in damage not covered by Microtest warranty.

Calibration Connections

Modular 8 Adapter

Modular 8 Plug to 36-Pin Patch Cable

36-Pin Scanner

36-Pin Injector

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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 Ni-Cd Battery Scanner and 2-Way Injectors Charging the Scanner’s BatteryGetting Started Ready ScreenNi-Cd Battery Tips Way Injector+/2-Way Injector BatteryBattery Refresh Mode PentaScanner+ is in battery refresh modeTest Connectors Super Injector+/Super Injector BatteryHigh Voltage Protection Way Injector+/2-Way Injector LED IndicatorsPass FailWhen to Use the Injector Super Injector+/Super Injector LED IndicatorsCharging CircuitInjector Calibration Using Multiple InjectorsMod 8 Adapter Note Calibration ConnectionsPress the Extended Functions key Connections Basic Link with IDC Block and Modular 8 Jack Basic Link with Modular 8 JacksFull Channel Modular 8 Link Autotest Steps for Running Autotest Selecting the Cable TypeExtended Functions key and select Calibrate Injector Calculating NVP Editing the Cable TypeCustomizing Autotest Editing Autotest InformationEditing the Autotest Name Selecting Tests to Run During Autotest Selecting Pairs for AutotestEditing Test Limits Running AutotestAutotest Results Screen Wire Map Wire Map Test ResultsViewing Autotest Results Length Customizing Length LimitsLength Test Results Propagation Delay Test Results Propagation Delay Customizing Delay LimitsNear End Crosstalk Next Measuring Next at Both Ends of the LinkNext Test Results Customizing Next LimitsNext Detail Next GraphAttenuation Customizing Attenuation Limits Attenuation Limits and FrequencyEditing Attenuation Limits Attenuation Detail Attenuation Test ResultsAttenuation Graph Attenuation-to-Crosstalk Ratio ACRACR Test Results Customizing ACR LimitsImpedance ISO Class DCustomizing Impedance Limits Impedance Test ResultsLoop Resistance Loop Resistance Test Results Customizing Loop Resistance LimitsCapacitance Customizing Capacitance LimitsSaving Autotest Results Capacitance Test ResultsSave Sweep Data Printing Autotest ResultsViewing Autotest Results Summary Sample Autotest Report Editing, Printing & Updating Editing with the Alphanumeric KeypadEditing with the Arrow Keys Memory, then press Print F3 Printing or Downloading Test ResultsUploading Autotest Reports to Windows Terminal Printing TipsProcomm Plus for Windows Problem My printout is garbled. Why? Troubleshooting Printing ProblemsUpdating Scanner Software from the PC Downloading Software UpdatesUpdating the 2-Way Injector+/2-Way Injector Waiting for ReflashOne or more stored Autotest results have been lost World Wide Web Technical SupportPenta -C1 Download of Flash image file completeFind Cable Faults Microtest Bulletin Board System BBSFaxFacts Cross Wiring Wire Map for Both Ends of the LinkShort at the Injector End Short at the Scanner EndGraph F1 Measure Cable PerformanceNext Sweep Attenuation LimitsAttenuation Noise Length/DelayImpulse Noise Analyze LAN Traffic Peak-to-Peak NoiseLAN Traffic Display Extended Functions Setting Up the Traffic MonitorExtended Functions Menu Autotest MemoryCalibrating the Injector Autotest SetupSetting Backlight and Auto Shutoff Times Setting Up User PreferencesSetting Up Units Editing Owner/Company NameSetting Up the Printer Port Setting the Date and TimeSelecting a Graphics Printer Displaying Injector Information Appendix a SpecificationsTracing a Cable Locating an Office Cable DropUser Interface Wire MapEnvironmental Measurement PortsLength Near-End Crosstalk NextAttenuation Loop Resistance ImpedanceCapacitance Impulse NoisePower Control Rechargeable BatteryHigh Voltage Input/Protection LED DisplaysWay Injector+ Next Measurement Performance Specifications Super Injector+/Super Injector Physical CharacteristicsFeatures Working with 150 Ohm Cables Appendix B 150 ohm CablesCreating a Cat 5 Test for Token Ring EnvironmentCable Pin-outs Appendix C Cable Pin-outsPress Save F1 Serial Cable DB-9 Female to DB-9 Male Pin-outsAppendix D Working with Coaxial Cable Length/Delay Test Results Peak-to-Peak Noise Test Results Impulse Noise Test Results