Symmetricom TSG-3800 Series User Manual Download

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TSG-3800 User’s Guide

12778474-002-2 Revision F – March 2004

7-54

Timing Insertion Module Jumper Configurations . . . . . . . . . . . . . . . . . . . 284

7-55

Timing Insertion Module Line Length Selection . . . . . . . . . . . . . . . . . . . . 284

7-56

Primary and Secondary Distribution Slots . . . . . . . . . . . . . . . . . . . . . . . . 285

7-57

List of Modules and Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 286

7-58

Specifications. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 290

8-1

Default Signal and Alarm Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 297

A-1

TSG-3800 Components. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 302

A-2

TSG-3800E Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304

A-3

Common Components in the TSG-3800 Series . . . . . . . . . . . . . . . . . . . 305

B-1

Required Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 308

B-2

User Access (Security) Levels. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 310

B-3

Terminal Display Variables. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 324

B-4

Time Constant Values for Each Type of Clock Module . . . . . . . . . . . . . . 343

B-5

Event Listing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 359

C-1

Structure of TL1 Input Command Messages . . . . . . . . . . . . . . . . . . . . . . 374

C-2

Notification Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 376

C-3

Condition Types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 377

C-4

Condition Descriptors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 377

C-5

Alarm Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 378

C-6

TL1 Event Listing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 414

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Summary of Contents for TSG-3800 Series

Page 1: ...l service in house repair center WE BUY USED EQUIPMENT Sell your excess underutilized and idle used equipment We also offer credit for buy backs and trade ins www artisantg com WeBuyEquipment REMOTE INSPECTION Remotely inspect equipment before purchasing with our interactive website at www instraview com LOOKING FOR MORE INFORMATION Visit us on the web at www artisantg com for more information on ...

Page 2: ...ding the TSG 3800 and TSG 3800X 19 and 23 Inch shelf and the TSG 3800E and TSG 3800EX 19 Inch shelf User Guide Revision F March 2004 Part Number 12778474 002 2 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 3: ...opyright 2004 Symmetricom Inc All rights reserved Printed in U S A All product names service marks trademarks and registered trademarks used in this document are the property of their respective owners Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 4: ... 3800 Series TSG 3800 Series Overview 28 Features Common to All Models 28 External Connections 29 Input Reference Signals 29 Output Signals 30 Power 30 Alarms 30 Controls and Indicators 30 Modules 31 Functional Description 32 CPU Module 33 Input Modules 34 Clock Modules 34 Frame Generator Modules 35 Output Modules 35 TSG 3800 19 Inch Main Shelf 36 Description 37 Specifications 37 TSG 3800X 19 Inch...

Page 5: ...ns 57 EIA 232 Communications 59 Ethernet Communications 59 Local Oscillator Outputs 61 Installing and Removing Modules 61 Properly Handling the Modules 61 Slot Location and Keyed Modules 61 Installing Modules 63 Removing a Module 63 TSG 3800 Expansion Shelves 64 Description 64 Installing the Expansion Shelf 66 Making Ground Connections 68 Making Power Connections 69 Main Shelf and Expansion Shelf ...

Page 6: ...se Measurements 90 Provisioning MTIE and Frequency Alarms 91 Monitoring Input Signal Performance 93 Viewing Alarm Conditions 94 Events Fault Thresholds Faults and Fault Modes 94 Operating in Failure Mode 95 Provisioning the Clock Modules 96 Clock Operating Modes 96 Provisioning the Operating Mode of the Clock Module 97 Provisioning Automatic Return to a Higher Stratum Clock 98 Setting the Clock Mo...

Page 7: ...nd CC Output Modules 127 Troubleshooting Flowchart 128 Re ordering Information 136 Preparing the Unit for Shipment 137 Repacking 137 Equipment Return Procedure 137 Chapter 5 Input Modules Composite Clock Input Module 140 Functional Description 141 Specifications 142 Installing the CC Input Module 143 Making Signal Connections 143 Operational Check 143 G 703 9 Input Module 144 Functional Descriptio...

Page 8: ...alling the CPU Module 176 Operational Check 176 Clock Module 178 Functional Description 179 Specifications 181 Configuring the Clock Module 183 Installing the Clock Module 184 Operational Check 184 T1 E1 Frame Generator Module with SSM 186 Functional Description 187 Configuring the Frame Generator Module 188 Installing the Frame Generator Module 193 Operational Check 193 T1 E1 Frame Generator Modu...

Page 9: ...odule 233 Installing the Analog Output Module 234 Operational Check 235 Composite Clock Output Module 236 Functional Description 237 Specifications 238 Configuring the Composite Clock Output Module 239 Installing the Composite Clock Output Module 240 Operational Check 240 RS 422 Clock Output Module 241 Functional Description 242 Specifications 243 Configuring the RS 422 Clock Output Module 244 Ins...

Page 10: ...nal Description 270 Specifications 271 Configuring the TTL 8 kHz Clock Output Module 272 Installing the TTL 8 kHz Clock Output Module 273 Operational Check 273 G 703 13 Output Module 274 Functional Description 275 Specifications 277 Installing the G 703 13 Output Module 277 Operational Check 278 Timing Insertion Module 279 Functional Description 280 Specifications 282 Configuring the Timing Insert...

Page 11: ...ator Level User 311 Logging In 312 Logging Out 312 Setting Up User Accounts 312 Adding Users 313 Modifying a User s Data 313 Deleting a User 314 Setting Communication Parameters 314 Provisioning EIA 232 Parameters 314 Setting Ethernet Parameters 318 Setting the Time and Date 319 Displaying the Software Version 320 Naming the TSG 3800 Target Identifier 320 Installing New System Software 321 Softwar...

Page 12: ...TL1 Port 374 Input Command Message Structure 374 Response Message Structure 375 Autonomous Reports 376 Set Commands 378 Set Clock 378 Set Date 379 Set Disable 379 Set Enable 380 Set Event 380 Set Name 381 Set Reference 381 Set Phase Zero 382 Set AutoReturn 382 Set AutoSwitch 383 Set Error 383 Set Clock 384 Set Delay 384 Set Frequency 385 Set Input 385 Set MTIE 386 Set Priority 386 Set Reference 38...

Page 13: ...etrieve MTIE 2 400 Retrieve TDEV 401 Retrieve TDEV 2 402 Retrieve PM Phase 403 Retrieve PM Frequency 404 Retrieve PM MTIE 405 Retrieve Alarm Parameters 406 Retrieve Clock Parameters 406 Retrieve Delay Parameter 407 Retrieve Frequency Parameter 408 Retrieve MTIE Parameter 408 Retrieve Priority Parameter 409 Retrieve Reference Parameter 410 Retrieve SQL Parameter 410 Retrieve User 411 Retrieve Versi...

Page 14: ... Shelf Rear View 52 2 4 TSG 3800E Main Shelf Rear View 53 2 5 Alarm Connections 54 2 6 Signal Input Connections 55 2 7 Typical Input Signal Interfaces 56 2 8 Output Signal Connectors Rear View 57 2 9 Power Connections 58 2 10 Fuse and Power Connection Details 59 2 11 Ethernet Pin Numbers 60 2 12 TSG 3800 19 Inch Module Slot Locations 62 2 13 TSG 3800X 19 Inch Expansion Shelf Front View 65 2 14 TSG...

Page 15: ...Frame Generator Module Switches and Jumper Locations 198 7 1 AMI 20 Output Module 206 7 2 Block Diagram of the AMI 20 Output Module 208 7 3 AMI 10 Output Module 214 7 4 Block Diagram of the AMI 10 Output Module 216 7 5 ESF D4 10 Output Module 222 7 6 Block Diagram of the ESF D4 10 Output Module 224 7 7 Analog Output Module 230 7 8 Block Diagram of the Analog Output Module 232 7 9 Composite Clock O...

Page 16: ...7 Output Fault Analyzer Module 288 7 28 Functional Block Diagram 290 7 29 Installing the Card Guides 293 7 30 Card Guide Attached to Installation Tool 293 7 31 Installing the Card Guide into the Shelf 294 7 32 Completed Installation 294 8 1 3800 Wire Wrap Output Panel 299 B 1 Connecting a Computer to the Comm A Port 309 B 2 Online Support 321 B 3 Support Login 322 B 4 Software Download Search Scre...

Page 17: ...16 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 18: ...ings 92 3 4 Fault Mode Responses and Actions 95 3 5 Maximum Clock Control Value Ranges 100 3 6 Default Software Configuration 108 3 7 Default Hardware Configuration 111 4 1 Indicators Alarms and Corrective Action 116 4 2 Test Equipment and Usage 117 4 3 Synchronization Diagnostic Tests 119 4 4 Troubleshooting the CPU Module 122 4 5 Troubleshooting the Clock Module 123 4 6 Troubleshooting the Frame...

Page 19: ... 6 13 T1 E1 Frame Generator Module Status Indicators 187 6 14 T1 E1 Frame Generator with SSM Signal Requirements 190 6 15 T1 E1 Frame Generator with SSM Switch Block S1 190 6 16 Switch Block S2 191 6 17 T1 E1 Frame Generator with SSM Switch Block S3 192 6 18 T1 E1 Frame Generator Module with Clock Bypass Indicators 195 6 19 T1 E1 Frame Generator with Clock Bypass Signal Requirements 199 6 20 Switc...

Page 20: ...Hz Clock Output Module Specifications 248 7 32 Frame Generator Compatibility Jumper Settings 249 7 33 Primary and Secondary Distribution Slots 250 7 34 RS 422 Selective Rate Clock Module Indicators and Buttons 253 7 35 RS 422 Selective Rate Clock Module Specifications 255 7 36 Primary and Secondary Distribution Slots 256 7 37 Output Connections 257 7 38 RS 422 Selective Rate Clock Initial Indicato...

Page 21: ... Components 302 A 2 TSG 3800E Components 304 A 3 Common Components in the TSG 3800 Series 305 B 1 Required Equipment 308 B 2 User Access Security Levels 310 B 3 Terminal Display Variables 324 B 4 Time Constant Values for Each Type of Clock Module 343 B 5 Event Listing 359 C 1 Structure of TL1 Input Command Messages 374 C 2 Notification Codes 376 C 3 Condition Types 377 C 4 Condition Descriptors 37...

Page 22: ... In This Preface Who Should Read This Guide Structure of This Guide Conventions Used in this Guide Warnings Cautions Recommendations and Notes Related Documents and Information Where to Find Answers to Product and Document Questions What s New in This Revision Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 23: ...s Provides a general overview of the TSG 3800 family of products This section provides a high level description of the hardware software and product configurations and features Appendix 2 Installing the TSG 3800 Provides information necessary for installing and preparing the TSG 3800 family of products for operation covering the main shelf and expansion shelf configurations Chapter 3 Operating the...

Page 24: ...ion and procurement information for various available TSG 3800 system configurations and optional equipment Appendix B System Administrator s Reference Describes the ASCII command set used to communicate with the system Appendix C TL1 Reference Describes the TL1 command set used to communicate with the system Index Provides references to individual topics within this guide When text appears this w...

Page 25: ...tions All cautions use this symbol Cautions are installation operation or maintenance procedures practices conditions or statements that if not strictly observed may result in damage to or destruction of the equipment Cautions are also used to indicate a long term health hazard ESD Caution To avoid personal injury and electrostatic discharge ESD damage to equipment do not disregard ESD cautions Al...

Page 26: ...eader comment form Recommendation All recommendations use this symbol Recommendations indicate manufacturer tested methods or known functionality Recommendations contain installation operation or maintenance procedures practices conditions or statements that provide important information for optimum performance results Note All notes use this symbol Notes contain installation operation or maintena...

Page 27: ...rehend the material Visual cues such as the header and the table of contents at the start of each chapter help you locate material quickly This guide contains the following new material Factory Default information Chapter 3 RS 422 Selective Rate Output module Chapter 7 New item numbers added to Appendix A System software download and installation Appendix B TL1 language commands Appendix C Index A...

Page 28: ...on shelves are introduced and described In This Chapter TSG 3800 Series Overview Features Common to All Models Functional Description TSG 3800 19 Inch Main Shelf TSG 3800X 19 Inch Expansion Shelf TSG 3800 23 Inch Main Shelf TSG 3800X 23 Inch Expansion Shelf TSG 3800E EMC Compliant Main Shelf TSG 3800EX Expansion Shelf Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www ar...

Page 29: ...G 3800E 19 inch electromagnetic compatibility EMC compliant Main Shelf and an optional 19 inch EMC compliant Expansion shelf TSG 3800 23 inch Main Shelf and an optional 23 inch Expansion shelf Features Common to All Models The TSG 3800 series has three main shelf assemblies that share the following common features External connections on rear panel Up to 12 input reference signals Generation of ou...

Page 30: ...ck and so forth These signals are connected to the rear panel of the main shelf Input signal specifications for each type of Input module are described in Chapter 5 Input Modules Each input reference signal is assigned a priority level from one to four for use as the frequency reference signal with priority level one being the highest A priority level of zero may also be assigned to any of the inp...

Page 31: ... module has its own power converter and supplies power at the levels required by the individual module Alarms The rear panel on the TSG 3800 series main shelf contains three sets of Form C relay contacts for Major and Minor alarms specifically the Local Remote and Audio alarms The user can reset the audio alarm from the front panel or by software command The Local and Remote alarms clear automatic...

Page 32: ...lves are accomplished through the use of gold plated edge connectors that are hard wired to corresponding connectors on the backplane Each module contains status indicators and may also contain external connectors The main shelf contains a set of modules that are required for operation and a combination of other modules Requirements for optional modules depend on the type of input and output signa...

Page 33: ...agram of the TSG 3800 series main shelf The TSG 3800 continuously monitors the integrity of the incoming reference signal The operator defines input acceptance criteria and sets the parameters for alarm conditions When a reference input signal is accepted by the TSG 3800 it phase locks to the signal with the highest priority System performance depends upon the quality of the oscillators in the Clo...

Page 34: ...em and module status identifies and reports module failure See Chapter 6 CPU Frame Generator and Clock Modules for more information on the CPU module An internal microprocessor in the CPU module performs a high resolution comparison of each input signal against the system clock In comparing the TSG 3800 measures the frequency and maximum time interval error MTIE deviations between each input and t...

Page 35: ...s a different type of signal such as Composite Clock DS1 or E1 These modules measure the difference between the incoming signal and the signals generated by the Clock module s in the main shelf The Input modules can be any combination of the available types See Chapter 5 Input Modules for more information on the Input modules available for the TSG 3800 series Clock Modules One or two Clock modules...

Page 36: ...e With two Frame Generator modules and a Clock module pair the TSG 3800 synchronizes their outputs providing a minimal phase change of 25ns on switch over between redundant modules The T1 E1 Frame Generator Module provides two outputs and two clocks Output 1 is either a framed T1 or a framed E1 signal Output 2 can be set for framed E1 2048 kbps or Composite Clock 64 8 kHz signals The two clock out...

Page 37: ...sion F March 2004 TSG 3800 19 Inch Main Shelf The TSG 3800 19 inch Main Shelf is shown in Figure 1 3 and Figure 1 4 Figure 1 3 TSG 3800 19 Inch Main Shelf Front View Figure 1 4 TSG 3800 19 Inch Main Shelf Rear View Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 38: ...ements per ANSI T1 105 1988 Event Log Stores up to 500 events including input and system faults operator inputs and system actions time and date stamped to the nearest millisecond System Interface Dual EIA 232 connectors 300 to 19 200 baud 8 bit no parity 1 stop bit also Ethernet 10 base T optional Measurements MTIE Measurements each input Most recent 50 values 100 1 000 10 000 second periods Freq...

Page 39: ...t Inputs 38 to 72 vDC 3 0 A maximum 0 1 A Dist Module Either positive or negative ground Connector Terminal Block Fuse Type Rating GMT 5A 4 fuses 2 fuses on EMC version Alarm Relay Contact Rating 1 Amp resistive Mechanical Height 10 47 in 26 6 cm Depth 10 75 in 27 3 cm Width 17 12 in 48 3 cm or 21 10 in 53 6 cm Weight 20 lbs 9 kg Note When you install an expansion shelf note that the maximum lengt...

Page 40: ...50 pin connectors located on the rear panel The TSG 3800X 19 inch Expansion Shelf may also be used to house Timing Insertion Modules TIM A TIM may be inserted in one slot of any output pair with the TIM Bypass Relay assembly in the adjacent slot Timing signals for the TIM are provided by the TSG 3800 19 inch Main Shelf Input and Output connections for the TIM are routed to the 50 pin connectors lo...

Page 41: ... Expansion shelf The other 22 slots are available for installation of module pairs and include slots 4 through 23 Table 1 2 19 Inch Expansion Shelf Specifications Specification Characteristic Distribution Capacity Maximum Outputs 19 inch shelf 9 module pairs 180 outputs Maximum Outputs 23 inch shelf 11 module pairs 220 outputs Connector 50 contact connector for example Cinch 57 10500 8750 Inter sh...

Page 42: ...identically to the TSG 3800 19 inch unit as described in Functional Description on page 32 The TSG 3800 23 inch Main Shelf is shown in Figure 1 7 and Figure 1 8 Mating Connector 3M 929 852 01 27 10 Operating Temperature Range 0 to 50 C Humidity 0 to 90 non condensing Power Inputs Redundant Inputs 38 to 72 vDC 3 0 A maximum Approx 0 1 A Dist Module Connector Terminal Block Fuse Type Rating GMT 5A 4...

Page 43: ...sion Shelf The TSG 3800X 23 inch Expansion Shelf can be used with the TSG 3800 23 inch Main Shelf to provide additional outputs The 3800X 23 inch expansion shelf is shown in Figure 1 9 and Figure 1 10 Note When you install an expansion shelf note that the maximum length of cable available for connecting the main shelf to the expansion shelf is six feet 1 8 m Artisan Technology Group Quality Instru...

Page 44: ...rview of the TSG 3800 Series TSG 3800X 23 Inch Expansion Shelf Figure 1 9 TSG 3800X 23 Inch Expansion Shelf Front View Figure 1 10 TSG 3800X 23 Inch Expansion Shelf Rear View Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 45: ...Main Shelf The TSG 3800E Main Shelf is an EMC compliant 19 inch version of the TSG 3800 with the same functionality The 3800E Main Shelf is shown in Figure 1 11 and Figure 1 12 Figure 1 11 TSG 3800E Main Shelf Front View Figure 1 12 TSG 3800E Main Shelf Rear View Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 46: ...ansion Shelf The TSG 3800EX 19 inch Expansion shelf was developed to support the TSG 3800E Main Shelf and is shown in Figure 1 13 and Figure 1 14 Figure 1 13 TSG 3800EX Expansion Shelf Front View Figure 1 14 TSG 3800EX Expansion Shelf Rear View Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 47: ...iew of the TSG 3800 Series TSG 3800EX Expansion Shelf 46 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 48: ...ly of products This chapter also provides instructions for installing each corresponding expansion shelf In This Chapter Unpacking and Inspecting the TSG 3800 Before You Begin Rack Mounting the TSG 3800 Making Electrical Connections Installing and Removing Modules TSG 3800 Expansion Shelves Input Output Adapter Panels Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www ar...

Page 49: ...uipment cabinet is properly grounded and has power available see Making Ground Connections on page 53 Caution To avoid damage to unprotected components use proper static control precautionary measures when handling the modules Protect the equipment against electrostatic discharge ESD by using a protective wrist strap attached to ground and normal equipment grounding Recommendation Symmetricom reco...

Page 50: ...rom one instrument can adversely affect the operation of nearby equipment To prevent the TSG 3800 from interfering with other equipment it must be installed and operated as described in the following paragraphs All cables connected to the TSG 3800 should be shielded with metal connector shells The connectors on the back of the unit are shielded and connected to Frame Ground The screws on all cable...

Page 51: ...s on the side of the shelf Use six 4 40 x 3 8 screws to attach the mounting bracket as shown in Figure 2 1 Ensure that both brackets are attached at equal distances from the front of the unit 2 Mount the instrument to the front of the rack rails with eight screws and washers as shown in Figure 2 1 Use the correct mating screws for the installation rack 3 If you are not installing an expansion shel...

Page 52: ...cedures to make electrical connections to the TSG 3800 All connections referred to in these procedures are made on the rear panel of the shelf Figure 2 2 Figure 2 3 and Figure 2 4 illustrate the rear panels of the TSG 3800 19 inch Main Shelf the TSG 3800 23 inch Main Shelf and the TSG 3800E 19 inch Main Shelf respectively Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE ww...

Page 53: ...s 52 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Figure 2 2 TSG 3800 19 Inch Main Shelf Rear View Figure 2 3 TSG 3800 23 Inch Main Shelf Rear View Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 54: ...orner of the rear panel 2 Using a digital voltmeter measure between ground and chassis and verify that no voltage potential exists between them Making Alarm Connections To make alarm connections to the TSG 3800 1 Locate the ALARM terminal block connectors labeled MAJOR ALARMS TB1 and MINOR ALARMS TB2 on the rear panel see Figure 2 2 Figure 2 3 and Figure 2 4 Both terminals contain REMOTE LOCAL and...

Page 55: ...Amp 640433 7 or equivalent 22 AWG shielded cable The TSG 3800E provides one female DB 9 connector for each of the four Input module slots and requires site dependent custom EMC compliant cable to be made Note Using the NC connections results in an alarm when removing the CPU module which contains the alarm relays It also allows for alarming should a break occur in the alarm wiring In an alarm cond...

Page 56: ... and Ring 3 are used for input port 3 Tip 2 and Ring 2 are used by the Clock Input module for connecting an external Fault Signal for example Cesium PRS Figure 2 6 Signal Input Connections Selectable input impedances are provided on the Input modules see Table 2 4 A BNC to WW connector item number 12012421 000 0 is available for connecting coaxial cable Note Input Port labeling on the rear panel o...

Page 57: ...nected to one input on the receiving equipment the input impedance should be equal to the required termination impedance for that signal If two or more input ports are driven by one output the input impedance for all of the inputs connected must equal the required termination impedance for the output For best results the terminated input port should be at the end of the line The signals generated ...

Page 58: ...wer B is controlled by fuses F2 and F4 For the TSG 3800E 19 inch shelf the fuses are located below the POWER terminal block as shown in Figure 2 4 2 Locate the POWER terminal block and make the connections using 16 AWG minimum stranded wire 3 Connect primary power to the POWER A terminals and the secondary power to the POWER B terminals A 6 spade lug termination for each power lead is recommended ...

Page 59: ... the amber POWER indicator on the front of the CPU module is off see Figure 6 1 for its location If the POWER indicator is on check the power inputs This indicator lights if one of the power inputs is not present or malfunctioning Figure 2 9 Power Connections Figure 2 10 Fuse and Power Connection Details Caution For continued fire protection replace fuse with specified type and rating Fuse GMT 5 5...

Page 60: ...hange these settings the operator must first connect to a terminal device or PC using a serial communications program as described in Establishing Communications on page 308 The port retains the new settings until the user changes them Ethernet Communications The Ethernet connection is designed for 10Base T communication Table 2 5 lists the Ethernet connector for each model of TSG Table 2 6 lists ...

Page 61: ...et Pin Numbers Table 2 5 Ethernet Connectors Model Connector 3800 19 inch Shelf J13 3800 23 inch Shelf J14 3800E 19 inch Shelf J5 Table 2 6 Ethernet Connector Pin Assignments Function Pin Tx 1 Tx 2 Rx 3 Not Used Not Used Rx 6 Not Used Not Used Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 62: ...07 000 1 if available Use proper static control precautions when handling modules Protect the equipment against ESD by using a grounded protective wrist strap and normal equipment grounding Two frame grounding lugs one on each front mounting bracket of the TSG 3800 provide the ground connection for the protective wrist straps Avoid touching component leads and the module s edge connector Avoid lay...

Page 63: ...put Modules Slots 1 4 CPU Module Slot 5 Clock Modules Slots 6 15 6 10 and 11 15 are grouped together Clock modules are 5 slots wide Frame Generator Modules Slots 16 and 17 Distribution Modules Slots 18 21 for 19 shelf Slots 18 25 for 23 shelf Note When using two different quality oscillators for instance Stratum 2E and Stratum 3E always install the higher quality oscillator in slots 6 10 Artisan T...

Page 64: ... Clock Modules and Chapter 7 Output Modules for any other precautionary or special instructions for the modules you are removing To remove a module from the shelf 1 Loosen the retaining screws located at the top and bottom of the module Ensure that these screws are completely disengaged from the shelf 2 If the removal tool item number 00478507 000 1 is available insert it onto the shafts of the re...

Page 65: ...00X 19 inch shelf The TSG 3800X 23 inch shelf can contain two additional pairs of Output modules with 40 additional outputs for a total of 220 outputs Figure 2 14 illustrates the TSG 3800X 23 inch shelf and Figure 2 15 illustrates the TSG 3800EX 19 inch shelf Timing Insertion Modules The TSG 3800EX may also be used to house Timing Insertion modules TIMs A TIM may be inserted in one slot of any out...

Page 66: ...r 551306 0049 included Requires no out of service modifications for installation Occupies space normally used by an output module pair the module uses a single slot with an adjacent slot covered by a blank filler panel item number 10977120 000 0 Figure 2 13 TSG 3800X 19 Inch Expansion Shelf Front View Figure 2 14 TSG 3800X 23 Inch Expansion Shelf Front View Artisan Technology Group Quality Instrum...

Page 67: ...r at distances of two inches or five inches from the front of the rack Attach a mounting bracket 00476807 xxx 1 to each side of the shelf Align two columns three holes per column of the bracket with the holes on the side of the shelf Use 4 40 x 18LG screws for attaching the mounting bracket Ensure to attach both brackets at equal distances from the front of the unit as shown in Figure 2 1 2 Mount ...

Page 68: ...e 67 Installing the TSG 3800 TSG 3800 Expansion Shelves Figure 2 16 TSG 3800X 19 Inch Expansion Shelf Rear View Figure 2 17 TSG 3800X 23 Inch Expansion Shelf Rear View Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 69: ... 2 Using a digital voltmeter measure between ground and chassis and verify that no voltage potential exists between them Note The TSG 3800EX is shipped with a terminal jumper that connects Frame Ground FG which is also called chassis ground to Logic Ground LG which is also called signal ground These jumpers are located in the lower left corner of the rear panel To isolate these two grounds this ju...

Page 70: ...ves input signals from the TSG 3800 Main Shelf through a cable assembly see Appendix A Part Numbers for a list of parts for the TSG 3800 and TSG 3800E Refer to Figure 2 19 for the following example Using the cable assembly you can connect the expansion shelf connector J1 to the 19 inch Main shelf connector J9 or J11 on the 23 inch Main Shelf If you are connecting a second 19 inch Expansion Shelf c...

Page 71: ...sembly from connector J9 on the TSG 3800E and install it on J11 of the TSG 3800EX if it is the last in the daisy chain Install the Cable Assembly between connector J9 on the TSG 3800E and connector J1 on the TSG 3800EX Figure 2 20 illustrates the TSG 3800E and TSG 3800EX inter shelf connections Note A black line on the ribbon cable identifies pin 1 Be sure to insert each cable connector with pin 1...

Page 72: ...ng only one expansion shelf insert the Bus Termination PCB Assembly item number 10376838 000 0 into connector J11 on 19 inch Expansion Shelf or J13 on 23 inch Expansion shelf If you are using two expansion shelves insert the Bus Termination PCB into J11 on 19 inch shelf J13 on 23 inch shelf of the second expansion shelf Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www ...

Page 73: ...TSG 3800 Main shelf Table 2 10 Pinout for Inter Shelf Connection Pin Function Description 2 AIF Ch A Input Fault 4 BIF Ch B Input Fault 6 OF Output Fault 8 A NB Ch A Ch B Enabled 12 D4PB DS1 Ch B Positive 14 D4NB DS1 Ch B Negative 18 CCPB Comp Clock Ch B Positive 20 CCNB Comp Clock Ch B Negative 24 D4PA DS1 Ch A Positive 26 D4NA DS1 Ch A Negative 30 CCPA Comp Clk Ch A Positive 32 CCNA Comp Clk Ch ...

Page 74: ...rs Therefore slots 4 and 5 must contain identical Output modules slots 6 and 7 must contain identical Output modules slots 8 and 9 must contain identical Output modules and so forth To properly install these modules refer to Installing Modules on page 63 Input Output Adapter Panels A variety of connector panels are available to adapt the 50 pin input output I O connectors on the TSG 3800 series sh...

Page 75: ...on four pairs of the 50 pins for East and West input and output Selection of the proper wire wrap panel and interconnecting cables depends on the installation configuration and customer preferences The 19 inch and 23 inch Output Panels developed for use with the TSG 3800 series are shown in Figure 2 21 Figure 2 21 19 and 23 Inch Output Panels Installing the Panels No power connections are required...

Page 76: ...cable support bar item number 00112914 000 1 and the appropriate screws Making Output Signal Connections The telecommunication output signal connectors located on the panel item number 010 076 are arranged in ten groups of pins that cross connect with as many as five connectors item number 551026 0032 Each group of pins is divided into two pairs of tip and ring wire connections Table 2 12 Input an...

Page 77: ... steps and use the supplied cable support bar item number 00112914 000 1 and all necessary screws to install the cable support bar on the equipment rack Figure 2 23 shows a completed installation 1 Align the holes in the bar with the holes on the equipment rack located immediately above the unit or resident panel 2 Fasten the bar to the side of the equipment rack using the screws and lock washers ...

Page 78: ...to connect cables from the panel assembly to the expansion shelf Use only the four cable connections to connect from the panel assembly to the main shelf Figure 2 24 is an example of installed cables from the panel assembly that are tied to the cable bar Figure 2 24 Installed Cables from the Panel Assembly Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 79: ...When connecting client equipment follow these guidelines Eliminate cross talk by keeping wire pairs twisted Use the grounding scheme approved for the installation Symmetricom recommends that you follow all local operating practices when connecting wires and client equipment Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 80: ...parameters of the TSG 3800 to meet specific requirements In This Chapter Communications Settings User List and Access Levels Selecting the Input Reference Signal Setting Up Input Reference Controls Viewing Alarm Conditions Provisioning the Clock Modules System Commands Default Parameter Values Note To download and install new system software refer to Installing New System Software on page 321 Arti...

Page 81: ...ch port can be configured independently Refer to EIA 232 Communications on page 59 for details on making connections to the ports The default EIA 232 communication settings are 9600 baud no parity 8 data bits 1 stop bit echo on ASCII mode and handshaking disabled To change these settings connect a terminal device using this protocol The ports are set to DTE allowing direct cables to connect to IBM...

Page 82: ...stores this list of users and their passwords in non volatile memory You can also modify the user list and execute all commands including commands that affect system performance for instance clock operating mode The Supervisor level allows you to execute all commands except for saving the user configuration The Technician level allows you to perform basic configuration commands The User level only...

Page 83: ...ctions on page 54 you must provision the shelf for selecting the signal to be used This section describes the parameters you use to select the input signal Setting Up Input Reference Controls on page 87 describes how to provision the input signal There are several software settable parameters that affect the selection of the input signal to be used as the TSG 3800 reference These include input sig...

Page 84: ... nanoseconds There are two limits L1 and L2 for each condition at 100 1000 and 10000 Second time periods which may be set to the FAIL ALARM REPORT or IGNORE mode When a FAIL limit has been exceeded on an input it is no longer valid for use as a reference signal Limit L1 for both MTIE and FREQ is set to FAIL and Limit 2 L2 is set to ALARM by default Setting these limits too small may cause all inpu...

Page 85: ... if the input is selected as the reference The action taken by this event is user defined to IGNORE REPORT ALARM set minor alarm or FAIL invalid input The provisioned level may also be used when input signals do not have received SSM to pass to SSM to provide the output SSM when that input is selected as reference Table 3 1 contains the accepted T1 and E1 standard SSM definitions SSMs and Input Mo...

Page 86: ...t SSM Mode Auto command The Frame Generators take the input SQL from the reference input and convert it to the appropriate SSM for output The operator may override this by placing the framer in manual mode and then entering the output SSM directly both T1 and E1 If the Clock module associated with the Frame Generator is in holdover the Frame Generator outputs the clock s holdover SQL With the bypa...

Page 87: ...ee the input with the least severe errors but not failed is selected If no input signal is valid then no input will be selected and the TSG 3800 switches to Holdover mode operation Setting the Input Reference Selection Mode on page 327 describes how to set the priority mode of operation The syntax for setting the priority for an input is described in Input Command on page 350 SSM Mode In SSM mode ...

Page 88: ...f the preferred signal fails the system switches to the second in priority When the preferred signal becomes good again the selected input switches back to the preferred signal immediately With Auto Return set to OFF the current reference selection remains selected until it fails by some fault condition In Best or SSM mode this option has no effect and the highest quality input is always selected ...

Page 89: ...sed first on received or provisioned SSM then on priority and position Best mode selects the reference based on a weighting derived from the input stability calculations secondary criteria are the priority and SSM information Refer to Selecting the Reference Selection Mode on page 85 for a discussion of reference selection modes Verifying the Input Reference The TSG 3800 automatically selects the ...

Page 90: ...nput Detecting Input Errors The TSG 3800 checks the incoming reference signals for eight types of signal faults The faults are AIS alarm indication signal BPV bipolar violation CRC cyclic redundancy check LOS loss of signal and OOF out of frame SSM Synchronization Status Message MTIE Maximum Time Interval Error Limits and Frequency Limits For each input fault you may Assign a fault mode Specify a ...

Page 91: ... each type of signal fault Fault modes are Fail Alarm Report Ignore Refer to Viewing Alarm Conditions on page 94 for explanations Displaying Phase Measurements The TSG 3800 measures the phase between each input and each clock You can display The most recent phase measurement for all inputs Up to the last one hundred 1 second interval phase readings between the clocks and a specified input Up to th...

Page 92: ...s Frequency limits are expressed in 10 12 s s or picoseconds second When an input exceeds a user specified threshold the instrument responds in a user defined manner The operator can specify two fault threshold limits designated as L1 and L2 and fault modes Fail Alarm Report and Ignore for MTIE and frequency offsets This allows one threshold to serve as an early warning of failure and the second t...

Page 93: ...nd a FAIL fault mode for an offset exceeding 1 x 10E 7 You can specify an offset threshold for each time scale T100 T1000 or T10000 for both limits MCD T100 432 324 T1000 864 648 T10000 1728 1296 Table 3 3 Frequency Pre defined Settings Configuration Time Scale Limit 1 Fail Limit 2 Alarm PRS T100 5000 2000 T1000 500 200 T10000 50 20 OCN Factory Default Setting T100 5000 2000 T1000 750 300 T10000 6...

Page 94: ...l performance For more information see MTIE Command on page 352 and TDEV Command on page 356 Monitoring MTIE To retrieve the MTIE data for an input signal over a selected time period type MTIE input MM DD YY HH MM SS then press Enter The first line of the response gives the ACTUAL start and stop date and times used in the calculation These may vary from the requested times depending on the actual ...

Page 95: ...ntacts for Local Remote and Audio alarms When an alarm condition arises the CPU module activates corresponding contacts on the rear panel of the shelf An ALARM CUT OFF switch is available for turning off the Audio alarms This switch is on the front panel of the CPU module The ALARM CLEAR command Resetting Alarms on page 105 turns off the Major Minor and Audio alarm contacts Alarm messages are avai...

Page 96: ...use by the Output modules Output Module Failure If there is a failure in any of the Output modules the redundant module continues to provide outputs on a one for one basis if redundant output strategy is configures for the TSG 3800 Table 3 4 Fault Mode Responses and Actions Mode Fail the Input and Switch References Set Alarm Relay and Illuminate Indicators Report on EIA 232 Ports FAIL YES YES YES ...

Page 97: ...l modes may be entered at user request The following sections describe the operating modes Warm Up Mode Warm up Mode starts when power is applied to the shelf The warm up period varies from 15 minutes to one hour depending on the type of Clock module installed The warmup period is 15 minutes for ST2 Rb modules 30 minutes for ST3E modules and 60 minutes for ST2 modules Acquire Mode After the oscill...

Page 98: ... the reference If the two phases agree the TSG 3800 resumes operation in the phase locked loop Locked mode using the pre holdover phase setting If the phase differs significantly 110 ns the TSG 3800 enters Acquire mode before returning to Locked mode Holdover mode may also be entered into manually When entered into manually the Clock module stays in Holdover until the operator changes operating mo...

Page 99: ...en disabled or faulted To set the AutoReturn Mode for the Clock module type CLOCK AR ON OFF then press Enter Setting the Clock Module Loop Time Constant Tau The time constant for the clock control loop sets the averaging time used to filter the short term variations in frequency between the input reference signal and the clock oscillator The time constant is also known as the Tau of the control lo...

Page 100: ...S circuit which sets the clock s output frequency This number is generated by the clock control loop algorithm and is applied to the Clock module You can display this number using the CLOCK CV command You can change this number only when the control loop is in the USER HALT mode Changes to the Control Value directly affect the output frequency by 2 2 x 10E 12 per step To display the current digita...

Page 101: ... Clk A is 28 49 The Control Value for Clk A is 1021 49 The Control Value for Clk B is 394 49 The Control Value for Clk B is 394 49 The Control Value for Clk B is 394 49 TSG Note The digital control value range is dependent on the clock type The range is defined in GR 1244 as 1 2 x 2 x accuracy pull in Table 3 5 Maximum Clock Control Value Ranges Clock Type Range Stratum 2E Rubidium 4 x 10E 8 Strat...

Page 102: ... for CLK A is 3000000 25 The Control Value for Clk B is 799 49 Enabling and Disabling Clock Modules The TSG 3800 uses Clock modules and Frame Generator modules in pairs Clock A works with Frame Generator A and Clock B works with Frame Generator B Both pairs use separate signal paths with no cross connections A failure or disabling of one module of a pair removes the other module from the signal pa...

Page 103: ... attempting to disable the following message appears DISABLE CLK B CLK FG is Already Disabled in Other Pair Can t Disable You must manually enable any disabled module After enabling a disabled Clock the Clock enters the Acquire mode To enable a module ENABLE CLK FG A B then press Enter Example Purpose Enable Clock A Command ENABLE CLK A Display ENABLE CLK A date time oper Enabled Clk A Note Removi...

Page 104: ...ultiple events starts with the most recent event first To list the last n events type EVENT number then press Enter where number is between 1 and 500 Example Purpose List last five events Command EVENT 5 Display EVENT 5 date time oper Enabled Clk A date time oper Set input LOS Clear Limit to 2 Was 1 date time Reference Input Valid date time Clk A Entered Locked date time input LOS Fault Cleared Li...

Page 105: ... when disabled events still record in the event log but are not sent over the communication ports This is useful if for example you want to transfer measurement data without the interruption of events In this application disable event reporting collect the data then re enable event reporting After disabling the operator can re enable automatic reporting The TSG 3800 automatically reports any event...

Page 106: ...nd When cleared the appropriate indicators and audio alarms turn off This action removes the fault condition Remaining faults will reactivate the alarm All faults must be cleared before an alarm will clear itself Use the syntax described in Alarm Command on page 341 To clear the alarms type ALARM CLEAR CRITICAL MANJOR MINOR AUDIO ALL then press Enter Example Purpose Clear all alarms Command ALARM ...

Page 107: ... input is faulted AIS BPV CRC LOS and OOF use the following abbreviations E A and F E is displayed when the input signal is in episode and not faulted or alarmed A is displayed when the input signal is in alarm but not faulted F is displayed when the input signal is faulted To access the status data type STATUS then press Enter A typical display is STATUS The Current Time is 29AUG2004 09 15 40 352...

Page 108: ...ch On AutoReturn On Clock AutoReturn On Inp1 1 Provisioned SSM STU SSM Mode Auto SSM Alarm Mode Report E1 SSM Bit 4 Priority 1 Type Mode Status Stability Tau Range Clk A Stratum 2 Rubidium Locked Ref 1 68E 15 2500 0 0 49 Clk B Stratum 2 DDS Locked OK 1 06E 13 1500 0 0 49 Type Mode Status Output SSM Bypass FG A T1 E1 SSM Ref Auto ST Unknown No FG B T1 E1 SSM OK Auto ST Unknown No Limit 1 Limit 2 Li...

Page 109: ...able 3 7 lists the hardware default settings Both tables have a column for entering your own settings Caution The RESTART command causes the processor to execute the self test routine The self test routine erases measurement history and clears all disabled or failed modules Table 3 6 Default Software Configuration Setting Factory Default Range User Settings SOFTWARE PROVISIONS X Port Input Module ...

Page 110: ... Error 2 10 BPV Mode Alarm Ignore Report Alarm Fail LOS Clear Error 2 10 LOS Mode Fail Ignore Report Alarm Fail OOF Clear Error 2 10 OOF Mode Alarm Ignore Report Alarm Fail CRC Clear Error 2 10 CRC Mode Alarm Ignore Report Alarm Fail FREQUENCY THRESHOLDS 100s Limit 1 8000ns Fail 1000s L1 800ns Fail 10000s L1 80ns Fail 100s Limit 2 4000ns Alarm 1000s L2 400ns Alarm 10000s L2 40ns Alarm MTIE THRESHO...

Page 111: ...I Binary TL1 PASSTHRU TIMEOUT 300 5 43200 seconds NAME TSG 1 20 characters TELNET Timeout Never 5 43200 seconds TELNET Ports 23 ASCII 4 4000 TL1 2 4200 PASSTHRU 1 SOFTWARE PROVISIONS Clock Module P N 23478272 00x 0 Clock AUTORETURN ON ON OFF Clock TC Final ST2 Rb 2500 500 10 000 ST3E 50 25 1 000 SOFTWARE PROVISIONS Frame Generator Mode AUTO AUTO MANUAL Delay 1 0 30 seconds Table 3 6 Default Softwa...

Page 112: ...nfigure COMM A and COMM B for connection to a PC Refer to Configuring the CPU Module on page 175 for proper settings for MAC or Modem connections HARDWARE PROVISIONS Frame Generator Module P N 23478443 000 0 Clock Frequency Selection W9 CLK1 1 544 MHz 1 544 MHz 2048 MHz 8 kHz W10 CLK2 2 048 MHz 1 544 MHz 2048 MHz 8 kHz Switch Block S3 Rocker 1 OFF Option shown is Bit 4 Rocker 2 OFF Rocker 3 ON Not...

Page 113: ...P N 23478486 000 0 Clock Frequency Selection W6 CLK1 1 544 MHz 1 544 MHz 2048 MHz 8 kHz W5 CLK2 2 048 MHz 1 544 MHz 2048 MHz 8 kHz Clock Bypass Function W4 Signal Type DS1 DS1 E1 W2 Port 2 1 Enable Enable Disable W3 Port 1 1 Enable Enable Disable Switch Block S1 Rocker 1 OFF Option shown is Bit 4 Rocker 2 OFF Rocker 3 ON Note S1 selects the bit position for insertion of SSM for E1 signals Switch B...

Page 114: ...provide one of four possible signal types for OUT2 HARDWARE PROVISIONS AMI Output Module P N 23478309 000 0 Switch 1 Rocker 1 LEN2 ON Refer to User Guide for options Rocker 2 LEN1 OFF Refer to User Guide for options Rocker 3 LEN0 OFF Refer to User Guide for options Rocker 4 TCLKSEL ON ON 1 544 T1 applications OFF 2 048 E1 applications Rocker 5 INSEL ON ON IN1 signal from FG OFF IN2 Rocker 6 CLKSEL...

Page 115: ...Operating the TSG 3800 Default Parameter Values 114 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 116: ...e information is common to all configurations of the 19 inch and 23 inch shelves In This Chapter Troubleshooting Guidelines Troubleshooting Charts Troubleshooting Flowchart Re ordering Information Preparing the Unit for Shipment Note To download and install new system software refer to Installing New System Software on page 321 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOU...

Page 117: ...nput Loss of input signal Check input signal If input signal is present replace Input module MAJOR MINOR no input fault indicator lit Major or Minor CPU MTIE errors Frequency offset errors See Frequency and MTIE Errors on page 119 NEW REF CPU New reference in use Push ACO button to clear indicator OOF Major or Minor Input Out Of Frame OOF Check input signal jumpers Monitor and Module replacement O...

Page 118: ... An alternative method is to jumper RTS to CTS on the CPU module Fault Indicators Most fault lights indicate a hardware failure for instance loss of output signal LOS or a detected input signal defect for example Out of Frame OOF Computed errors such as MTIE can trigger the MAJOR and MINOR indicators Chapter 5 Input Modules Chapter 6 CPU Frame Generator and Clock Modules and Chapter 7 Output Modul...

Page 119: ...modules 2 Unselected Frame Generator use DISABLE command before removing 3 Unselected Clock use DISABLE command before removing 4 Selected Input Reference module 5 Selected Frame Generator use DISABLE command before removing 6 Selected Clock use DISABLE command before removing 7 CPU module A CPU alarm indicates a malfunction of the processor If this alarm occurs record the indicator pattern which ...

Page 120: ...ocedure assumes that two input signals and two clocks are used The difference between minor and significant change varies with the model of clock used Contact Symmetricom Global Services if you need assistance in making this determination Table 4 3 Synchronization Diagnostic Tests Condition Symptoms Probable Source 1 Clock A selected for output INP1 1 and INP2 1 phase history shows minor or no cha...

Page 121: ...The stored accumulation error causes the new reference to fail the 10 000 second measurement interval It can take up to two 10 000 second intervals over five hours to establish a new history To prevent accumulated MTIE or frequency data from affecting the current measurement use the MTIE or Frequency Inhibit command with the syntax MTIE FREQUENCY input INHIBIT Example Purpose Prevent previous MTIE...

Page 122: ...eference phase offset corrects for this problem To do this use the PHASE input ZERO command Loss of Signal Faults Loss of signal LOS errors report automatically to the EIA 232 ports A LOS fault does not necessarily light the LOS indicator These errors can result from No input reference signal LOS indicator is on An intermittent input reference signal LOS indicator may be on Jitter exceeding specif...

Page 123: ...and to determine the alarm type 3 Troubleshoot the alarm according to the alarm type Power Green Off Power failed on either A or B inputs DC DC converter on module failed 1 Check Power indicator on other modules If they are lit then replace this module 2 If power is not available to shelf check rear panel fuses and power source 3 Replace fuses as necessary CPU Off Red CPU hardware failure Major in...

Page 124: ...ccording to the alarm type A B Net Green Green Green Indicated Comm port is active LED flickers during data transfer Status indicator only no action required Note 1 Troubleshooting system bus failures can be difficult There is often no alarm indicator on the affected module s Troubleshooting may require systematically removing modules to isolate the alarm Output modules are not on the system bus T...

Page 125: ...related faults 4 Troubleshoot the alarm according to the alarm type End of Range Off Amber Tuning range is 25 or 75 1 Input reference may be pulling oscillator to end of range 2 Clock module failure 1 Use the Alarm command to determine the alarm type It may be helpful to view the Event History to isolate the fault condition 2 Troubleshoot the alarm according to the alarm type 3 Use the Restart com...

Page 126: ...her A or B inputs DC DC converter on module failed 1 Check Power indicator on other modules If they are lit then replace this module 2 If power is not available to shelf check rear panel fuses and power source 3 Replace fuses as necessary Fault Off Red Module has failed If blinking module is disabled 1 Use the Disable command prior to removing this module from the shelf 2 Replace with a known good...

Page 127: ...identified is the BITS Reference The TSG requires only one input port as a reference Only one REF indicator should be lit on all installed Input modules Mod Flt Off Red Input module hardware fault Replace defective module with a known good spare with the same configured options Caution To allow the CPU module to auto configure the Input module do not disable the Input module before removing it Por...

Page 128: ...of module s input buffers 1 Check Input Fault A indicator on other Output modules 2 If all Output modules indicate Input Fault A check Clock FG pair A for faults Troubleshoot Clock FG 3 If no other Output modules indicate Input Fault A verify all hardware settings on the faulted module 4 Replace Output module with a known good spare with the same configured options Input FLT B Off Amber No signal ...

Page 129: ...e 12778474 002 2 Revision F March 2004 Troubleshooting Flowchart This section contains a flowchart that describes how to isolate identify and correct alarm messages that come from the TSG 3800 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 130: ...474 002 2 Revision F March 2004 TSG 3800 User s Guide 129 Maintenance and Troubleshooting Troubleshooting Flowchart Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 131: ...enance and Troubleshooting Troubleshooting Flowchart 130 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 132: ...474 002 2 Revision F March 2004 TSG 3800 User s Guide 131 Maintenance and Troubleshooting Troubleshooting Flowchart Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 133: ...enance and Troubleshooting Troubleshooting Flowchart 132 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 134: ...474 002 2 Revision F March 2004 TSG 3800 User s Guide 133 Maintenance and Troubleshooting Troubleshooting Flowchart Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 135: ...enance and Troubleshooting Troubleshooting Flowchart 134 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 136: ...474 002 2 Revision F March 2004 TSG 3800 User s Guide 135 Maintenance and Troubleshooting Troubleshooting Flowchart Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 137: ...dule or accessory contact the Sales Department at Symmetricom Provide the module or accessory name and its part number along with a purchase order number A current list of modules and accessories and their Symmetricom part numbers are provided in Appendix A Part Numbers Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 138: ...he factory or local representative for repair 1 Obtain a return authorization from Symmetricom prior to returning a module for service Call Symmetricom Global Services for a return authorization number 2 Provide a description of the trouble module item number serial number and warranty expiration date 3 Provide return shipping information customer field contact address phone number etc 4 Ship the ...

Page 139: ...nce and Troubleshooting Preparing the Unit for Shipment 138 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 140: ...nctional block diagrams switch and jumper settings In This Chapter Composite Clock Input Module G 703 9 Input Module Single Port Input Module Three Port Input Module Note All shelves have identical functionality however only EMI compliant modules should be used in the TSG 3800E shelf see Appendix A Part Numbers Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg...

Page 141: ...ite clock CC input signal and the oscillator in the active Clock module The module also detects and provides visible indication of Loss Of Signal LOS Figure 5 1 shows the front panel Figure 5 1 Composite Clock Input Module The CC Input module front panel contains Status indicators A Bantam jack for monitoring the CC input signal Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SO...

Page 142: ... of the CC Input module The CC Input module extracts clock and data from the CC input signal A divide by circuit reduces the input signal to 1 Hz A Phase Detector then measures the phase between the CC input signal and the system clock over a 1 second interval Table 5 1 Indicators on the Composite Clock Input Module Indicator Color Description POWER Green On Power is applied REF Green On The oscil...

Page 143: ... converts the input power to the required levels When receiving power the Power indicator is lit Specifications Table 5 2 lists specifications for the CC Input module Table 5 2 Specifications Composite Clock Input Module Signal Characteristics Specification Frequency 64 8 kb s Waveshape Rectangular AMI Amplitude 2 7 to 5 5 V base to peak 3 V nominal Error Threshold LOS 0 to 255 intervals per hour ...

Page 144: ... after installing the CC Input module in the main shelf It is assumed that power has been connected to the shelf and is turned on and that there is a CPU module installed and functioning properly A proper external reference signal must be connected to the corresponding connector on the rear panel of the main shelf 1 Verify that the POWER indicator is lit 2 Verify that the module is receiving the p...

Page 145: ...cillator in the active Clock module The module also detects signal quality errors on the G 703 9 input and provides indication of their occurrence Figure 5 3 shows the front panel Figure 5 3 G 703 9 Input Module The G 703 9 Input Module front panel contains Status indicators A Bantam jack for monitoring the G 703 9 input signal Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOU...

Page 146: ...rom a G 703 9 input signal A Frame Analyzer detects frame and superframe alignment markers and examines the G 703 9 input for errors BPV LOS AIS LOF A Phase Detector measures the phase between the G 703 9 input signal and the system clock over a 1 second interval The Backplane Assembly supplies 48 V input power to the module A regulator converts the input power to the required levels When receivin...

Page 147: ...istic Specification Type G 703 9 PCM signal Bit Rate 2048 kb s Format CAS or CCS jumper selectable CRC4 enabled disabled jumper selectable HDB3 or AMI Amplitude nominal 0 75 to 3 6 Volts base to peak Amplitude with amplifier 15 dB below nominal Pulse Width 194 to 269 ns at the peak 244 ns nominal Jitter Tolerance per CCITT G 823 Input Error Threshold 0 to 3600 intervals per hour AIS LOS LOF BPV Ar...

Page 148: ...aming set the jumper on TB5 as shown in Table 5 6 Selecting HDB3 AMI Format To select DB3 or AMI formatting set the jumper on TB3 as shown in Table 5 7 Input Impedance 75 120 or 3 3 kΩ jumper selectable Monitor Bantam jack 860 Ω isolation Caution To prevent ESD damage to the module always observe the precautions described in Properly Handling the Modules on page 61 Table 5 6 Selecting CAS CCS Fram...

Page 149: ...3 9 monitor point To connect the input signal to a 15 dB gain amplifier set the jumper on TB1 as shown in Table 5 10 Installing the G 703 9 Input Module The G 703 9 Input module can be installed in slots 1 through 4 of the TSG 3800 main shelf The slot determines the priority level of the input signal see Slot Location and Keyed Modules on page 61 Table 5 8 Enabling CRC Checking CRC TB2 Jumper Posi...

Page 150: ... It is assumed that power has been connected to the shelf and is turned on and that there is a CPU module installed and functioning properly A proper external reference signal must be connected to the corresponding connector on the rear panel of the main shelf 1 Verify that the POWER indicator is lit 2 Verify the module is receiving the proper G 703 9 input signals by observing the indicators For ...

Page 151: ...r as a monitor only input This module accepts DS1 1 544 Mb s or E1 2 048 Mb s framed AMI inputs as well as Clock or Sine inputs at several frequencies Figure 5 6 shows the front panel of the module The input signal type format and termination impedance are user selectable parameters you provision these parameters through one of the TSG 3800 Communications ports using the INP command described in I...

Page 152: ...e Port Input Module This module can replace DS1 Input module part number 23476554 xxx 0 G703 6 E1 Input module part number 23477682 xxx 0 Sine Input module part number 23476935 xxx 0 Clock Input module part number 23478297 xxx 0 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 153: ...ng at levels of 3 to 24 dBDSX line The module monitors and reports occurrences of loss of signal LOS alarm indicator signal AIS out of frame OOF and bipolar violations BPV In ESF mode the module also monitors and reports CRC errors and the synchronous quality level SSM messages in the FDL channel Table 5 12 Single Port Input Module Indicators Indicator Color Description POWER GREEN On Power is app...

Page 154: ... SSM message in TS0 can be read and reported if available In addition to the input transformer amplification is available to allow for proper operation of the Input module when a port is connected to a monitor source A monitor source is a high impedance source providing isolation of a critical DS1 E1 signal from the TSG 3800 input With the isolation comes a loss of approximately 20 dB in signal st...

Page 155: ... transfer to the CPU each second The minimum and maximum phase reading for MTIE and the TDEV calculations are also stored for the 20 samples each second for the three inputs against the selected clock This data can be retrieved by the CPU to provide MTIE and TDEV results over any portion of the previous 24 hours of continuous operation The micro controller performs power up self tests on the modul...

Page 156: ...ervals per hour AIS LOS OOF BPV CRC Input Impedance 100 or 3 3 kΩ user selectable E1 Inputs Type G 703 6 Framed E1 Bit Rate 2048 kb s Format CAS or CCS per ITU TG 703 2 ANSI T1 102 DS1A CRC4 enabled disabled AMI or HDB3 Amplitude Range 3 to 27 dBTLO Transmit Line Output Jitter and Wander Tolerance Meets the requirements of ITU TG 823 Input Error Threshold 0 to 255 Intervals per hour AIS LOS LOF BP...

Page 157: ...iate port jumper from pins 1 2 to pins 2 3 This sets the amplifier for a gain of approximately 20 dB If the signal is not from a monitor port or if it is any clock signal then the amplification is not used The jumper is set to W11 port 1 Pin 1 of the jumper is the top pin of the 3 pin header from the component side with the module panel at the top and the circuit board edge connector at the bottom...

Page 158: ...ns for the external reference source The remaining pins 4 and above in this connector are not used by this module The DB 9 connector completely shields the external reference from the source to the input On this connector the Frame Ground connection is made at Pin 1 The external reference is connected to Pin 2 labeled T1 and to Pin 6 labeled R1 The remaining pins pins 3 4 5 7 8 and 9 in this conne...

Page 159: ... Table 5 14 Locked Operation Indicators Indicator State POWER On REF On or Off MOD FLT Off PORT FAULT PT1 Off Note The module indicators may take a few seconds after installation to reach proper operating status Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 160: ...ovides three channel capability where any one of the three inputs may be selected as reference inputs or they may be used as monitor only inputs This module provides input for DS1 1 544 Mb s or E1 2 048 Mb s framed AMI inputs It accepts Clock or Sine inputs at several frequencies on any input Figure 5 8 shows the front panel of the Three Port Input module Note This module requires the CPU Module 2...

Page 161: ...Input Module 23477682 xxx 0 Sine Input Module 23476935 xxx 0 Clock Input Module 23478297 xxx 0 Selection of input signal type format and termination impedance are user selectable parameters and is done through one of the TSG 3800 Communications ports using the INP command described in Input Command on page 350 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg ...

Page 162: ...provide DC blocking and transformer isolation for balanced or single ended AMI signals The termination is selectable for 120 ohm balanced 75 ohm single ended or 3 3k ohm bridging with a level of 3 dB to 27dBTLO The module monitors and reports occurrences of loss of signal LOS alarm indicator signal AIS loss of frame alignment LOF and bipolar violations BPV When set for CAS mode the CRC4 checking m...

Page 163: ... jumper depending on the revision level of the module being used For all DS1 E1 signals that do not pass through an isolation circuit and for all clock input signals the amplifier is not used Figure 5 9 Three Port Input Module Block Diagram All versions accept square wave or sine wave input signals at a selectable rate of 1 MHz 1 544 MHz 2 048 MHz 5 MHz or 10 MHz This allows use of a 2 048 MHz sig...

Page 164: ...ts over any portion of the previous 24 hours of continuous operation The micro controller performs power up self tests on the module to verify correct operation and configures the input circuits to the setup stored in the non volatile RAM The setup information identifies each expected input as a framed or clock signal frequency termination framing format zero suppression mode and CRC checking If t...

Page 165: ...tervals per hour AIS LOS OOF BPV CRC Input Impedance 100 or 3 3 kΩ user selectable E1 Inputs Type G 703 6 Framed E1 Bit Rate 2048 kb s Format CAS or CCS per ITU TG 703 2 ANSI T1 102 DS1A CRC4 enabled disabled AMI or HDB3 Amplitude Range 3 to 27 dBTLO Transmit Line Output Jitter and Wander Tolerance Meets the requirements of ITU TG 823 Input Error Threshold 0 to 255 Intervals per hour AIS LOS LOF B...

Page 166: ...rt jumper from pins 1 2 to 2 3 position This sets the amplifier for a gain of approximately 20 dB If the signal is not from a monitor port or is any clock signal then the amplification is not used The jumpers are W11 port 1 W10 port 2 and W9 port 3 Pin 1 of the jumper is the top pin of the 3 pin header when the module is viewed from the component side with the module panel at the top and the circu...

Page 167: ... for the external reference source The remaining pins 4 and above in this connector are not used by this module The DB 9 connector completely shields the external reference from the source to the input On this connector the Frame Ground connection is made at Pin 1 The external reference is connected to Pin 2 labeled T1 and to Pin 6 labeled R1 The remaining pins pins 3 4 5 7 8 and 9 in this connect...

Page 168: ...Table 5 17 Locked Operation Indicators Indicator State POWER On REF On or Off MOD FLT Off PORT FAULT PT1 Off Note The module indicators may take a few seconds after installation to reach proper operating status Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 169: ...Input Modules Three Port Input Module 168 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 170: ...ies their functionality functional block diagrams switch and jumper settings In This Chapter CPU Module Clock Module T1 E1 Frame Generator Module with SSM T1 E1 Frame Generator Module with Clock Bypass Note All shelves have identical functionality however only EMI compliant modules should be used in the TSG 3800E shelf see Appendix A Part Numbers Artisan Technology Group Quality Instrumentation Gu...

Page 171: ...for operator control of other modules The CPU module contains Front panel status indicators EIA 232 connectors for executing control adjustments and obtaining data readout Alarm relay contacts for major and minor alarms remote local and audio A front panel ALARM CUTOFF push button switch for resetting the Audio Alarm The front panel of the CPU Module is shown in Figure 6 1 Artisan Technology Group...

Page 172: ...front panel status indicators Table 6 1 CPU Module Indicators Indicator Color Description RUN Green On The module is receiving power and processor is operational Off Processor is not operational MINOR Amber On A failure exists POWER Amber On One of the 48 V power inputs has failed Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 173: ...d B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator on the front panel is lit when either power source is available to the ...

Page 174: ... 6 2 lists the functional specifications for the CPU module Table 6 2 CPU Module Specifications Signal Characteristic Specification MTIE Measurements each input Most recent 50 values 100 1000 10000 seconds Frequency Measurements each input Most recent 50 values 100 1000 10000 seconds Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 175: ...nd avg 1000 values 100 second avg Control Value Calculations each of 2 oscillators Most recent 100 values 1 second avg 1000 values 100 second avg Other Measurements each input AIS BPV CRC LOS OOF errored and clear intervals Event Log Stores up to 500 events including input and system faults operator inputs and system actions time and date stamped to the nearest millisecond System Interface Dual EI...

Page 176: ...tical if you are using the same type of device for both ports Refer to Table 6 4 for jumper positions Table 6 3 EIA 232 Communications Pinout Specifications DTE DCE PIN FUNCTION PIN FUNCTION 1 Chassis Ground 1 Chassis Ground 2 TXD 2 TXD 3 RXD 3 RXD 4 RTS 4 RTS 5 CTS 5 CTS 6 DSR 6 DSR 7 Signal Ground 7 Signal Ground 8 DCD 8 DCD 20 DTR 20 DTR NOTE Pins 9 19 and 21 25 are not used Denotes minimum con...

Page 177: ...alling the CPU module in the main shelf It is assumed that power has been connected to the shelf and is turned on and that there is a CPU module installed and functioning properly A proper external reference signal must be connected to the corresponding connector on the rear panel of the main shelf If used the fault signal should also be connected to the main shelf Table 6 4 Jumper Positions for D...

Page 178: ...cators For locked operation the indicators should be as described in Table 6 5 Table 6 5 Indicator Status Indicator Name State RUN On COMM ACTIVE A On or Off COMM ACTIVE B On or Off POWER On or Off MINOR Off CPU Off SYS Off MAJOR Off ENET On or Off Note The indicators may take a few seconds to reach proper status after you insert the module Artisan Technology Group Quality Instrumentation Guarante...

Page 179: ...cted input and maintains tracking with a variable control value When the inputs are not available the clock enters the Holdover mode and the frequency is maintained at the last valid setting The Clock module also supplies reference signals to the Frame Generator module for all output signal generation The front panel of the Clock module is shown in Figure 6 4 Figure 6 4 Clock Module Artisan Techno...

Page 180: ... lower quality levels The output signal is buffered to provide a 10 MHz logic signal as a clock to the DDS circuitry A separately buffered signal is provided to the local oscillator LO output jacks on the rear panel of the main shelf for connecting to external equipment such as a GPS receiver Table 6 6 Clock Output Module Indicators Indicator Color Description POWER Green On The module is receivin...

Page 181: ...ce an 18 528 MHz output signal and a divider to produce a one pulse per second 1PPS timing signal Included in the timing circuits is provision to allow synchronization of these outputs between redundant modules through CPU control These output signals go to all Input modules to be used for measurement of the input signals and to the associated Frame Generator module for generating the output signa...

Page 182: ...act your local distributor for price and availability of these and other modules for the TSG 3800 These Clock modules meet and exceed a wide range of specifications and requirements For signal characteristics and specifications please refer to Table 6 8 and Table 6 9 for the different types of Clock modules Table 6 7 Available Clock Modules Item Number Description 23478272 001 0 Stratum 3E Quartz ...

Page 183: ...r 20 years Stability Holdover 0 to 24 hrs 25 C 15 C 0 to 24 hrs 0 to 50 C 5 x 10E 9 1 x 10E 8 Pull In Range Acquire Mode 1 65 x 10E 5 Tuning Resolution Locked Mode 2 2 x 10E 12 Warm Up Time Warmup Mode 15 minutes Acquisition Time Acquire Mode 1 hour to enter Locked Mode Wander Output Locked or Holdover MTIE and TDEV Includes effects of all TSG modules Exceeds requirements of T1 101 1999 GR 378 Cor...

Page 184: ...the frequency corrections to the clock applied by the control algorithm Tau Time constant secs used for oscillator control loop Warm Up Time Warm Up Mode The maximum time required from initial power application until the Clock module begins the acquisition process Acquisition Time Acquire Mode The nominal time required for the clock to progress from the Warm Up mode to the Locked mode of operation...

Page 185: ...m the following operational checks after installing the Clock module in the main shelf It is assumed that power has been connected to the shelf and is turned on and that there is a CPU module installed and functioning properly A proper external reference signal must be connected to the corresponding connector on the rear panel of the main shelf If used the fault signal should also be connected to ...

Page 186: ...r the Acquire process is complete verify that the ACQUIRE indicator is off and the LOCKED indicator is on This signifies the instrument is in a Locked mode ACQUIRE On FAULT Off Note The indicators may take a few seconds to reach proper status after you insert the module Table 6 12 Indicator Status Continued Indicator Name Status POWER On Artisan Technology Group Quality Instrumentation Guaranteed ...

Page 187: ...Clock CC outputs This module also provides two clock outputs which can be independently set to 8 kHz 1 544 MHz or 2 048 MHz The 23478305 xxx 0 module provides Synchronization Status Messages SSM on DS1 Extended Super Frame ESF signals only The 23478443 xxx 0 module provides SSM on both ESF and E1 signals Figure 6 6 shows the front panel of the Frame Generator module Figure 6 6 T1 E1 Frame Generato...

Page 188: ... simultaneously output T1 E1 T1 CC or E1 CC timing signals In addition this module supports SSM on the DS1 FSF and E1 outputs The T1 output is derived from an 18 528 MHz reference signal from the corresponding Clock module in the main shelf The reference signal is divided to 1 544 MHz and sent to the DS1 D4 ESF Format Generator This circuit produces balanced TTL level signals that represent a fram...

Page 189: ...hen either power source is available to the module The POWER indicator turns off when power is lost for example if the fuse on the module opens if both 48 vDC power inputs are lost or if the converter fails Configuring the Frame Generator Module The T1 E1 Frame Generator module with SSM can be customized for different TSG 3800 configurations by setting several rocker switches and two jumpers as sh...

Page 190: ... a jumper on W10 selects the CLK2 output frequency The frequency of each position is shown on the right side of each header Install the jumper across the header in line with the desired frequency Setting Switch Block S1 The switch blocks S1 and S2 each contain six rocker switches S3 contains four rocker switches The number of each rocker is located on both sides of the switch block 1 through 4 or ...

Page 191: ... the following paragraphs to set the S1 switches appropriately Table 6 15 summarizes the functions controlled by S1 Table 6 14 T1 E1 Frame Generator with SSM Signal Requirements Module Name Item Number Output 1 Output 2 Clock 1 Clock 2 AMI 20 Output AMI 10 Output ESF D4 10 23478309 xxx 0 23478401 xxx 0 23478399 xxx 0 YES YES YES YES Composite Clock 23477337 xxx 0 NO YES NO NO 56K Bit 23477342 xxx ...

Page 192: ... or a CC timing signal Rocker 3 is ON When Rocker 4 is ON Rocker 3 selects either a 1 544 MHz clock Rocker 3 is OFF or a framed E1 timing signal Rocker 3 is ON Rockers 5 and 6 are not used Setting Switch Block S2 S2 is located approximately in the center of the module see Figure 6 8 This block of rocker switches controls the T1 and E1 frame generators allowing you to customize some of these output...

Page 193: ...78443 xxx 0 modules E1 SSMs are not available on the 23478305 xxx 0 modules S3 is located in the upper right corner of the module see Figure 6 8 S3 consists of three rocker switches labeled 1 2 and 3 which are used to set the bit position in time slot zero of the not frame alignment word of an E1 signal where the SSM will be inserted By setting these switches to a specific combination of OFFs and ...

Page 194: ...ed internally Operational Check Perform the following operational checks after installing the Clock module in the main shelf It is assumed that power has been connected to the shelf and is turned on and that there is a CPU module installed and functioning properly A proper external reference signal must be connected to the corresponding connector on the rear panel of the main shelf If used the fau...

Page 195: ... used by various output modules to create DS1 E1 CEPT and Composite Clock CC output signals The DS1 ESF only and E1 signals can include Synchronization Status Messages SSM if required This module also provides two clock output signals which can be independently set to 8 kHz 1 544 MHz or 2 048 MHz The front panel is shown in Figure 6 9 Figure 6 9 T1 E1 Frame Generator Module with Clock Bypass Artis...

Page 196: ...the DS1 FSF and E1 outputs The T1 output is derived from an 18 528 MHz reference signal from the corresponding Clock module in the TSG 3800 The reference signal is divided to 1 544 MHz and sent to the DS1 D4 ESF Format Generator This circuit produces balanced TTL level signals that represent a framed all ONEs DS1 signal The setting of a rocker switch on the board determines whether the framing for...

Page 197: ...rt 2 1 SEC the Frame Generator module continues to function while both Clock modules are in warm up or are removed The module accomplishes this by using the recovered clock from the input signal to generate the reference it requires This function is automatically selected when there is no reference from the Clock modules and is deselected when one or both Clock modules begin normal operation While...

Page 198: ...o 5 vDC and the green POWER indicator on the front panel indicates that power is available to the module The POWER indicator turns off in the event of any loss of power such as the fuse on the module opens loss of both 48 vDC power inputs or if the regulator fails Configuring the Frame Generator Module The T1 E1 Frame Generator module with Clock Bypass can be customized for different TSG 3800 conf...

Page 199: ...witch is ON when the right side of the rocker is pressed down Selecting the Clock Frequency The T1 E1 Frame Generator module with Clock Bypass provides two clock output signals Each output can be independently set to provide an 8 kHz 1 544 MHz or 2 048 MHz signal You select the output signal frequency by installing a jumper in the appropriate location on W6 for the CLK1 output signal and on W5 for...

Page 200: ...this table and the following paragraphs to set the S4 switches appropriately Table 6 20 summarizes the functions controlled by the S3 block of switches Table 6 19 T1 E1 Frame Generator with Clock Bypass Signal Requirements Module Name Item Number Output 1 Output 2 Clock 1 Clock 2 AMI 20 Output AMI 10 Output ESF D4 10 23478309 xxx 0 23478401 xxx 0 23478399 xxx 0 Yes Yes Yes Yes Composite Clock 2347...

Page 201: ... Rocker 4 is in the OFF position Rocker 3 selects either an 8 kHz clock with Rocker 3 OFF or a Composite Clock timing signal with Rocker 3 ON When Rocker 4 is ON Rocker 3 selects either a 1 544 MHz clock with Rocker 3 OFF or a framed E1 timing signal with Rocker 3 ON Rockers 5 and 6 are not used Setting Switch Block S2 S2 is located approximately in the center of the module see Figure 6 11 This bl...

Page 202: ...ator begins sending the SSM 00001000 which indicates Sync Quality Unknown in the DS1 ESF signal SSMs are disabled when Rocker 6 is ON This causes all of the message bits on the Facility Data Link to be sent as ONEs Setting Switch Block S1 S1 is located in the upper right corner of the module see Figure 6 11 It consists of three rocker switches labeled 1 2 and 3 which are used to set the bit positi...

Page 203: ...ted to the corresponding Input module ports are not suitable for Bypass or if you do not wish to use the ports for Bypass If both ports are disabled Clock Bypass is disabled Although the Frame Generator module uses an external signal for the Clock Bypass mode it is not connected directly to that signal Instead it uses the signal connected to the Input module The Input module provides termination f...

Page 204: ...ower has been connected to the shelf and is turned on and that there is a CPU module installed and functioning properly A proper external reference signal must be connected to the corresponding connector on the rear panel of the main shelf If used the fault signal should also be connected to the main shelf 1 Verify that the POWER indicator is lit 2 Verify that the FAULT indicator on the Frame Gene...

Page 205: ... and Clock Modules T1 E1 Frame Generator Module with Clock Bypass 204 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 206: ...le ESF D4 10 Output Module Analog Output Module RS 422 Clock Output Module RS 422 8 kHz Clock Output Module RS 422 Selective Rate Clock Module 56 kBit Clock Output Module TTL Clock Output Module TTL 8 kHz Clock Output Module G 703 13 Output Module Timing Insertion Module Note All shelves have identical functionality however only EMI compliant modules should be used in the TSG 3800E shelf see Secti...

Page 207: ...balanced outputs This Output module is normally paired with a second AMI 20 Output module in this configuration the outputs of each module are tied together to form 20 redundant output signal pairs Figure 7 1 illustrates the front panel of the module Figure 7 1 AMI 20 Output Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 208: ...spectively The A and B inputs are identical signals providing redundant input signals to the AMI 20 Output module Table 7 1 AMI 20 Output Module Status Indicators Indicator Color Description POWER Green On Module is receiving power Off Module is not receiving power INPUT A Amber On No reference signal at input A or failure of module input buffers Off Reference signal at input A INPUT FAULT B Amber...

Page 209: ...o On MUX 1 also MUX 2 and MUX3 discussed below is a digital multiplexer which routes the selected inputs to the outputs The INSEL rocker switch controls MUX 1 When INSEL is On it causes MUX 1 to select the IN1 inputs When it is Off the IN2 inputs are selected One or two pairs of clocks can be connected to the module depending upon the Frame Generator settings Each pair consists of A and B clocks c...

Page 210: ... are used by the output buffers to generate the desired outputs If the A input or A clock fails the module detects this and switches to the B signals automatically The amber INPUT FAULT A indicator is turned on and the CPU is notified The module continues to operate from the B inputs with a fault indicated until it is replaced or the A inputs return If the A inputs return the module automatically ...

Page 211: ... AMI 20 Output Module This section describes how to configure the AMI 20 Output module to meet the requirements of your particular installation Table 7 2 AMI 20 Output Module Specifications Signal Characteristic Specification E1 Specification T1 Signal Alternate Mark Inversion AMI Alternate Mark Inversion AMI Format Framed Set by Frame Generator Framed Set by Frame Generator Waveshape Rise Time Pu...

Page 212: ...s switch to On if the clocks on the CLK1 inputs are the proper frequency set this switch to Off if the clocks on the CLK2 inputs are the proper frequency For a T1 output a 1 544 MHz clock must be selected or for an E1 output a 2 048 MHz clock must be selected Note In most applications AMI 20 Output modules are used in pairs If this is true in your application be sure that the rocker switches are s...

Page 213: ...e wave shape is obtained This may also be a useful method for setting the switches when different types of cables are used see Table 7 4 Installing the AMI 20 Output Module The AMI 20 Output modules are designed to operate in pairs Insert one module in the primary distribution slot insert the other in the secondary distribution slot Table 7 5 lists the primary and secondary distribution slots in t...

Page 214: ... A and INPUT FAULT B indicators With two functional Frame Generators installed both indicators should be off If one or no Frame Generator is installed the appropriate indicator should be on indicating that the signals from that Frame Generator are missing If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the AMI 20 Output mo...

Page 215: ...anced outputs This distribution module is normally paired with a second AMI 10 Output module in this configuration the outputs of each module are tied together to form 10 redundant output signal pairs Figure 7 3 illustrates the front panel of the module Figure 7 3 AMI 10 Output Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 216: ...B respectively The A and B inputs are identical signals providing redundant input signals to the AMI 10 Output module Table 7 6 AMI 10 Output Module Indicators Indicator Color Description POWER Green On Module is receiving power Off Module is not receiving power INPUT FAULT A Amber On No reference signal at input A or failure of module input buffers Off Reference signal at input A INPUT FAULT B Am...

Page 217: ... 1 or a 0 depending upon the side that is pressed Pressing a rocker switch on the left side side next to the labels sets the output to 1 pressing the right side sets the output to 0 MUX 1 also MUX 2 and MUX3 discussed below is a digital multiplexer which routes the selected inputs to the outputs The INSEL rocker switch controls MUX 1 When INSEL is pressed on the 0 side it causes MUX 1 to select th...

Page 218: ...three switches is OFF MUX 3 selects either the A input and A clock or the B input and B clock normally A from the input and clock pairs selected by MUX 1 and MUX 2 These signals are used by the output buffers to generate the desired outputs If the A input or A clock fails the module detects this and switches to the B signals automatically The INPUT FAULT A LED yellow is turned on and the CPU modul...

Page 219: ... AMI 10 Output Module This section describes how to configure the AMI 10 Output module to meet the requirements of your particular installation Table 7 7 AMI 10 Output Module Specifications Signal Characteristic Specification E1 Specification T1 Signal Alternate Mark Inversion AMI Alternate Mark Inversion AMI Format Framed Set by Frame Generator Framed Set by Frame Generator Waveshape Rise Time Pu...

Page 220: ... 048 MHz clock must be selected Finally the output drivers must be configured for the length of cable being used This is accomplished by setting the LEN0 LEN1 and LEN2 rocker switches in S1 Table 7 9 shows the possible switch settings the option selected and the applications If the module is generating E1 signals these switches do not affect the outputs and can be set to any value except all On A ...

Page 221: ...er in the corresponding secondary distribution slot Table 7 5 lists the primary and secondary distribution slots in the TSG 3800 series Table 7 9 T1 Line Length Selections LEN2 LEN1 LEN0 Option Selected ON OFF OFF 0 133 feet 0 40 m OFF ON ON 133 266 feet 40 80 m OFF ON OFF 266 399 feet 80 120 m OFF OFF ON 399 533 feet 120 160 m OFF OFF OFF 533 655 feet 160 197 m Caution Jumper W4 is for factory us...

Page 222: ...d INPUT FAULT B indicators With two functional Frame Generators installed both LEDs should be off If one or no Frame Generator is installed the appropriate indicator should be lit indicating that the signals from that Frame Generator are missing If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the AMI 10 Output module is in...

Page 223: ...ng it possible for the TSG 3800 to output both formats at the same time in the same shelf The module has 10 individual outputs In a standard configuration this module is paired with a second ESF D4 10 Output module providing 10 redundant output signal pairs Figure 7 5 illustrates the front panel of the module Figure 7 5 ESF D4 10 Output Module Artisan Technology Group Quality Instrumentation Guara...

Page 224: ...erator B if the LOS Detector determines that one or more of the signals from Frame Generator A has have been lost When this occurs the INPUT FAULT A indicator is turned on and the CPU is informed The INPUT FAULT B indicator is turned on if a problem with the signal or clock from Frame Generator B is detected and the CPU is informed INPUT FAULT B does not cause the TSG to change the selected Frame ...

Page 225: ...peration If an output fails the isolation relay is opened to protect the corresponding signal from the redundant module The OUTPUT FAULT LED on the front panel is on and the CPU is informed of an output failure on one of the output modules The shape of the output waveform is controlled by the output drivers and by the top three switches of S1 labeled LEN0 LEN1 and LEN2 Each switch is connected to ...

Page 226: ...d in Table 7 12 Configuring the ESF D4 10 Output Module This section describes how to configure the ESF D4 10 Output module to meet the requirements of your particular installation Table 7 12 ESF D4 10 Output Module Specifications Signal Characteristic Specification Signal DS1 D4 Framing All ONEs Data Waveshape Rise Time Pulse Width Pulse Interval Duty Cycle Per ANSI T1 102 1987 100 ns 324 ns nomi...

Page 227: ...e monitoring the wave shape until a suitable wave shape is obtained This may also be a useful method for setting the switches when different types of cables are used There are four types of Frame Generators available for the TSG that are compatible with the ESF D4 Output module The following paragraphs discuss each of these Frame Generators and the proper settings for the rocker switches on the ES...

Page 228: ...Set S1 and S2 as shown in Table 7 15 The number of each rocker is located on both sides of the switch block 1 through 6 A switch is OFF when the left side of the rocker is pressed down A switch is ON when the right side of the rocker is pressed down Table 7 14 Frame Generator Jumper Settings Terminal Block Setting Function TB1 A B Select ESF Framing TB2 B C Select 1 544 MHz Clock Table 7 15 T1 E1 ...

Page 229: ...on slot insert the other in the corresponding secondary distribution slot Table 7 17 lists the primary and secondary distribution slots in the TSG 3800 series Table 7 16 T1 E1 Frame Generator S3 and S2 Rocker Settings Switch Setting Function Switch S3 1 ON required Sets Output 1 for T1 2 3 4 5 6 Not used by ESF D4 10 Output Module Settings are optional Refer to Frame Generator section Switch S2 1 ...

Page 230: ...T A and INPUT FAULT B indicators With two functional Frame Generators installed both indicators should be off If one or no Frame Generator is installed the appropriate indicator should be lit indicating the signals from one or both Frame Generators are missing If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the ESF D4 10 O...

Page 231: ...e is used in a non redundant configuration It is designed to function with both T1 E1 Frame Generators 23478305 xxx 0 or 23487443 xxx 0 The front panel of the module is shown in Figure 7 7 Figure 7 7 Analog Output Module A blank filler panel 10977170 000 0 is available to cover the corresponding secondary distribution slot All unused slots must contain a blank filler panel Artisan Technology Group...

Page 232: ...checks the outputs to confirm signal presence Should an output fail the front panel OUTPUT FAULT indicator lights Power A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the n...

Page 233: ... specifications for the Analog Output module Table 7 19 Analog Output Module Specifications Signal Characteristic Specification Frequency 1 5 or 10 MHz each channel jumper selectable Waveshape Sine Level 1 Vrms 20 into 50 Ω Harmonic distortion 25 dBc Non harmonic 60 dBc Impedance 50 Ω 20 Number of Outputs 6 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com...

Page 234: ...etting the Output Frequency Jumpers W11 Ch1 W10 Ch2 W9 Ch3 W8 Ch4 W7 Ch5 and W6 Ch6 must be set to the 1 MHz 5 MHz or 10 MHz position Each channel s output frequency is independent of the other channels Caution To prevent ESD damage to the module always observe the precautions described in Properly Handling the Modules on page 61 Table 7 20 Frame Generator Compatibility Jumper Settings Frame Gener...

Page 235: ...nal Connections on page 56 for more information Connect the six outputs as shown in Table 7 22 Table 7 21 Primary and Secondary Distribution Slots Model Primary Distribution Slots Secondary Distribution Slots 3800 3800E 19 inch Shelves 18 20 19 21 3800 23 inch Shelf 18 20 22 19 21 23 3800X 3800EX 19 inch Shelves 4 6 8 10 12 14 16 18 20 5 7 9 11 13 15 17 19 21 3800X 23 inch Shelf 4 6 8 10 12 14 16 ...

Page 236: ...nput signals by observing the A and B INPUT FAULT indicators For Locked operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the Analog Output module is installed If it does not an output may be bad or has an excessive load connected to it example shorted T...

Page 237: ...anced composite clock CC outputs This module is normally paired with a second Composite Clock Output module in this configuration the outputs from both modules are tied together to form 20 redundant output signal pairs Figure 7 9 illustrates the front panel of the module Figure 7 9 Composite Clock Output Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg...

Page 238: ...an output fail the front panel OUTPUT FAULT indicator lights Power A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator ...

Page 239: ...site Clock Output Module Specifications Signal Characteristic Specification Output Format AMI with BPV every eight pulses Waveshape Rise Time Pulse Width Pulse Interval Duty Cycle Rectangular 500 ns 9 8 µs 5 15 6 µs 5 62 5 Output Level 2 7 to 5 5 V peak 3 5 V peak nominal Termination Impedance 133 Ω 5 resistive Drive Capability 0 to 1500 ft 22 AWG ABAM cable Phase Compensation 0 to 2 µs 4 steps Ar...

Page 240: ... Monitor 860 Ω Bantam jack Number of Outputs 20 Caution To prevent ESD damage to the module always observe the precautions described in Properly Handling the Modules on page 61 Table 7 25 Switch Settings for Phase Adjustment Delay Time Delay Length Switch Settings 0 ns 1965 ft 599 m On On 700 ns 1310 1965 ft 399 599 m Off On 1400 ns 655 1310 ft 200 399 m On Off 2000 ns 0 655 ft 0 200 m Off Off Not...

Page 241: ... working Verify that the module is receiving the input signals by observing the A and B INPUT FAULT indicators For Locked operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the Composite Clock Output module is installed If it does not an output may be bad...

Page 242: ... in an RS 422 format depending upon setting in the Frame Generator module This distribution module is normally paired with a second RS 422 Output module in this configuration the outputs from both modules are tied together to form 20 redundant output signal pairs Figure 7 11 illustrates the front panel of the module Figure 7 11 RS 422 Clock Output Module Artisan Technology Group Quality Instrument...

Page 243: ...ower A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator on the front panel is lit when either power source is availabl...

Page 244: ...422 Clock Output module Table 7 28 RS 422 Clock Output Module Specifications Signal Characteristic Specification Frequency 1544 or 2048 kHz Format Per EIA RS 422 Waveshape Width Period Rise Time Fall Time Squarewave 324 or 244 ns 30 ns 648 or 488 ns 30 ns 50 ns 50 ns Amplitude 4 0 to 6 0 Vp p Jitter 0 03 UI Impedance 100 Ω 20 Number of Outputs 20 Artisan Technology Group Quality Instrumentation Gu...

Page 245: ...Generator module Set TB2 TB4 TB5 TB6 TB7 to position C Use TB1 and TB3 to select the signal supplied by the Frame Generator as follows Position C selects either 1544 kHz or 2048 kHz whichever is configured at the Frame Generator Position A selects 1544 kHz Installing the RS 422 Clock Output Module The RS 422 Clock Output module is designed to operate in pairs Insert one module in a primary distrib...

Page 246: ... For Locked operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the RS 422 Output module is installed If it does not an output may be bad or has an excessive load connected to it example shorted The indicator will remain on if there is no reference connect...

Page 247: ...s designed to function with a T1 E1 Frame Generator 23478305 xxx 0 or a 2048 kHz Frame Generator 23477799 xxx 0 This module is normally paired with a second RS 422 8 kHz Output module in this configuration the outputs from both modules are tied together to form 20 redundant output signal pairs Figure 7 13 illustrates the front panel of the module Figure 7 13 RS 422 8 kHz Clock Output Module Artisa...

Page 248: ... lights Power A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator on the front panel is lit when either power source is...

Page 249: ... for the RS 422 8 kHz Clock Output module Table 7 31 RS 422 8 kHz Clock Output Module Specifications Signal Characteristic Specification Frequency 8 kHz Format Per EIA RS 422 Amplitude 4 0 to 6 0 Vp p Jitter 0 03 UI Waveshape Width Period Rise Time Fall Time Square wave 62 5 µs 5 µs 125 µs 5 µs 50 ns 50 ns Impedance 100 Ω 20 Number of Outputs 20 Artisan Technology Group Quality Instrumentation Gua...

Page 250: ...helf Use Table 7 32 to determine the correct settings Caution To prevent ESD damage to the module always observe the precautions described in Properly Handling the Modules on page 61 Table 7 32 Frame Generator Compatibility Jumper Settings Frame Generator Used TB1 TB3 2048 kHz Frame Generator 23477799 xxx 0 A A T1 E1 Frame Generator 23478305 xxx 0 8 kHz set to Output Signal 2 Rockers 3 and 4 on S1...

Page 251: ...pply is working Verify that the module is receiving the input signals by observing the A and B INPUT FAULT indicators For Locked operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the RS 422 8 kHz Output module is installed If it does not an output may be...

Page 252: ...Hz increments You change the frequency by pressing the CNT UP and CNT DWN buttons on the front panel and you select the desired frequency by pressing both buttons at the same time for approximately two seconds Figure 7 15 illustrates the module front panel This distribution module is normally paired with a second RS 422 Output module In this configuration the outputs from both modules are tied tog...

Page 253: ...ective Rate Clock Module 252 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Figure 7 15 RS 422 Selective Rate Clock Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 254: ...lied to input A INPUT FAULT B Amber On No reference signal applied to input B PORT FAULT Red On Driver fault on corresponding port Blinking Program mismatch between redundant units Selection Indicators PORT SEL Displays selected port of ports 1 through 10 A port 10 OUTPUT FREQUENCY Displays selected frequency Buttons PORT SEL Press to select ports 1 through 10 A port 10 CNT UP Press to increase ou...

Page 255: ...ront panel PORT FAULT indicator turns on Figure 7 16 Block Diagram of the RS 422 Selective Rate Clock Module Power A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negati...

Page 256: ...r count down CNT DWN push buttons to select the desired output frequency Count up and down has four incremental speeds When either switch is held the count speed increases When you release the push button it resets to the lowest speed Table 7 35 RS 422 Selective Rate Clock Module Specifications Signal Characteristic Specification Frequency User Selectable Per Channel 8 kHz to 4096 kHz in increment...

Page 257: ...ution slot Refer to Installing and Removing Modules on page 61 for details on how to properly handle install and remove modules Table 7 36 lists the primary and secondary distribution slots in the TSG 3800 series Note If five seconds elapse before the frequency selection is set in the step below the port display stops flashing and the frequency display reverts to the previously programmed frequenc...

Page 258: ...cated on the rear panel of the shelf Table 7 37 provides the tip and ring pin connections for each port Refer to Making Output Signal Connections on page 56 for more information Operational Check When the RS 422 Selective Rate Clock module is installed and power is applied to the shelf all LEDs and seven segment displays turn on for a lamp test Caution To prevent damage to the unit and to insure p...

Page 259: ...or is on an output may be bad or it may have an excessive load connected to it a short for example The indicator remains on if there is no reference connected since there can be no outputs At initial power up all ten channels initialize in the off state the output frequency is 0000 kHz indicating the output port is off Table 7 38 RS 422 Selective Rate Clock Initial Indicator State Indicator State ...

Page 260: ...conforming to CCITT Recommendation V 35 This distribution module is normally paired with a second 56 kBit Clock Output module in this configuration the outputs from both modules are tied together to form 20 redundant output signal pairs Figure 7 17 illustrates the front panel of the module Figure 7 17 56 kBit Clock Output Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SO...

Page 261: ...nfirm signal presence Should an output fail the front panel OUTPUT FAULT indicator lights Power A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 v...

Page 262: ...sts the functional specifications for the 56 kBit Clock Output module Table 7 40 56 kBit Clock Output Module Specifications Signal Characteristic Specification Frequency 56 kBits second Format Per CCITT Recommendation V 35 Amplitude 0 55 V peak 20 Jitter 20 ns Impedance 100 Ω 5 Number of Outputs 8 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 263: ...utputs should be terminated with a 100 Ω resistor between and contacts For example a typical mating connector is Cinch 57 10500 8750 Operational Check With power applied to the shelf install the 56 kBit Clock Output module in the appropriate slot and verify that the POWER indicator is lit This indicates that the module is receiving power and the module power supply is working Verify that the modul...

Page 264: ...er the 56 kBit Clock Output module is installed If it does not an output may be bad or has an excessive load connected to it example shorted The indicator will remain on if there is no reference connected since there can be no outputs Note The module indicators may take a few seconds after installation to reach proper operating status Artisan Technology Group Quality Instrumentation Guaranteed 888...

Page 265: ...uare wave signals in a TTL format depending upon Frame Generator setting This distribution module is normally paired with a second TTL Output module in this configuration the module s outputs tie together to form 20 redundant output pairs Figure 7 19 illustrates the front panel of this module Figure 7 19 TTL Clock Output Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOU...

Page 266: ... A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator on the front panel is lit when either power source is available to...

Page 267: ...able 7 43 lists the functional specifications for the TTL Clock Output module Table 7 43 TTL Clock Output Module Specifications Signal Characteristic Specification Frequency 1544 kHz or 2048 kHz Level TTL Amplitude 2 8 to 3 5 Vp p Jitter 0 03 UI Impedance 100 Ω 20 Number of Outputs 20 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 268: ...s module as well as the Frame Generator TB2 TB4 TB5 TB6 TB7 are set to position C Set TB1 and TB3 to select the signal supplied by the Frame Generator as follows Position C selects either 1544 or 2048 kHz whichever was programmed at the Frame Generator Position A selects 1544 kHz Installing the TTL Clock Output Module The RS 422 Clock Output module is designed to operate in pairs Insert one module...

Page 269: ...d operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the TTL Clock Output module is installed If it does not an output may be bad or has an excessive load connected to it example shorted The indicator will remain on if there is no reference connected sinc...

Page 270: ... function with a T1 E1 Frame Generator item number 23478305 xxx 0 or a 2048 kHz Frame Generator item number 23477799 xxx 0 This distribution module is normally paired with a second RS 422 8 kHz Output module in this configuration the module s outputs tie together to form 20 redundant output pairs Figure 7 21 illustrates the front panel of the module Figure 7 21 TTL 8 kHz Clock Output Module Artisa...

Page 271: ...wer A and B on the main shelf provide power to the module These redundant sources of 48 vDC are diode coupled and fused allowing the module to draw power from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator on the front panel is lit when either power source is available...

Page 272: ...s for the TTL 8 kHz Clock Output Module Table 7 46 TTL 8 kHz Clock Output Module Specifications Signal Characteristic Specification Frequency 8 kHz Format Per EIA RS 422 Amplitude 4 0 to 6 0 Vp p Jitter 0 03 UI Waveshape Width Period Rise Time Fall Time Squarewave 62 5 µs 5 µs 125 µs 5 µs 50 ns 50 ns Impedance 100 Ω 20 Number of Outputs 20 Artisan Technology Group Quality Instrumentation Guarantee...

Page 273: ...e Generator you are using Use Table 7 47 to determine the correct settings Caution To prevent ESD damage to the module always observe the precautions described in Properly Handling the Modules on page 61 Caution To avoid improper operation the following jumpers must be set as follows TB2 and TB4 set to position C TB5 TB6 and TB7 set from B to C Table 7 47 Frame Generator Compatibility Jumper Setti...

Page 274: ...ply is working Verify that the module is receiving the input signals by observing the A and B INPUT FAULT indicators For Locked operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the TTL 8 kHz Clock Output module is installed If it does not an output may ...

Page 275: ...ced 2048 kHz outputs per G 703 13 This distribution module is normally paired with a second G 703 13 Output module in this configuration the module s outputs tie together to form 20 redundant output pairs Figure 7 23 illustrates the front panel of the module Figure 7 23 G 703 13 Output Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 276: ...the lower left corner as viewed from the component side with the edge connector down This switch selects between two pairs of reference input signals In the pressed or down position default setting the G 703 13 Output module uses the pair of signals on the CLK1 inputs These are the reference signals used by all versions of this module In the up position the CLK2 inputs are selected The CLK2 signal...

Page 277: ...er from either source The internal fuse labeled F1 protects the circuitry from excessive current The DC to DC Converter changes the negative voltage into 5 vDC the green POWER indicator on the front panel is lit when either power source is available to the module The POWER indicator turns off when power is lost for example if the fuse on the module opens if both 48 vDC power inputs are lost or if ...

Page 278: ...Signal Connections on page 56 for more information Table 7 50 G 703 13 Output Module Specifications Signal Characteristic Specification E1 Specification T1 Pulse Shape ITU T G 703 13 ITU T G 703 13 Type of Cable Pair Coaxial Pair Symmetrical Pair Maximum peak voltage 1 5 1 9 Minimum peak voltage 0 75 1 0 Maximum jitter 0 03 UI 0 03 UI Number of Outputs 20 20 Table 7 51 Primary and Secondary Distri...

Page 279: ...dicators For Locked operation and with two references applied both indicators should be off If at least one functional Frame Generator is installed the OUTPUT FAULT indicator should go out within eight seconds after the G 703 13 Output module is installed If it does not an output may be bad or has an excessive load connected to it example shorted The indicator will remain on if there is no referen...

Page 280: ...IM 23477756 xxx 0 buffers a DS1 data stream and re times that data stream to an external timing reference The TIM also monitors signal quality and reports faults to the system Figure 7 25 illustrates the front panel of the module Figure 7 25 Timing Insertion Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 281: ...air of modules A phase lock loop PLL filters the clock feed so that when the TIM switches from one Clock Module to the other the re timed output will shift less than 324 ns at a rate which never exceeds 81 ns change in a 14 ms interval per ANSI T1 101 If both clock inputs fail a MAJOR alarm will be generated and the signal will be passively by passed The TIM monitors the outgoing DS1 signal and if...

Page 282: ...nal can be sent under these conditions This is selected by a jumper block Receipt of an LOS AIS or OOF signal creates a MAJOR alarm condition When buffer slips occur the TIM indicates this in three ways A Relay Closure line on the output connector is toggled for 2 5 seconds A red SLIP indicator on the front panel is latched on An alarm is generated selectable as MAJOR MINOR IGNORED by PCB switches...

Page 283: ...al specifications of the Timing Insertion module Table 7 53 Timing Insertion Module Specifications Signal Characteristic Specification DS1 Input to TIM Signal Type DS1 Connector 50 contact connector example Cinch 57 10500 8750 Format D4 or ESF AMI or B8ZS jumper selectable Amplitude nominal 0 5 to 3 6 V base to peak Signal Faults detected LOS OOF AIS Input Impedance 100 Ω Monitor Bantam jack 860 Ω...

Page 284: ...t in 4 steps Passive bypass capability Relay bypasses module on fault Output on LOS or OOF AIS or framed all ONEs switch selectable Alarm Conditions Major Faults Loss of or fault in both clock feeds Failure of both Clock Modules Module failure LOS or OOF on input to TIM Programmable Faults SLIP Major Minor Ignored Caution To prevent ESD damage to the module always observe the precautions described...

Page 285: ... not re timed Table 7 54 Timing Insertion Module Jumper Configurations TB Jumper Description E A S T 101 A B Transmit all ONEs on LOS or OOF B C Transmit framed all ONEs on LOS or OOF 102 B C 193S Framing D4 A B 193E Framing ESF or Fe 103 A B B8ZS Disabled AMI B C B8ZS Enabled 104 A B SLIP Minor Fault B C SLIP Major Fault None SLIP Ignored W E S T 202 B C 193S Framing D4 A B 193E Framing ESF or Fe...

Page 286: ...s close bypassing both the East and West signal paths from input connections to output connections The TIM then can be removed for service without disrupting the signals Installing the Timing Insertion Module The Timing Insertion module is designed to operate singly Insert the module in a primary distribution slot Insert the TIM Bypass Relay Assembly into the corresponding secondary distribution s...

Page 287: ...he POWER indicator is lit This indicates that the module is receiving power and the module power supply is working Verify that the module is receiving the proper DS1 input signals by observing the indicators For normal operation the Power indicators should be lit all others should be off Table 7 57 List of Modules and Accessories Pin Description 1 EAST Tip In 2 EAST Tip Out re timed 3 WEST Tip In ...

Page 288: ... modules and indicates when adequate output levels are present for each port on an AMI Output module The Analyzer detects pulses on each Tip and Ring pair and provides an LED indication on the front panel for each output port A green LED indicates a valid signal level and a red LED indicates a signal that is below the valid level The Analyzer indicates momentary as well as continuous faults When t...

Page 289: ...Output Fault Analyzer 288 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Figure 7 27 Output Fault Analyzer Module Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 290: ...icating a Fault condition The latching flip flop is cleared when the user presses the Reset button setting the LEDs to green Any output signal that drops below the fault threshold causes the LED to turn red again When the Analyzer is initially installed all LEDs are red until the Reset button is pushed they then indicate the current status of the output signals Power for the logic circuits and the...

Page 291: ...7 58 Input Signal Frequency The Analyzer operates on DS1 or Composite Clock Alternate Mark Inversion signals change between input signals is automatic Table 7 58 Specifications Signal Type Expected Level Fault Threshold DS1 1 544 MBPS AMI 2 4 to 3 6 Vp 3 0 Vp nominal 2 0 V 10 CC 64 8 kHz AMI 2 7 to 5 5 Vp 3 5 Vp nominal 2 0 V 10 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SO...

Page 292: ...undant pair of modules is being tested remove one of the modules before installing the Analyzer To install the Analyzer 1 Remove the Output module with a suspected fault 2 Insert the Analyzer in the slot ensuring that it is aligned in the card guides 3 Press the Analyzer firmly into the connectors in the backplane of the shelf It is not necessary to tighten the captive screws on the front panel of...

Page 293: ...d be faulty If the Analyzer indicates a fault inspect the wiring on the indicated port Redundant Modules If the Analyzer does not indicate a fault an improper or incorrect signal may be present If both Output modules indicate a fault before installing the Analyzer install the Analyzer and inspect the wiring on the indicated port If only one Output module indicates a fault before installing the Ana...

Page 294: ...the card guide onto the installation tool as shown in Figure 7 30 Figure 7 30 Card Guide Attached to Installation Tool 3 Remove the protective tape from the bottom of the card guide 4 Align the card guide so that it is flush with the inner right side of the shelf and under the rivet as shown in Figure 7 31 Press down on the card guide to secure it to the shelf Remove the installation tool Artisan ...

Page 295: ...lling the Card Guide into the Shelf 5 Repeat step 4 for the upper card guide The shelf should appear as shown in Figure 7 32 when you are finished Figure 7 32 Completed Installation New card guides in upper and lower positions Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 296: ...o a subtending TSG configuration installation procedures of these items system specific configuration operation and maintenance information The 3800 configured as a Subtending TSG broadens the TSG 3800 family of products by providing subtending clock functionality when referenced to a master TSG BITS equipped with a Stratum 3E or better clock The following combination of hardware and software conf...

Page 297: ...ry inputs and the 3800 phase locks to the selected reference to ensure proper DS0 phase alignment throughout the office The redundant DS1 reference inputs are used only for Clock Bypass operation If both CC reference inputs fail the shelf provides Stratum 3E holdover stability If both CC reference inputs fail and both 3E Clock modules fail the 3800 Subtending TSG uses the DS1 reference inputs for ...

Page 298: ...me Generator modules that are provisioned in the system If the wrong modules are installed the software generates a Major Alarm indicating that the installed hardware is not supported and that the system has an invalid configuration The functionality of the Frame Generator module differs in the 3800 Subtending TSG software from the standard TSG 3800 software This difference in functionality is req...

Page 299: ...k Input 23476674 000 0 T1 E1 Frame Generator W Bypass 23478486 001 0 Stratum 3E Clock 23478272 001 0 Composite Clock Output 23477337 000 0 AMI Output 20 outputs 23478309 000 0 ESF to D4 Output 23478399 000 0 All main shelves contain a set of required modules and a combination of Output modules depending upon the type Output Wire Wrap Panel The 3800 Subtending TSG requires a 23 inch high density wi...

Page 300: ... outputs 100 outputs per panel The cables connecting the 3800 Subtending TSG outputs to the wire wrap panel carry twenty circuits each The wire wrap panel four cables and tie bar assembly item number is 22078488 001 0 Refer to Input Output Adapter Panels on page 73 and Figure 8 1 for more information on the 23 inch high density wire wrap output panel Figure 8 1 3800 Wire Wrap Output Panel Artisan ...

Page 301: ...ubtending Operating Mode Output Wire Wrap Panel 300 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 302: ...tings for the TSG 3800 Series of Timing Signal Generators Included are the TSG 3800 TSG 3800E Expansion Shelf and accessories In This Appendix TSG 3800 Part Numbers TSG 3800E Part Numbers PartNumbers Common to the TSG 3800 Series Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 303: ... Assembly Alternate for 805RIDC 0050 11577152 000 0 The expansion shelf receives input signals from the TSG main shelf via the cable assembly Expansion Shelf Power Monitor 23478489 000 0 This module provides independent reporting of power loss alarm conditions on the TSG 3800 expansion shelf 1 Input DS1 23478303 002 0 This Input module for the Model 3800 Timing Signal Generator provides enhanced m...

Page 304: ...bypass 23478486 000 0 The T1 E1 Frame Generator module produces the timing signals to create DS1 E1 CEPT and Composite Clock CC outputs Composite Clock Input 23476674 000 0 This Input module measures the phase between a composite clock CC input signal and the system clocks Composite Clock Output 23477337 000 0 This Output module provides 20 balanced Composite Clock CC outputs G 703 10 Output 20 ou...

Page 305: ...l Clk 10978316 000 0 Blank filler panels are required in unused clock slots in a TSG 3800 series shelf Table A 2 TSG 3800E Components Description Part Number Function TSG 3800E Main Shelf MD 25478350 000 0 The TSG 3800E main shelf is an EMC hardened version of the TSG 3800 with the same functionality TSG 3800E Expansion Shelf Assembly A M as of 10 31 04 25478388 000 0 This shelf provides additiona...

Page 306: ...odule in this configuration the outputs of each module tie together forming 20 redundant pairs Blank Panel I O 10978369 000 0 Blank filler panels are required in all unused slots in a TSG 3800E series shelf Blank Panel Clk 10978371 001 0 Filler panel for unused Clock module slots BNC Wire Wrap Connector Adapter dual 12012421 000 0 This adapter may be used to connect signal and alarm coax cables to...

Page 307: ...0049 This adapter may be plugged directly into the TSG or Expansion shelf and has the 50 Wire Wrap posts mounted on the connector It is typically used with the TIM modules or when only a few TSG outputs are needed 25 Pair Shielded Cable with Male 50 pin connectors 551026 0030 This is a standard 25 pair shielded interconnect cable 1 meter long 25 Pair Shielded Cable with Male 50 pin connectors 5510...

Page 308: ... the list of users and a software reference guide that lists the commands necessary to manage the TSG 3800 In This Appendix Establishing Communications Overview of the TSG 3800 Security System Setting Up User Accounts Setting Communication Parameters Software Commands Provisioning Input Reference Signals Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 309: ...le Figure B 1 is a convenient port to perform these procedures The Comm B connector is on the rear panel of the TSG 3800 Table B 1 Required Equipment Item Item 1 A computer with a 3 5 in floppy disk drive 2 A terminal emulation program such as HyperTerminal or ProComm Plus that can write save data to a file 3 Straight through 9 to 25 pin RS 232 cable for a serial connection 4 The TSG 3800 Download...

Page 310: ...mm A on the CPU module or Comm B on the rear panel of the TSG 3800 4 Power up the computer and establish a connection from the computer to the TSG 3800 using terminal emulation software such as HyperTerminal or ProComm Plus Ensure the terminal emulation software is configured for VT 100 emulation 8 data bits no parity 1 stop bit and 9600 baud rate 5 Press Enter If the tsg command prompt and the na...

Page 311: ...ds and their level of security There are four user privilege levels Administrator or System Level 4 Supervisor Level 3 Technician Level 2 and User Level 1 The Administrator level allows the user to modify the user list and to execute all commands These include commands that affect system performance for instance clock operating mode The Supervisor level allows execution of all commands except for ...

Page 312: ...user The TSG 3800 prompts you for a password 4 Enter a password and press Enter The characters are echoed as The password you enter will be the log in password for the Administrator level user The TSG 3800 prompts you for an access level 5 Type 4 and press Enter This selects the Administrator access level The system prompt appears 6 Type bye and press Enter to log off the system Supervisor 3 Super...

Page 313: ...er 2 Enter the appropriate password and press Enter Logging Out The TSG 3800 software contains a time out parameter default of five minutes the unit automatically logs out the current user if you do not enter a command within the time out period To restart the time out period without entering a command press Enter If the unit logs you off you must log in again To disable the automatic logout featu...

Page 314: ...press Enter Refer to Overview of the TSG 3800 Security System on page 310 for more information 7 Type bye and press Enter to log off 8 Log back in using the new user s username and password to verify that the account exists 9 Type BYE and press Enter to log off the system Modifying a User s Data An Administrator level user can modify a user s password or access level All values default to the curr...

Page 315: ...Establishing Communications on page 308 The system prompt appears 2 Log in as an Administrator level user see Logging In on page 312 3 Type USER DELETE username then press Enter Setting Communication Parameters The TSG 3800 has two EIA 232 communication ports available COMM A is located on the CPU module COMM B is located on the rear panel An optional 10BaseT Ethernet port is also located on the r...

Page 316: ...rating modes ASCII the normal configuration interface Binary a proprietary binary interface designed for machine machine communications TL1 the telecom standard machine machine language Passthru allows the operator to communicate with another device connected to the EIA 232 port two sessions allowed through Ethernet For a telnet session up to four concurrent sessions are allowed through Ethernet y...

Page 317: ...ceived When handshaking is set to hardware the TSG 3800 sets the RTS line low if it is unable to accept any more input If the receiving equipment is unable to accept more input it sets the CTS line low When handshaking is on and CTS is low the TSG 3800 accepts input but does not act upon it When CTS goes high the TSG 3800 echoes back and executes any commands previously entered Note When a termina...

Page 318: ...ters appear twice half duplex operation set the echo to off To verify whether echoing is on or off use the SETUP command see Checking the Instrument Configuration on page 107 or type COMM A B ECHO then press Enter A typical response from the TSG is TSG COMM A ECHO COMM A Mode ASCII Time Out 300 Baud 9600 Hand Off Echo On EOL CRLF Operator Telnet A TSG To change the current setting COMM A B ECHO ON...

Page 319: ...hernet Parameters The TL1 operating mode allows two sessions on port 4000 Passthru mode allows one session on port 4200 A telnet session allows four sessions on port 23 Before starting these sessions you must have an Ethernet connection and set up the Internet Protocol settings IP address gateway address and the subnet mask through an EIA 232 port You must set up the network parameters before netw...

Page 320: ...t the date type DATE MM DD YY then press Enter All digits must be entered for a valid entry Displaying the Date To display the date type DATE then press Enter A typical response from the TSG is TSG DATE The Current Date is 20JUN2002 Day Of Year is 171 TSG Setting the Time To set the time type TIME HH MM SS then press Enter Type all digits for a valid entry Set time in 24 hour format Displaying the...

Page 321: ...907 1 888 367 7466 Toll free US only Email support symmetricom com Naming the TSG 3800 Target Identifier You can display assign or remove a name to the TSG 3800 The name is also used as the TL1 Target Identifier TID Once assigned the name appears in front of the prompt This is useful when monitoring more than one TSG 3800 To display the name type NAME then press Enter A typical response from the T...

Page 322: ...to access the software Perform the following steps to download TSG 3800 software 1 Point your web browser to Symmetricom s Home site at www symmetricom com 2 Click Online Support in the Support drop down list see Figure B 2 Figure B 2 Online Support 3 If you are not a registered user click Register now see Figure B 3 and follow the instructions on the screen If you are a registered user enter your...

Page 323: ...ure B 3 Support Login 4 Select Software Download from the Choose a category drop down list select a date category in the Show date added drop down list choose a search method enter a keyword such as TSG 3800 and click Search see Figure B 4 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 324: ...les 7 Refer to the Software Release Document extracted PDF document for software installation instructions Software Commands This section presents a description of commands available to control TSG 3800 operation Commands are entered locally through a terminal attached to one of the EIA 232 ports or remotely through a TCP IP Ethernet connection on the rear of the unit One port is at the rear of th...

Page 325: ...o erase an entire command line press ESC A fore slash at the start of the line repeats the last command entered Press Control C to stop the current output and empties the transmit buffer An illegal command or syntax error returns the following message XXX is not a valid command An illegal command option returns the following message Invalid parameter Message Displays Many of the command descriptio...

Page 326: ...display command specific help To access the help display type HELP then press Enter A typical display is Table B 3 Terminal Display Variables Variable Description date Current date1 Note 1 Display shows the default time and date if date and time have not been set time Current time2 2 Display shows the default time and date if date and time have not been set port COMA COMB Telnet optional Binary op...

Page 327: ...t Selecting Input Reference Selection Mode Assigning fault modes for violation of operating limits Setting the number of faulted time intervals necessary to cause an alarm Setting the number of time intervals without incident necessary to clear an alarm Setting two limits for MTIE Setting two limits for frequency offset On T1 or E1 X Port modules Set termination Set framing type Set zero suppressi...

Page 328: ...use the following syntax REF MODE PRI SSM BEST Automatic Reference Switching Controls Two commands affect automatic reference switching They are Input AS AutoSwitch and Input AR AutoReturn When Input AS is On the TSG 3800 automatically switches references upon failure of the current reference The default is On When Input AS is Off then the reference switching is done by manual command only The TSG...

Page 329: ...To disable automatic reference switching type INPUT AS OFF then press Enter The TSG 3800 responds with TSG INPUT AS OFF date time oper Set Input AutoSwitch Off TSG Automatic Return to a Higher Priority Reference To allow the TSG 3800 to return automatically to the highest valid priority reference 1 Type INPUT AS ON and press Enter to enable automatic switching 2 Type INPUT AR ON and press Enter to...

Page 330: ...press Enter The TSG 3800 responds with TSG REFERENCE The Current Reference is input TSG For more information refer to Reference Command on page 354 Manually Selecting the Reference To select a channel as the input reference 1 Ensure that Autoreturn is Off This prevents the TSG 3800 from automatically switching back to a higher priority input channel 2 Type INPUT AR then press Enter to check the au...

Page 331: ...lt you may Assign a fault mode Specify a timer limit for each fault The timer limit is the number of 1 second time intervals containing one or more errors within the last hour Specify the number of consecutive error free 1 second intervals required to clear the fault Reset the fault and clear counts Displaying Input Signal Fault Limits To display the Input Signal fault mode assignment error count ...

Page 332: ... to Alarm Command INPUT INP4 1 AIS ALARM Display TSG INPUT INP4 1 AIS ALARM date time oper set AIS Alarm mode to Alarm was Report for input TSG Setting the Error Limit The TSG 3800 counts the number of 1 second intervals that contain one or more episodes Each input fault has a separate timer When this timer exceeds the error limit the TSG 3800 will respond according to the user specified fault mod...

Page 333: ...nds For OOF BPV and CRC the clear limit can be set from 1 to 43200 seconds Changing this limit affects all input references To change the clear limit type INPUT input LOS CRC AIS BPV OOF CLEAR threshold then press Enter where input is described in Table B 3 threshold is a number from 1 to 43 200 Example Purpose Change the OOF clear limit from 2 to 10 Command INPUT 1 1 OOF CLEAR 10 Display TSG INPU...

Page 334: ...nological To view the most recent phase measurements for all inputs type PHASE then press Enter A typical response from the TSG 3800 is PHASE The Current Time is 20JUN2004 08 32 01 122 To display the last n phase readings on a specified input type PHASE input T1 T100 n then press Enter where input is described in Table B 3 default is the selected reference T1 is 1 s averages default T100 is 100 s ...

Page 335: ...econds second When an input exceeds a specified threshold the TSG 3800 enters the user specified fault mode You can specify two fault threshold limits designated as L1 and L2 and fault modes Fail Alarm Report and Ignore for MTIE and frequency offsets This allows one threshold to serve as an early warning of failure The fault thresholds and limits chosen apply to the selected input For Frequency an...

Page 336: ...000 T10000 n then press Enter where input is described in Table B 3 default is all inputs T100 T1000 and T10000 is the time scale in seconds default is T100 n is the number of measurements to display from 1 to 50 default is 1 Example Purpose Display the last two 100 second MTIE measurements for the INP3 1 channel Command MTIE 3 1 T100 2 Display TSG MTIE 3 1 T100 2 date time The MTIE Data 100 sec f...

Page 337: ...re input is described in Table B 3 default is all inputs Example Purpose Set the MTIE limit 1 to REPORT fault mode Command MTIE 1 1 MODE L1 REPORT Display TSG MTIE 1 1 MODE L1 REPORT date time oper Set Inp1 1 MTIE Alarm Mode l to Report was Alarm TSG Displaying MTIE Limits To display the current MTIE fault limits type MTIE input T100 T1000 T10000 LIMIT then press Enter where input is described in ...

Page 338: ... Frequency Measurements To display the most recent 100 s 1 000 s and 10 000 s interval frequency measurement for each input type FREQUENCY then press Enter A typical response from the TSG 3800 is TSG FREQUENCY date time The Freq Data 100 sec for Inp1 1 was 70 date time The Freq Data 100 sec for Inp2 1 was 0 date time The Freq Data 100 sec for Inp3 1 was 0 TSG To display n frequency measurements fo...

Page 339: ...ponse from the TSG 3800 is TSG FREQUENCY 3 1 MODE The Freq Limit 1 Alarm Mode for Inp3 1 is Alarm The Freq Limit 2 Alarm Mode for Inp3 1 is Ignore TSG Displaying Frequency Limits To display the current frequency fault limits type FREQUENCY input LIMIT then press Enter where input is described in Table B 3 default is all inputs A typical response from the TSG 3800 is TSG FREQUENCY LIMIT The Freq T1...

Page 340: ... 700 date time oper Set input Freq 10 000 secs Limit 2 to 700 was 248 TSG Preventing Faults in MTIE and FREQ Data In some situations bad references can accumulate large frequency and MTIE offsets Even after correcting the problem the accumulated phase frequency offset data is maintained This can cause the reference to fail the next interval s measurement which can be up to be three hours later To ...

Page 341: ...lts for input TSG To prevent previous frequency data from affecting current measurements type FREQUENCY input INHIBIT then press Enter where input is described in Table B 3 default is all inputs Example Purpose Prevent previous frequency data for the secondary input from causing a frequency fault at the end of the measurement cycle Command FREQUENCY INP2 1 INHIBIT Display TSG FREQUENCY INP2 1 INHI...

Page 342: ...f the audio alarm and the alarm indicators on the front panel of the modules Bye Command Use this command to log the current user off the TSG 3800 Level 0 Not applicable Level 1 ALARM Level 2 ALARM CLEAR CRITICAL MAJOR MINOR AUDIO ALL Level 3 Same as Level 2 operation Level 4 Same as Level 2 operation Remarks None Related Restrictions None Level 0 Not applicable Level 1 BYE Level 2 Same as Level 1...

Page 343: ... OFF ON CLK A B MODE WARMUP ACQUIRE LOCKED HOLDOVER CLK A B CV T1 T100 1 100 1 1000 CLK A B TC number MIN MAX where AR sets the AutoReturn mode on the selected clock to On or Off Mode selects the operating mode Warmup The Clock module is not yet stable Acquire The Clock module is syncing with the Input reference signal Locked The Clock module is locked to the Input reference signal Holdover Input ...

Page 344: ...0 1 6 x 10E 5 Level 0 Not applicable Level 1 COMM A B BAUD ECHO EOL HAND MODE TIMEOUT Displays the values for each parameter Level 2 COMM A B BAUD 300 1200 2400 4800 9600 19200 COMM A B ECHO OFF ON COMM A B EOL LF CR CRLF COMM A B HANDSHAKE OFF HARDWARE SOFTWARE COMM A B TELNET BINARY TIMEOUT 5 43200 All values set at this level revert to default stored values at logoff where Baud is the baud rate...

Page 345: ...u Commands received on the specified port are passed through a device connected to the other port Reset restores the default settings to all parameters Level 4 Same as Level 3 operation Remarks None Related Restrictions None Level 0 Not applicable Level 1 CONFIG NONE start input stop input where input is described in Table B 3 default is all inputs where None displays only Clock and Frame Generato...

Page 346: ...ys or disables logging of the specified event type Logoff disables automatic logoff on the port Level 2 DISABLE PASSTHRU where Passthru disables the passthru port Level 3 DISABLE CLK FG A B DISABLE EVENT A B MESSAGE INPUT EQUIPMENT ALL where CLK disables the selected Clock module FG disables the selected Frame Generator module Event disables the specified automatic event logs PORT event logs from ...

Page 347: ...T A B MESSAGE INPUT EQUIPMENT ALL where CLK restarts the selected Clock module which enters the Acquire mode all error flags are cleared FG restarts the selected Frame Generator module all error flags are cleared Event enables the specified automatic event logs PORT event logs from the specified port are enabled MESSAGE message logs are enabled INPUT input logs are enabled EQUIPMENT equipment logs...

Page 348: ...s the first message number number is the number of messages to display in chronological order startdate stopdate is entered as mm dd yyyy starttime stoptime is entered as hh mm Level 2 Same as Level 1 operation Level 3 EVENT TYPE start number number of events EVENT TYPE startdate starttime stopdate stoptime EVENT CLEAR where Clear deletes every entry in the event list Level 4 Same as Level 3 opera...

Page 349: ...ns None Level 0 Not applicable Level 1 FREQ input FREQ input LIMIT FREQ input MODE where Freq displays the frequency data for the selected input Limit displays the alarm limits L1 and L2 for the selected input Mode displays the alarm modes L1 and L2 for the selected input Level 2 Same as Level 1 operation adding FREQ input INHIBIT where Inhibit disables frequency alarms for the selected input Leve...

Page 350: ...tions None Level 0 Level 1 HELP HELP command Displays a short overview of syntax options for each command Level 2 Same as Level 1 operation Level 3 Same as Level 1 operation Level 4 Same as Level 1 operation Remarks None Related Restrictions None Level 0 Not applicable Level 1 ID input Level 2 Same as Level 1 operation Level 3 Same as Level 1 operation Level 4 Same as Level 1 operation Remarks Non...

Page 351: ...elected channel T1 E1 displays provisioned data for the selected channel Mode displays the alarm mode for the selected channel Priority displays the provisioned priority level for the selected channel AR AS displays the Autoreturn Autoswitch status for the selected channel Level 2 Same as Level 1 operation Level 3 INPUT input ALL AIS BPV CRC LOS OOF MODE IGNORE REPORT ALARM FAIL INPUT input ALL AI...

Page 352: ...e TSG 3800 The message can be up to 50 characters long Level 0 Not applicable Level 1 IP Level 2 Same as level 1 operation Level 3 Same as level 1 operation Level 4 IP ADDR MASK GATEWAY ip address Remarks None Related Restrictions None Level 0 Not applicable Level 1 Same as level 0 operation Level 2 Same as level 0 operation Level 3 Same as level 0 operation Level 4 MSG message string Remarks None...

Page 353: ...the format mm dd yyyy starttime stoptime is in the format hh mm Current displays the current calculation number displays 1 to 50 default 1 MTIE calculations Mode displays the alarm mode for the selected channel Level 2 MTIE INHIBIT where Inhibit disables MTIE alarms Level 3 MTIE input T100 T1000 T10000 LIMIT L1 1 100000 L2 1 100000 MTIE input MODE L1 alarm mode L2 alarm mode where Limit displays s...

Page 354: ...evel 3 Not applicable Level 4 NETWORK Remarks None Related Restrictions None Level 0 Not applicable Level 1 PHASE TS input T1 T100 1 100 1 1000 where TS displays the requested data from the selected input with a date and time stamp for each phase sample T1 T100 length in seconds of phase measurement default T1 1 100 number of T1 phase measurements to display default 1 1 1000 number 0f T100 phase m...

Page 355: ... target timeout 2 30 s Level 2 Same as Level 1 operation Level 3 Same as Level 1 operation Level 4 Same as Level 1 operation Remarks None Related Restrictions None Level 0 Not applicable Level 1 REF LASTSWITCH MODE where Lastswitch displays the time of the last reference switch the previous and the current reference port Mode displays the current reference selection mode priority best or SSM Level...

Page 356: ...SG 3800 status The response includes status of the following modules Selected Input channels Communications Clock s Frame Generator s Level 0 Not applicable Level 1 Not applicable Level 2 Not applicable Level 3 RESTART 5 600 Level 4 Same as Level 3 operation Remarks None Related Restrictions None Level 0 Not applicable Level 1 SETUP start input stop input NONE Level 2 Same as Level 1 operation Lev...

Page 357: ... 1 operation Level 3 Same as Level 1 operation Level 4 Same as Level 1 operation Remarks None Related Restrictions None Level 0 Not applicable Level 1 TDEV input starttime stoptime elapsed hours TDEV input startdate starttime stopdate stoptime where starttime days hours default 24 hours before current time stoptime days hours default current time elapsed hours startdate stopdate Level 2 Same as Le...

Page 358: ...MODIFY username Allows the current user to modify the current password Level 2 Same as level 1 operation Level 3 Same as level 1 operation Level 4 USER USER INITUSERTABLE USER ADD MODIFY username USER DELETE username USER LOGOFF username where Initusertable removes all users from the user table in the TSG 3800 Add adds a new user to the user table you must specify a password can be empty for the n...

Page 359: ...o the appropriate alarm level Events do not have a corresponding alarm level or are no alarm This is only relevant when using TL1 Events may be further classified by a condition code The condition code is used in TL1 to qualify the event The condition code attempts to give some indication as to the cause of the event For example PHA condition code indicates that the event was created because of th...

Page 360: ... 4 Message Minor Removed Module Removed Occurs when an module is removed from the system It will also occur if power is lost on the module 5 Message Event Oper User Set Priority Signals that the operator has set the provisioned input priority for the given port 6 Message Event Oper User Set SSM Alarm Mode Signals that the operator has set the provisioned input priority alarm mode for the given por...

Page 361: ...e Event Msg Chosen CPU Internal Clock This event signals that the CPU has determined that none of the Clock modules are able to be the master so it is switching to the CPU s internal clock 17 Message Event LOS Began LOS This event signals that the given Input module has detected an LOS loss of signal 18 Message Event BPV Began BPV This event signals that the given Input module has detected a BPV b...

Page 362: ...r has incremented past the error limit NOTE This event only occurs when the alarm mode is REPORT or ALARM 29 Input Event OOF Input Restored From OOF Fault This event signals that the given Input module is not indicating OOF and the clear counter has incremented past the clear limit 30 Input Event AIS Input Restored From AIS Fault This event signals that the given Input module is not indicating AIS...

Page 363: ...st one of the Clock modules are suitable for use as a master clock 44 Equipment Major Alarm Distribution Output Fault This event occurs when the output modules signal the CPU that they are no longer able to produce a suitable output Typically means that one or more of the output signals has a problem 45 Equipment Event Alarm Distribution Output Fault Cleared This event signals that the output modu...

Page 364: ...t Event Restored System Bus Restored This event signals that the CPU has regained use of the bus and is reading valid data from the modules 57 Equipment Minor Intifcfail One PPS Failed This event signals that the CPU has failed the 1 PPS signal from a Clock module This typically occurs when the 1 PPS signal is off frequency or is not at the proper level 58 Equipment Event Restored One PPS Restored...

Page 365: ...rs when the given inputs frequency has exceeded limit 1 71 Input Minor Freq Frequency Limit 2 Exceeded This event occurs when the given inputs frequency has exceeded limit 2 72 Input Event Freq Frequency Limit 1 Cleared This event signals that the frequency for the given input is less than the limit 1 73 Input Event Freq Frequency Limit 2 Cleared This event signals that the frequency for the given...

Page 366: ...essage Event Oper Operator Logged Out This event signals that the operator has logged out 85 Message Event Oper Operator Failed Login This event signals that the operator has attempted to login three time and failed each attempt because of incorrect username 86 Message Event Oper Automatically Logged Operator Out This event signals that the unit has automatically logged the operator off because th...

Page 367: ...lt mode for the external reference module 3860 only 98 Message Event Oper User Failed Login This event signals that the operator has failed to login properly after 3 attempts 99 Message Event Oper User Set Sync Status Message This event signals that the operator has set the provisioned input SSM for the given port 100 Message Event Oper User Set Input Port Configuration This event signals that the...

Page 368: ...its bus test 111 Equipment Event Restored Module Bus Restored This event occurs when a module recovers from failing its bus test 112 Equipment Event Intifcfail Not Enough Memory This event occurs when the CPU can not allocate enough memory for a given task 113 Message Event Msg Binary Server Session Failed This event occurs when a binary session fails and disconnects 114 Equipment Event Msg Binary...

Page 369: ...ter than or equal to the provisioned SSM and SSM alarm mode is set to report or alarm 126 Input Minor SQL Input Sync Quality Level Fault This event occurs when the received SSM is lower Sync Quality Level than provisioned SSM and SSM alarm mode is set to fail 127 Input Event SQL Input Sync Quality Level Fault Cleared This event occurs when the received SSM has returned to better than or equal to t...

Page 370: ...t Event Msg Lost Clock Reference Signal This event signals that the Input module has lost the reference signal from the specified Clock module It may signify an error on either module 141 Input Event Msg Clock Reference Signal Restored This event signals that the Input module has regained the reference signal from the specified Clock module 142 Input Event Msg Input Signal Fault Cleared This event...

Page 371: ...sg Input module has received an Unrecognized SSM This events indicates that an input has received a SSM that is not defined in the units SSM SQL table 150 Input Minor Clear LMHO Input Failed due to LMHO against Clock A This events indicates that an input is unable to make stable phase measurements on a input signal versus clock A 151 Input Minor Clear LMHO Input Cleared LMHO against Clock A This e...

Page 372: ...2778474 002 2 Revision F March 2004 TSG 3800 User s Guide 371 System Administrator s Reference System Messages Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 373: ...ystem Administrator s Reference System Messages 372 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 374: ...1 commands implemented in the TSG 3800 In This Appendix Connecting to the TL1 Port Input Command Message Structure Response Message Structure Autonomous Reports Set Commands Retrieve Commands Other Commands TL1 Event Messages Note Bellcore or Bell Communications Research is now Telcordia Technologies Inc The reference documents described in this section were originally published by Bellcore but ar...

Page 375: ...he TSG 3800 in TL1 mode log in using the ACT USER command as described in Activate User on page 413 The automatic time out function is disabled in the TL1 mode To log off without closing the connection use the CANC USER command described in Cancel User on page 413 Input Command Message Structure The TL1 input command message structure is as follows cmd tid aid ctag gb pl The colon must be included...

Page 376: ...and command completed response the format of the response is M CTAG COMPLD An example of an optional text block response is blank line TSG 02 09 09 15 03 48 M 1032 COMPLD A 00 00 00 00 00 AID access identifier SxAy z where x is the shelf y is the slot and z is the port ALL which includes all relevant modules and ports CLK w where w is A or B SxBUF w where x is the shelf and w is A or B You can spe...

Page 377: ...rs an alarm The message appears on the Comm port configured for TL1 The response message line has the following format cr lf lf aid ntfcncde condtype srveff ocrdat octrm condscr cr lf The alarm status report has the following format cr lf lf aid ntfcncde condtype condscr cr lf sid ocrdat ocrtim cr lf almcde atag REPT mod1 mod2 cr lf where ntfcncde is a two letter code as described in Table C 2 Tab...

Page 378: ...nal faults MTIE TDEV FREQ PHA REF Input signal limits INTIFCFAIL Equipment faults For the SBC firmware build INTIFCFAIL CLK FG T1 OTP OPER MSG Operator responses ADDED RESTORED REMOVED Module operations ALARM PWR BUS CPU Alarm operation NA Non alarm event Table C 4 Condition Descriptors Condition Descriptor Text Description srveff SA NSA Service Affecting or Not Service Affecting montype PHA FREQ ...

Page 379: ... is either ALRM or EVNT mod2 is INP T1 for the SBC software for input signal faults OPT for output signal faults or EQPT for other faults Set Commands Each Set command you submit causes the TSG 3800 to respond with the Complied message Valid tid code the assigned tid see SET TID the default TID is TSG or null If null the TSG 3800 requires the aid Valid aid code Null no characters If null the TSG 3...

Page 380: ... disables the need to use a valid user name and password to log in to a TL1 connection When the TSG 3800 successfully receives the command and if the aid is valid it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax SET CLK tid aid ctag Valid aid CLK A CLK B Minimum User Level Example Command SET CLK TSG CLK A Example Re...

Page 381: ...ent command sets the event reporting mode When the TSG 3800 successfully receives the command it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Minimum User Level 2 Example Command SET DIS TSG CLKA ctag Example Response TSG 02 05 16 15 02 19 M 11 COMPLD Related Command SET EN Command Syntax SET ENA tid aid ctag Valid aid CLKx FGx IN...

Page 382: ...e COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Example Command SET EVNT TSG ALL ctag Example Response TSG 02 05 16 14 36 46 M 14 COMPLD Command Syntax SET NAME tid ctag name Valid aid none name up to 10 characters or null Minimum User Level 3 Example Command SET NAME TSG ctag TSG3800 Example Response TSG3800 02 05 16 14 45 49 M 15 COMPLD Comm...

Page 383: ... command turns the input reference AutoReturn revertive parameter on or off If the TSG 3800 successfully receives the command it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax SET PHASE ZERO tid aid ctag clksrc Valid aid none or INPx y clksrc CLKA or CLKB Minimum User Level Example Command SET PHASE ZERO TSG3800 INP4 ...

Page 384: ... TSG 3800 successfully receives the command and the aid is valid it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax SET PRMTR AS tid ctag mode Valid aid none required mode On or Off Minimum User Level 2 Example Command SET PRMTR AS TSG3800 ctag ON Example Response TSG3800 02 09 11 09 45 45 M 623 COMPLD Command Syntax S...

Page 385: ... in the SSM appears on the outputs The delay can be from 1 to 30 seconds When the TSG 3800 successfully receives the command and the aid is valid it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax SET PRMTR CLK tid aid ctag mode tau ar cv Valid aid CLKA CLKB mode Warm Hold Acq Lock null tau Min Max number or null AR On...

Page 386: ...ns the selected T1 E1 Input module Use aid ALL or null to specify all inputs When the TSG 3800 successfully receives the command and the aid is valid it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax SET PRMTR FREQ tid aid ctag lim1 mod1 lim2 mod2 tmper Valid aid INP INPx INPx y ALL null lim1 lim2 number mod1 mod2 Fai...

Page 387: ...ions the specified input port at the selected priority level Use aid ALL to specify all inputs When the TSG 3800 successfully receives the command and the aid is valid it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Example Command SET PRMTR INPT TSG3800 INP3 3 ctag D4 On On 2 048 75 Example Response TSG3800 02 09 11 09 49 29 M 63...

Page 388: ...oned level Use aid ALL or null to specify all inputs When the TSG 3800 successfully receives the command and if the aid is valid it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Minimum User Level 2 Example Command SET PRMTR PRI TSG3800 INP1 ctag 1 Example Response TSG3800 02 09 11 09 56 42 M 657 COMPLD Command Syntax SET PRMTR REF...

Page 389: ...LD message If the TSG 3800 does not successfully receive the command it returns the DENY message Example Command SET PRMTR REF TSG3800 ctag BEST Example Response TSG3800 02 09 11 09 57 12 M 658 COMPLD Command Syntax SET USER tid ctag mode username password level Valid aid none mode Add Del Init username up to 20 characters required for Add Del password up to 20 characters required for Add level 0 ...

Page 390: ...alarms from the TSG 3800 or from the selected module The text_block contains the highest severity alarm level of all alarms in the list and contains the most recent alarms If the TSG 3800 successfully receives the command it returns the COMPLD message If it does not successfully receive the command it returns the DENY message Command Syntax RTRV ALMS tid aid ctag Response Format aid ntfcncde condt...

Page 391: ...800 or of the selected module or input If the TSG 3800 successfully receives the command it returns the COMPLD message If the TSG0 3800 does not successfully receive the command it returns the DENY message Command Syntax RTRV ALMS tid aid ctag Response Format aid ntfcncde condtype srveff condscr Valid aid CPU INPx y CLKA CLKB FGA FGB Minimum User Level 1 Example Command RTRV ALMS TSG CLKA ctag Exa...

Page 392: ...ts configuration inventory management information for the specified module Minimum User Level 2 Example Command RTRV COND EQPT TSG ALL Example Response TSG 10 05 15 13 17 40 M 1 COMPLD CPU Run OK ClkA Lock OK ClkB Lock Ref FGA Auto OK FGB Auto Ref Command Syntax RTRV COND INP tid aid ctag Response Format aid mode status cr lf where Mode is Ref OK Mon Dis and Status is OK Alrm Fail Valid aid INP IN...

Page 393: ...RC CLK2 ZS CLK2 SSM cr lf where module type is T1 E1 SSM T1 E1 T1 E1 If type is T1 or E1 then Config Not Available is displayed If type is T1 E1 SSM or T1 E1 then the following is displayed CLK 1 2 Frame Type is T1 E1 CC 1 544 8K CLK 1 2 Signal Type is D4 ESF CAS CCS 50 50 63 37 CLK 1 2 CRC is On Off CLK 1 2 ZS is HDB3 AMI CLK 1 2 SSM is On Off Input module aid module type frame type signal freque...

Page 394: ...SG 3800 does not successfully receive the command it returns the DENY message Minimum User Level 2 Example Command RTRV CONF TSG CLKA ctag Example Response TSG 02 09 10 19 00 19 M 1 COMPLD CLKA ST2RUB Config Not Available cr lf Command Syntax RTRV DATA AIS tid aid ctag RTRV DATA BPV tid aid ctag RTRV DATA CRC tid aid ctag RTRV DATA LOS tid aid ctag RTRV DATA OOF tid aid ctag Valid aid INP INPx INP...

Page 395: ...n nanoseconds If you specify more than one input aid All or null the data for each input port is on a separate line If the TSG 3800 successfully receives the command it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Response Format cr lf lf M ctag COMPLD cr lf aid cv1 cv100 tau cr lf Example Command RTRV DATA CLK TSG CLKA ctag Examp...

Page 396: ...ied inputs This value comes from the SSM if available if not then it comes from the provisioned value See Set SQL on page 387 for information on the SQL definitions If you specify more than one input aid All or null the data for each input port is on a separate line Minimum User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid MTIE m100 m1000 m10000 cr lf Example Command RTRV DATA MTIE TSG...

Page 397: ...essfully receive the command it returns the DENY message Command Syntax RTRV DATA SQL tid aid ctag Valid aid INP INPx INPx y ALL null Minimum User Level 2 Response Format cr lf lf M ctag COMPLD cr lf aid level cr lf Example Command RTRV DATA SQL TSG ALL ctag Example Response TSG 02 09 10 19 00 19 M 13 COMPLD INP1 ST2 INP2 STU INP3 1 ST1 INP3 2 ST1 INP3 3 ST1 Command Syntax RTRV DOY tid ctag Valid ...

Page 398: ...essfully receive the command it returns the DENY message Command Syntax RTRV EVNT MSG tid aid ctag start stop RTRV EVNT EQPT tid aid ctag start stop RTRV EVNT INP tid aid ctag start stop RTRV EVNT ALL tid aid ctag start stop Valid aid INP INPx INPx y CLK CLKA CLKB FG FGA FGB OTP CPU ALL null Minimum User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid ntfcncde condtype srveff ocrdat ocr t...

Page 399: ... element type message If the unit successfully receives the command it returns the COMPLD message If the unit does not successfully receive the command it returns the DENY message Command Syntax RTRV HDR tid ctag Valid aid none Minimum User Level 0 Response Format cr lf lf M ctag COMPLD cr lf Example Command RTRV DOY TSG ctag Example Response TSG 02 09 10 19 00 19 M 13 COMPLD Command Syntax RTRV N...

Page 400: ... Format cr lf lf M ctag COMPLD cr lf aid ocrdat ocrtim MTIE cr lf tmper monval cr lf tmper monval where ocrdat and ocrtime are the actual date and time the data were collected MTIE describes the data that follows tmper is the data measurement time period in seconds Maximum values are 0 05 0 1 1 0 10 0 100 0 1000 0 and 10000 0 Only values available in the interval between the start and stop time ar...

Page 401: ...m User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid ocrdat ocrtim MTIE tmper monval cr lf aid ocrdat ocrtim MTIE tmper monval cr lf where ocrdat and ocrtime are the actual date and time the data were collected MTIE describes the data that follows tmper is the data measurement time period in seconds Maximum values are 0 05 0 1 1 0 10 0 100 0 1000 0 and 10000 0 Only values available in t...

Page 402: ...M ctag COMPLD cr lf aid ocrdat ocrtim TDEV cr lf tmper monval cr lf tmper monval where ocrdat and ocrtime are the actual date and time the data were collected TDEV describes the data that follows tmper is the data measurement time period in seconds Maximum values are 0 05 0 1 0 25 0 5 1 0 2 0 4 0 8 0 16 0 32 0 64 0 128 0 256 0 512 0 1024 0 Only values available in the interval between the start an...

Page 403: ...um User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid ocrdat ocrtim TDEV tmper monval cr lf aid ocrdat ocrtim TDEV tmper monval cr lf where ocrdat and ocrtime are the actual date and time the data were collected TDEV describes the data that follows tmper is the data measurement time period in seconds Maximum values are 0 05 0 1 1 0 10 0 100 0 1000 0 and 10000 0 Only values available in ...

Page 404: ...HA tid aid ctag tmper points where tmper is 1 or 100 points is 1 100 for tmper 1 and 1 1000 for tmper 100 Default is 1 Valid aid INPx y Minimum User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid ocrdat ocrtim PHA tmper monval1 monval2 cr lf where ocrdat and ocrtime are the actual date and time the data were collected PHA describes the data that follows tmper is the data measurement time...

Page 405: ...e DENY message Command Syntax RTRV PM FREQ tid aid ctag tmper points where tmper is 1 100 or 1000 points is 1 50 Default is 1 Valid aid INPx y Minimum User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid ocrdat ocrtim FREQ tmper monval cr lf where ocrdat and ocrtime are the actual date and time the data were collected FREQ describes the data that follows tmper is the data measurement time...

Page 406: ...sage Command Syntax RTRV PM MTIE tid aid ctag tmper point s where tmper is 100 1000 or 10000 points is 1 50 Default is 1 Valid aid INPx y Minimum User Level 1 Response Format cr lf lf M ctag COMPLD cr lf aid ocrdat ocrtim MTIE tmper monval cr lf where ocrdat and ocrtime are the actual date and time the data were collected MTIE describes the data that follows tmper is the data measurement time peri...

Page 407: ... it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax RTRV PRMTR AIS tid aid ctag RTRV PRMTR BPV tid aid ctag RTRV PRMTR CRC tid aid ctag RTRV PRMTR LOS tid aid ctag RTRV PRMTR OOF tid aid ctag Valid aid INP INPx INPx y ALL null Minimum User Level 2 Response Format cr lf lf M ctag COMPLD cr lf aid prmtr ercnt clcnt mode ...

Page 408: ... final time constant value in seconds ar indicates whether AutoReturn is on or off sel is sel for the selected clock clktype is ST2Rub ST2DDS ST2 ST2 1 ST2 1DDS ST3EDDS Ext Ref Example Command RTRV PRMTR CLK TSG CLKB ctag Example Response TSG 02 09 10 19 00 19 M 13 COMPLD TSG Lock 0 Off Sel ST2Rub Command Syntax RTRV PRMTR DELAY tid ctag Valid aid none Minimum User Level 2 Response Format cr lf lf...

Page 409: ...time period 100 1000 and 10000 seconds are reported on three separate lines for each input port If the TSG 3800 successfully receives the command it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax RTRV PRMTR FREQ tid aid ctag Valid aid INP INPx INPx y ALL null Minimum User Level 2 Response Format cr lf lf M ctag COMPLD...

Page 410: ...r lf where lim1 and lim2 are the threshold values mod1 and mod2 are the alarm mode settings Fail Alarm Rept Ignr tmper is 100 1000 10000 Example Command RTRV PRMTR MTIE TSG ctag Example Response TSG 02 09 10 19 00 19 M 13 COMPLD TSG Command Syntax RTRV PRMTR PRI tid aid ctag Valid aid INP INPx INPx y ALL null Minimum User Level 2 Response Format cr lf lf M ctag COMPLD cr lf aid level cr lf where l...

Page 411: ...specified input port If the TSG 3800 successfully receives the command it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax RTRV PRMTR REF tid ctag Valid aid none Minimum User Level 2 Response Format cr lf lf M ctag COMPLD cr lf aid mode as ar cr lf where mode is PRI SSM Best as and ar indicate if AutoSwitch and AutoRetu...

Page 412: ...s Auto or Provisioned bit is the location of the bit 4 8 in Time Slot 0 word that contains the E1 sync status message Example Command RTRV PRMTR REF TSG ctag Example Response TSG 02 09 10 19 00 19 M 13 COMPLD INP2 PRI On Off Command Syntax RTRV USER tid ctag Valid aid none Minimum User Level 3 Response Format cr lf lf M ctag COMPLD cr lf user name access level cr lf where user name is a 10 charact...

Page 413: ...mmand it returns the COMPLD message If the TSG 3800 does not successfully receive the command it returns the DENY message Command Syntax RTRV VER tid ctag Valid aid none Minimum User Level 0 Response Format cr lf lf M ctag COMPLD cr lf firmware version bootcode version cr lf Example Command RTRV VER TSG ctag Example Response TSG 02 09 10 19 00 19 M 13 COMPLD Artisan Technology Group Quality Instru...

Page 414: ...he Activate User command logs in the user with the specified username and password Cancel User The Cancel User command logs off the current user and returns the TSG 3800 to security level 0 port to ASCII mode or disconnects an Ethernet session to end TL1 communication Command Syntax ACT USER tid uid ctag pwd Valid aid none Minimum User Level 0 Response Format tsg Example Command ACT USER CRAFT cta...

Page 415: ...vent 1 Equipment Minor Minor Initfcfail 001 LOCAL_1PPS_FAILED 2 2 Event Minor Cleared Initfcfail 002 LOCAL_1PPS_RESTORED 1 3 Message Minor Cleared Removed 003 MODULE_ADDED 4 4 Message Minor Minor Removed 004 MODULE_REMOVED 3 5 Message Event Event Oper 005 USER_SETPRIORITY priority d comport d username s None 6 Message Event Event Oper 006 ISER_SET_SSM_ALARM mode s comport d username s None 7 Messa...

Page 416: ...T_CLEARED 26 33 Equipment Major Cleared Initfcfail 033 MODULE_RESTORED 34 34 Equipment Major Major Initfcfail 034 MODULE_FAILED failed code x 33 35 Message Event Event Ref 035 REF_SELECTED None 37 Equipment Minor Cleared Alarm 037 MINOR_ALARM_CLEARED 36 39 Equipment Major Cleared Alarm 039 MAJOR_ALARM_CLEARED 38 40 Input Major Major Ref 040 NO_VALID_REF_FOUND 41 41 Input Major Cleared Ref 041 VALI...

Page 417: ...7 Equipment Minor Minor Intifcfail 057 ONE_PPS_FAILED 58 58 Equipment Minor Cleared Intifcfail 058 ONE_PPS_RESTORED 59 59 Message Event Event Oper 059 USER_SET_CLK_TIME_CON STANT tc d comport d username s None 60 Message Event Event Oper 060 MODULE_DISABLED comport d username s 61 61 Message Event Cleared Oper 061 MODULE_ENABLED comport d username s 60 62 Input Minor Minor MTIE 062 MTIE_LIMIT1_EXC...

Page 418: ...le d 71 74 Message Event Event Oper 074 USER_SET_FREQ_LIMIT1 time scale d limit d comport d username s None 75 Message Event Event Oper 075 USER_SET_FREQ_LIMIT2 time scale d limit d comport d username s None 76 Message Event Event Oper 076 USER_SET_FREQ_MODE1 mode s comport d username s None 77 Message Event Event Oper 077 USER_SET_FREQ_MODE2 mode s comport d username s None 78 Message Minor Minor...

Page 419: ...92 PLL_FLT 91 93 Input Minor Minor Msg 093 INP_SIGNAL_INVALID AIS BPV LOS OOF CRC 142 94 Message Event Event Oper 094 USER_SAVED_CONFIG comport username s None 95 Equipment Major Major Alarm 095 CLK_MODULE_FAILED 96 96 Equipment Major Cleared Alarm 096 CLK_MODULE RESTORED 95 97 Message Event Event Oper 097 USER_SET_ERF None 98 Message Event Event Oper 098 FAILED_LOGIN comport d username s None 99 ...

Page 420: ... Event Msg 113 BINARY_SESS_FAILED None 114 Equipment Event Event Msg 114 BINARY_SERVER_FAILED None 115 Equipment Major Major Alarm 115 CLK_STABILITY_FAILED 116 116 Equipment Major Cleared Alarm 116 CLK_STABILITY_RESTORED 115 117 Message Event Event CRC 117 BEGAN_CRC 118 118 Message Event Cleared CRC 118 ENDED_CRC 117 119 Input Minor Minor CRC 119 CRC_FLT 120 120 Input Minor Cleared CRC 120 CRC_FLT...

Page 421: ... Alarm 136 CRITICAL_ALARM_CLEARED 135 137 Message Event Event Oper 137 USER_SET_CLK_AUTORETURN ON OFF comport d username s None 138 Message Event Event Oper 138 USER_SET_INP_SSM_BIT ssm bit 4 8 d comport d username s None 139 Input Minor Cleared SQL 139 INP_SQL_BETTER ref sync quality level s clk sync quality level s 140 Input Event Event Msg 140 BEGAN_LOC 141 141 Input Event Cleared Msg 141 ENDED...

Page 422: ...put Minor Minor LMHO 150 INP_FAILED_LMHO CLKA 151 151 Input Minor Cleared LMHO 151 INP_CLEARED_LMHO CLKA 150 152 Input Minor Minor LMHO 152 INP_FAILED_LMHO CLKB 153 153 Input Minor Cleared LMHO 153 INP_CLEARED_LMHO CLKB 152 154 Input Minor Minor Alarm 154 INP_PORT_FAIL 155 155 Input Minor Cleared Alarm 155 INP_PORT_CLEARED 154 Table C 6 TL1 Event Listing Continued Event No Type Condscr Related Eve...

Page 423: ...TL1 Reference TL1 Event Messages 422 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 424: ... data 105 retrieving parameters 406 system 118 AMI 10 Output module 214 221 AMI 20 Output module 206 213 AMI formatting G 703 6 Input module 147 AMI Output module troubleshooting 127 Analog Output module 230 235 output signal connections 234 ASCII mode serial port 315 automatic logout 82 343 automatic operation 80 autonomous reports 376 AutoReturn mode described 87 setting 327 384 syntax 382 AutoS...

Page 425: ...helf 69 power main shelf 57 control value setting 384 Correlation tag 375 CPU module 170 177 indicator 116 overview 33 34 retrieving version 412 troubleshooting 122 CRC detecting 330 setting the clear limit 332 setting the error limit 331 CRC checking G 703 6 input module 148 CTS RTS handshake 316 D D4 ESF 10 Output module 222 229 date retrieving day of year 396 Date command 345 date setting 81 31...

Page 426: ...Exit command 414 expansion shelf alarms 72 cabling 69 installing 66 73 output capacity 64 power monitor module 64 terminating the bus 71 Expansion shelf 19 inch EMC 45 Expansion shelf 19 inch description 39 Expansion shelf 23 inch description 42 F fault limits input signals 330 faults assigning mode 331 input signal 83 330 filler panels blank 305 forcing a Clock module out of holdover 120 Frame Ge...

Page 427: ...s displaying mode and status 391 input reference automatic switching 327 manually selecting 329 provisioning 326 387 provisioning the selection mode 327 input signal connecting 54 faults 83 impedance 55 interfaces 56 priority level 83 selecting 82 selecting for TTL 8kHz Clock Output module 272 selecting for TTL Clock Output module 267 selection mode 85 87 input output adapter panels 73 78 inspecti...

Page 428: ...al check 56 kBit Clock Output module 262 AMI 10 Output module 221 AMI 20 Output module 213 Analog Output module 235 CC input module 143 Clock modules 184 CPU module 176 ESF D4 10 Output module 229 Frame Generator module 193 203 G 703 10 Output module 278 G 703 6 input module 149 RS 422 8 kHz Clock Output module 250 RS 422 Clock Output module 245 257 single port input module 157 three port input mo...

Page 429: ...0 Retrieve Day of Year command 396 Retrieve Delay Parameters command 407 Retrieve Equipment Condition command 390 Retrieve Events command 397 Retrieve Frequency Data command 394 Retrieve Frequency Parameter command 408 Retrieve Header command 398 Retrieve Input Condition command 391 Retrieve MTIE 2 command 400 Retrieve MTIE command 399 Retrieve MTIE Data command 394 Retrieve MTIE Parameter command...

Page 430: ...ut module 218 AMI 20 Output module 210 Analog Output module 232 CC input module 142 CC Output module 238 Clock modules 181 183 ESF D4 10 Output module 225 G 703 10 Output module 277 G 703 6 input module 146 Output Fault Analyzer 290 RS 422 8 kHz Clock Output module 248 RS 422 Clock Output module 243 255 single port input module 155 three port input module 164 Timing Insertion module 282 TSG 3800 1...

Page 431: ...ing 339 preventing frequency faults 339 pulse distortion 56 T1 module 126 using the Output Fault Analyzer 292 TSG 3800 19 inch expansion shelf 38 19 inch main shelf description 36 19 inch specifications 37 23 inch expansion shelf 42 23 inch main shelf description 41 overview 28 TSG 3800E description 44 expansion shelf 45 TSG 3800EX description 45 expansion shelf 45 TSG 3800X 19 inch expansion shel...

Page 432: ... 002 2 Revision F March 2004 TSG 3800 User s Guide 431 X Z X XOFF XON 316 Z zeroing phase 382 zeroing phase offset 120 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 433: ...Z Z 432 TSG 3800 User s Guide 12778474 002 2 Revision F March 2004 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 434: ...l service in house repair center WE BUY USED EQUIPMENT Sell your excess underutilized and idle used equipment We also offer credit for buy backs and trade ins www artisantg com WeBuyEquipment REMOTE INSPECTION Remotely inspect equipment before purchasing with our interactive website at www instraview com LOOKING FOR MORE INFORMATION Visit us on the web at www artisantg com for more information on ...

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