Tektronix 071-0855-05 - Manual

Tektronix 071-0855-05

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Table of Contents:

  • Page 2 – TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.
  • Page 3 – Warranty
  • Page 5 – Table of Contents; Getting Started
  • Page 6 – Reference
  • Page 8 – Appendices
  • Page 9 – General Safety Summary; Only qualified personnel should perform service procedures.; H o w t o Avo i d F i r e o r P e r s o n a l I n j u r y
  • Page 10 – Do Not Operate With Suspected Failures.
  • Page 11 – Safety Terms and Symbols; Terms in this Manual; These terms may appear in this manual:; Terms on the Product; These terms may appear on the product:; Symbols on the Product; The following symbols may appear on the product:
  • Page 13 – ix; Preface; How This Manual is Organized; This manual is divided into four sections:
  • Page 14 – Conventions; This manual uses the following conventions:
  • Page 15 – This chapter describes the preparation and initial setup of the; Product Description; Optical card offerings consist of the following:
  • Page 16 – OTS9100 Features and Capabilities:
  • Page 18 – Accessories; Sta n d a r d wi t h e a c h s h i p m e n t
  • Page 20 – I n t e r n a t i o n a l P o we r P l u g O p t i o n s ( C h a s s i s O n l y)
  • Page 21 – First Operation; O T S 9 1 0 0 I n s ta l l a t i o n; Requirement section in this manual.; A. Remove the cards from the packaging, if necessary.
  • Page 22 – R e m o vi n g C a r d s; To remove the OTS cards, perform the following steps:
  • Page 23 – S l o t P o s i t i o n i n g o f O T S C a r d s; must be; M u l t i p l e M o d u l e s; Optics card is in slot 1
  • Page 25 – M o d u l e C a r d I n t e r c o n n e c t i o n
  • Page 26 – P o we r O n a n d S o ft wa r e I n i t i a l i z a t i o n; monitor. Wait for Windows to boot and present the login prompt.
  • Page 27 – M o d u l e Q u i c k C h e c k; Power On; Transmitter Setup
  • Page 29 – E m e r g e n c y Sta r t u p D i s k
  • Page 30 – Module Operating Basics; Front Panel Indicators and Connectors
  • Page 31 – Operating Basics: Functional Overview; 0Gb/s Transceiver Optics; Module OK; If the LED remains red after the system has finished; Optics Transceiver card; of the OTS9100 module provides; Optical OUT; Transceiver Front Panel
  • Page 32 – Optical IN; Rx DATA OUT; Front Panel
  • Page 33 – Laser Lockout, Remote Interlock
  • Page 34 – Receive Analysis; The; Receive card; contains the receiver SDH/SONET signal; LOS; The LOS indicator will turn off when a new test is started.; DEFECT; The Defect indicator will turn off when a new test is started.
  • Page 35 – ANOMALY; The Anomaly indicator will turn off when a new test is started.; Rx Event OUT
  • Page 36 – Transmit Generation; Transmit card; of the OTS9100 module contains all of the; If the LED flashes Yellow, the 10 GHz input clock is; Tx EVENT OUT; Transmit Front Panel
  • Page 37 – Tx DATA OUT
  • Page 38 – Clock; Clock Trigger card; provides the reference clock sources; 55 MHz EXTERNAL CLOCK IN; Clock Trigger Front
  • Page 39 – 0 GHz Clock Out
  • Page 40 – Operating Basics: User Interface; Software Interface Operating Basics; application software with menu descriptions.; User Interface; Refer to the section,
  • Page 41 – Elements of the User Interface
  • Page 42 – Task Bar; System
  • Page 43 – Window; Single Mode; Help
  • Page 44 – Tool Bar; NOTE; Laser Control Bar; Click the
  • Page 45 – toggle button on the toolbar.; Main Status Bar; Client Lockout; When one client has locked out others, the lockout indicator; Jitter
  • Page 46 – Test
  • Page 47 – LED Window; See Table 2-1 for a description of each indicator.
  • Page 48 – Module Signal Summary LED Panel; Clear History
  • Page 49 – Module LED Panel
  • Page 50 – Table 2-1: Description of Status Window Virtual LED Indicators
  • Page 51 – LED Display Selection; Select Signal
  • Page 52 – Navigation Window; window to the Active Title Bar.
  • Page 53 – Scroll Buttons; The Navigation window is a dockable window. Double click on the; Summary Icons
  • Page 54 – Setup Property Menus
  • Page 55 – Transmitter – Signal; Figure 2-10: Transmitter Setup – Signal menu; Signal Standard
  • Page 56 – BERT Mode; signal with the data in a PN7 scrambled NRZ format.; Timing Source; Set
  • Page 57 – Signal Structure; Test Pattern; All Zeros; SPE/VC3 Stuff Column Control; Set channel from 1 to 192 or set all.
  • Page 58 – Background Channels
  • Page 59 – Transmitter – Transport Overhead; Figure 2-11: Transmitter – Transport Overhead menu
  • Page 60 – Edit Overhead
  • Page 61 – Through Mode; Figure 2-13: Through Mode Overwrite menu
  • Page 62 – Figure 2-14: Transmitter J0 Trace dialog box
  • Page 63 – Transmitter – Path Overhead; Figure 2-16: Transmitter – Path Overhead Property Menu
  • Page 64 – Edit Path Overhead; The Tx Signal
  • Page 65 – Figure 2-19: Transmitter J1 Trace dialog box
  • Page 66 – Transmitter – Error Insertion; Figure 2-21: Transmitter Error Insertion menu; The menu is broken into two separate sections:
  • Page 67 – Anomaly Insertion; Figure 2-22: Anomaly Insertion of the Error Insertion menu; Anomaly Insertion and Through Mode
  • Page 68 – Defect Insertion; Figure 2-23: Defect Insertion of the Error Insertion menu
  • Page 69 – Transmitter – K1, K2 Decode
  • Page 71 – The values available from the mode pull-down menu are:
  • Page 72 – Transmitter - IP Payload; IP Setup; POS Scrambling can be set to ON or OFF via the pull down menu.
  • Page 73 – IP Header
  • Page 74 – Transmitter - IP Error Insertion; The Stream Index is fixed at a value of 1.; Error Selection; None
  • Page 75 – Current Error Insertion
  • Page 76 – Receiver – Signal
  • Page 78 – Trigger Output; Figure 2-27: Receiver Threshold Offset dialog box
  • Page 79 – Receiver – Trace Mismatch; Figure 2-28: Receiver Setup – Trace Mismatch menu
  • Page 80 – Edit C2 Byte
  • Page 82 – HPPLM and HP Unequipped Detection
  • Page 83 – Receiver – IP Setup; Figure 2-6: Receiver Setup – IP Setup menu; The IP Payload data-gram starts with the IP header.
  • Page 85 – Signal Monitor Menus; Receiver – Transport Overhead; Figure 2-33: Signal Monitor – Transport Overhead
  • Page 86 – S1 Synchronization Status
  • Page 87 – Receiver – Path Overhead; Figure 2-35: Signal Monitor – Path Overhead
  • Page 88 – C2 Status
  • Page 89 – Receiver – K1,K2 Decode
  • Page 90 – Receiver – Payload
  • Page 91 – Test Control Menu
  • Page 92 – Figure 2-39: Test Control Parameters dialog box
  • Page 93 – Test Control Summary
  • Page 94 – Measurements Menu
  • Page 96 – Receiver - Cumulative; Figure 2-44: Cumulative Measurements Display – Section and Line
  • Page 98 – Receiver – History
  • Page 100 – Live Update
  • Page 101 – Receiver – IP Measurements; Figure 2-7: Receiver IP Measurements display
  • Page 102 – Transmitter - IP Measurements; Traffic has to be started to get statistics.; Figure 2-8: Transmitter IP Measurements display
  • Page 103 – Analysis Menu; Analysis – SONET/T1M1
  • Page 107 – APS Measurements Menu
  • Page 108 – Figure 2-53: Set APS Test Parameters dialog box; To start the test, click the Start APS Test button.
  • Page 109 – Figure 2-54: Copy APS Measurement Data dialog box
  • Page 110 – Remote Access Setups; Figure 2-63: GPIB Remote Control Settings
  • Page 111 – Select Server
  • Page 112 – View Options; Display Notation
  • Page 113 – Display Configuration
  • Page 114 – System View
  • Page 115 – SCPI Output; Figure 2-63: View SCPI Output dialog box
  • Page 116 – Results Files
  • Page 117 – Figure 2-64: Results File Management dialog box
  • Page 118 – ResultsViewer; Printing of History data to a graphical form; Operation; On the Local computer:
  • Page 119 – Connecting to an OTS System; Figure 2-65: Cumulative Results screen of the ResultsViewer
  • Page 120 – Selecting and arranging windows; SONET or SDH conventions for parameter names; Exporting test data to other programs; Exporting text
  • Page 121 – Table 2-2: Sample output of data from a test results file
  • Page 124 – Record type codes; General
  • Page 127 – Configuring the exported data; Figure 2-66: Configure Data Report dialog box
  • Page 128 – OTS System Event Printer Application; Starting the Event Printer program; Off. Event logging is disabled; Select Events
  • Page 129 – Copy to Clipboard; Clicking the; Figure 2-68: Select Events to Monitor dialog box
  • Page 130 – Muting: Event Printer behavior with continuous events; loggable events occur, Event Printer logs the event as; and resumes normal event; Minimizing the Event Printer window; Select the Scheduling tab
  • Page 132 – Syntax; Command Descriptions; Command Descriptions; IEEE 488.2 System Commands
  • Page 133 – Reference: Remote Commands ~ Commands Overview; Remote Control Port Settings; These commands enable remote control lockout.; System Configuration Queries
  • Page 134 – Save and Restore System Settings
  • Page 135 – Receiver Signal Measurement Commands (OTS9100 module); These commands provide control of the signal analysis functions.
  • Page 137 – IEEE 488.2 Common Commands; The following are examples of common queries:
  • Page 138 – Block Format; ‘abcdeFGHIJklmnop’; Hex Block Format; hex block format
  • Page 139 – SCPI Commands and Queries; Command Format; command; Query format; query; Example; as controlled by the
  • Page 140 – Parameter types and formats
  • Page 141 – Optional and alternative parameters
  • Page 142 – Abbreviating Commands, Queries, and Parameters; Controlling Responses to Queries
  • Page 143 – Chaining Commands and Queries
  • Page 145 – Reference: Remote Commands ~ Command Description; Command Description; option limitations are so noted.
  • Page 214 – Specifications; Environmental Specifications; Temperature Ranges
  • Page 215 – Transmitter Specifications; Clock Source; Internally generated clock:; Signal Generation; Internal Mode; Section; H3’s are all set to 00H.; Path; B3 contains computed BIP-8
  • Page 217 – Internal Payload Structures; Active Channel; Test Patterns
  • Page 218 – Overhead Manipulation Specifications; to the following values:; Error Injection
  • Page 219 – Defect/ Alarm Generation
  • Page 220 – Measurements; SONET: If it occurs in five consecutive frames AIS-L is declared.
  • Page 221 – Overhead Display
  • Page 222 – Transmitter Input and Output Specifications
  • Page 224 – Frame Sync Output
  • Page 225 – 22 MHz Trigger Output
  • Page 226 – RX Clock Input; Internal Termination: 50; 0 GHz Clock Output; External Termination: 50
  • Page 227 – Receiver Input and Output Specifications; Event Trigger Output
  • Page 228 – Module Interconnect Specifications
  • Page 229 – Certifications and Compliance; Laser Safety; EMC Compliance Directive; Requires the following option - OTS9000 Option E1
  • Page 230 – Appendix B; Optical; Figure B-1 shows the Transceiver Optics card front panels.; The Module OK LED should be green while the instrument is running.
  • Page 231 – Optical Card Front Panel Descriptions; Tx Data IN
  • Page 233 – 0 Gb/s TRANSMIT-ONLY OPTICS CARD; , which contains transmitter
  • Page 234 – Optical cables use and care. When using the optical
  • Page 237 – External Laser IN
  • Page 238 – Transmit; Figure B-5 shows the Optical Transmitter card front panel.
  • Page 240 – 0 User Manual; Emergency Startup Disk; Accessing Help Files; In the Help dialog box, select the; Index; tab and type in “Emergency”
  • Page 242 – List of Acronyms
  • Page 244 – Module Card Replacement; Tektronix Part Number
  • Page 246 – Installing the Software
  • Page 248 – Appendix G; Appendix; Illustrations of cabled OTS9100 module; This appendix provides examples of cabling the
  • Page 250 – I N D E X; Client lockout 2-16
  • Page 251 – Jitter Analyzer Test Control 3-4
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1 0 G b / s S O N E T / S D H t e s t m o d u l e

071-0855-0

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Summary

Page 2 - TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.

Copyright © Tektronix, Inc. 2002. All rights reserved. Licensed software products are owned by Tektronix or its suppliers and are protected by United States copyright laws and international treaty provisions. Tektronix products are covered by U.S. and foreign patents, issued and pending. Information...

Page 3 - Warranty

Warranty Tektronix warrants that this product will be free from defects in materials and workmanship for a period of one (1) year from the date of shipment. If any such product proves defective during this warranty period, Tektronix, at its option, either will repair the defective product without ch...

Page 5 - Table of Contents; Getting Started

Table of Contents OTS9100 User Manual i Table of Contents General Safety Summary ............................................................................................ v Preface .......................................................................................................................

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