Microtest TSB-67 - 568A Annex E manual Way Injector+ Next Measurement Performance Specifications

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2-Way Injector+ NEXT Measurement Performance Specifications

20Way Injector+

 

 

Testing

 

 

through

NEXT Performance

Testing through

Mod 8

Parameters @ 100MHz

36-Pin Connector

Adapter

 

Typical

Max

Typical

 

 

 

 

 

Dynamic Accuracy (dB)

0.3

0.5

0.3

 

 

 

 

 

 

Residual NEXT (dB)

67

62

45

 

 

 

 

 

 

Output Signal Balance (dB)

50

43

40

 

 

 

 

 

 

Common Mode Rejection (dB)

45

38

34

 

 

 

 

 

 

Random Noise (dB)

78

75

78

 

 

 

 

 

 

Transmit Return Loss (dB)

26

23

20

 

 

 

 

 

 

Receive Return Loss (dB)

22

17

17

 

 

 

 

 

 

NEXT Accuracy (dB) @ 100 MHz

0.5 (*1)

0.9 (*1)

1.5 (*2,3)

 

 

 

 

 

 

*Notes:

(1)NEXT accuracy is calculated at the Basic Link Limit (29.3 dB) per error model in TSB-67 A.3

(2)NEXT accuracy is calculated at the Channel Limit (27.1 dB) per error model in TSB-67 A.3

(3)Performance assumes a high performance modular 8 plug

Near-End Crosstalk (NEXT)

Tests all six pair combinations

Frequency range 0.7 to 100 MHz

Sweep Mode 0.1 MHz, 0.2 MHz, 0.5 MHz linear or TIA (user selectable)

Dynamic Range:

2-Way Injector+: Measurement dynamic range > 75 dB

2-Way Injector: At least 15 dB greater than required by EIA/TIA 568A Annex E for Category 5 link and ISO 11801 Class D performance or 60 dB, whichever is less

Measurement Accuracy:

2-Way Injector+: Calculated per TIA TSB-67 error model (see 2-Way Injector+ NEXT Injector Specifications table)

2-Way Injector: ±1.5 dB when measured using fixed attenuators

Measurement resolution: 0.1 dB

Super Injector+/Super Injector

Physical Characteristics

Dimensions:

7.62 cm x 16.5 cm x 3.25 cm (3.0” x 6.5” x 1.28”)

Weight:

0.255 kg (9 oz)

Power

AA Alkaline batteries

Battery Life: Varies depending on usage and battery quality. On average, the batteries will withstand testing of well over 500 cables.

Features

Automatic power control from Scanner

Status indicators: Active, Test Passed, Test Failed

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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 Charging the Scanner’s Battery Ni-Cd Battery Scanner and 2-Way InjectorsGetting Started Ready ScreenWay Injector+/2-Way Injector Battery Ni-Cd Battery TipsBattery Refresh Mode PentaScanner+ is in battery refresh modeSuper Injector+/Super Injector Battery Test ConnectorsWay Injector+/2-Way Injector LED Indicators High Voltage ProtectionPass FailSuper Injector+/Super Injector LED Indicators When to Use the InjectorCharging CircuitUsing Multiple Injectors Injector CalibrationPress the Extended Functions key Mod 8 Adapter NoteCalibration Connections Connections Basic Link with Modular 8 Jacks Basic Link with IDC Block and Modular 8 JackFull Channel Modular 8 Link Autotest Extended Functions key and select Calibrate Injector Steps for Running AutotestSelecting the Cable Type Editing the Cable Type Calculating NVPEditing the Autotest Name Customizing AutotestEditing Autotest Information Selecting Pairs for Autotest Selecting Tests to Run During AutotestAutotest Results Screen Editing Test LimitsRunning Autotest Viewing Autotest Results Wire MapWire Map Test Results Length Test Results LengthCustomizing Length Limits Propagation Delay Customizing Delay Limits Propagation Delay Test ResultsNear End Crosstalk Next Measuring Next at Both Ends of the LinkCustomizing Next Limits Next Test ResultsAttenuation Next DetailNext Graph Editing Attenuation Limits Customizing Attenuation LimitsAttenuation Limits and Frequency Attenuation Test Results Attenuation DetailAttenuation Graph Attenuation-to-Crosstalk Ratio ACRCustomizing ACR Limits ACR Test ResultsImpedance ISO Class DLoop Resistance Customizing Impedance LimitsImpedance Test Results Customizing Loop Resistance Limits Loop Resistance Test ResultsCapacitance Customizing Capacitance LimitsCapacitance Test Results Saving Autotest ResultsViewing Autotest Results Summary Save Sweep DataPrinting Autotest Results Sample Autotest Report Editing with the Arrow Keys Editing, Printing & UpdatingEditing with the Alphanumeric Keypad 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 PCOne or more stored Autotest results have been lost Updating the 2-Way Injector+/2-Way InjectorWaiting for Reflash Technical Support World Wide WebPenta -C1 Download of Flash image file completeFaxFacts Find Cable FaultsMicrotest Bulletin Board System BBS Wire Map for Both Ends of the Link Cross WiringShort at the Injector End Short at the Scanner EndMeasure Cable Performance Graph F1Attenuation Next SweepAttenuation Limits Length/Delay NoiseImpulse Noise LAN Traffic Display Analyze LAN TrafficPeak-to-Peak Noise Setting Up the Traffic Monitor Extended FunctionsExtended Functions Menu Autotest MemoryAutotest Setup Calibrating the InjectorSetting Up User Preferences Setting Backlight and Auto Shutoff TimesSetting Up Units Editing Owner/Company NameSelecting a Graphics Printer Setting Up the Printer PortSetting the Date and Time Appendix a Specifications Displaying Injector InformationTracing a Cable Locating an Office Cable DropWire Map User InterfaceEnvironmental Measurement PortsAttenuation LengthNear-End Crosstalk Next Impedance Loop ResistanceCapacitance Impulse NoiseRechargeable Battery Power ControlHigh Voltage Input/Protection LED DisplaysFeatures Way Injector+ Next Measurement Performance SpecificationsSuper Injector+/Super Injector Physical Characteristics Appendix B 150 ohm Cables Working with 150 Ohm CablesCreating a Cat 5 Test for Token Ring EnvironmentAppendix C Cable Pin-outs 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 Impulse Noise Test Results Peak-to-Peak Noise Test Results