LEADER LV 5700A, LV 5710A Instruction Manual

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LV 5700A/5710A

MULTI SDI MONITOR

HD SDI MONITOR

INSTRUCTION MANUAL

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GENERAL SAFETY SUMMARY ...................................................................................................... I

1. INTRODUCTION .................................................................................................................. 1-1

1.1 Scope of Warranty........................................................................................................ 1-1

1.2 Operating Precautions ................................................................................................. 1-1

1.2.1 Line Voltage and Fuse ..................................................................................... 1-1

1.2.2 Damage Caused by Static Electricity............................................................... 1-1

1.2.3 Maximum Allowable Input Voltage ................................................................... 1-2

1.2.4 Installation........................................................................................................ 1-2

1.2.5 Mechanical Shock............................................................................................ 1-3

1.2.6 Panel Screen ................................................................................................... 1-3

1.2.7 Last Memory and Default Settings................................................................... 1-3

1.2.8 Fan Stop Message........................................................................................... 1-3

1.2.9 LCD Monitor..................................................................................................... 1-3

1.2.10 Cabinet ............................................................................................................ 1-3

1.2.11 Calibration........................................................................................................ 1-4

1.2.12 About the CF Card Function ............................................................................ 1-4

2. SPECIFICATIONS ................................................................................................................ 2-1

2.1 Description ................................................................................................................... 2-1

2.2 Features ....................................................................................................................... 2-1

2.3 Specifications ............................................................................................................... 2-4

2.3.1 Video Formats and Corresponding Standards ................................................ 2-4

2.3.2 Input/Output Connector ................................................................................... 2-5

2.3.3 Display Format................................................................................................. 2-6

2.3.4 Waveform Display............................................................................................ 2-7

2.3.5 Vectorscope Display ........................................................................................ 2-8

2.3.6 Picture Display ................................................................................................. 2-8

2.3.7 Embedded Audio Display ................................................................................. 2-8

2.3.8 Status Display .................................................................................................. 2-9

2.3.9 Screen Capture.............................................................................................. 2-11

2.3.10 Presets........................................................................................................... 2-11

2.3.11 Other Display Settings ................................................................................... 2-11

2.3.12 General Specifications ................................................................................... 2-12

3. PANEL DESCRIPTION ......................................................................................................... 3-1

3.1 Front Panel................................................................................................................... 3-1

3.2 Rear Panel ................................................................................................................... 3-3

3.3 Connections to the Rear Panel Connectors ................................................................. 3-5

3.3.1 SDI INPUT Connector ..................................................................................... 3-5

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3.3.2 EXT REF Connector ........................................................................................ 3-5

3.3.3 SDI OUTPUT Connector ................................................................................. 3-5

3.3.4 Picture Monitor Output Connectors ................................................................. 3-5

3.3.5 DIGITAL AUDIO CH1/2, 3/4, 5/6, and 7/8 Connectors .................................... 3-6

3.3.6 USB Connector ................................................................................................ 3-6

4. MENU STRUCTURE ............................................................................................................ 4-1

4.1 Waveform Display Menu .............................................................................................. 4-1

4.2 Vectorscope Display Menu........................................................................................... 4-3

4.3 Picture Display Menu ................................................................................................... 4-4

4.4 Audio Display Menu ..................................................................................................... 4-5

4.5 Multi Display Menu ....................................................................................................... 4-7

4.6 Status Display Menu .................................................................................................. 4-14

4.7 Capture Menu ............................................................................................................ 4-18

4.8 System Menu ............................................................................................................. 4-19

4.9 Preset Menu ............................................................................................................... 4-21

5. SYSTEM CONFIGURATION BEFORE WAVEFORM MONITORING .................................. 5-1

5.1 SDI Input Signal Selection ........................................................................................... 5-1

5.1.1 SDI Input Signal ............................................................................................... 5-1

5.1.2 Module Selection ............................................................................................. 5-2

5.1.3 SDI Input Selection .......................................................................................... 5-2

5.2 External Synchronization Signal Setting ...................................................................... 5-2

5.2.1 External Sync Signals ...................................................................................... 5-2

5.2.2 External Sync Signal Switching ....................................................................... 5-3

5.3 System Menu ............................................................................................................... 5-4

5.4 Video Signal Format Setting ........................................................................................ 5-5

5.4.1 Auto/Manual Selection ..................................................................................... 5-5

5.4.2 Interlace and Segment Frame Selection ......................................................... 5-6

5.4.3 Scanning Selection .......................................................................................... 5-6

5.4.4 Field/Frame Frequency Selection .................................................................... 5-7

5.4.5 V Blanking Period Selection ............................................................................ 5-8

5.4.6 Format Selection of the Pseudo-Composite Display ....................................... 5-8

5.5 Screen Display Settings ............................................................................................... 5-9

5.5.1 Information Display ........................................................................................ 5-10

5.5.2 Backlight Switching ........................................................................................ 5-11

5.6 Interface Settings ....................................................................................................... 5-12

5.6.1 Remote Connector......................................................................................... 5-13

5.6.2 Ethernet Connection Procedure .................................................................... 5-14

5.6.3 External XGA Monitor .................................................................................... 5-16

5.6.4 Operation Sound Selection ............................................................................ 5-17

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5.7 Date and Time Settings .............................................................................................. 5-17

5.8 Shortcut Key Setting .................................................................................................. 5-18

5.8.1 Illumination of All Key LEDs........................................................................... 5-18

5.8.2 Direct Recall .................................................................................................. 5-19

5.9 Initialization ................................................................................................................ 5-19

6. VIDEO SIGNAL WAVEFORM DISPLAY ............................................................................... 6-1

6.1 Video Signal Waveform Display ................................................................................... 6-1

6.2 Display Channel Settings ............................................................................................. 6-2

6.3 Display Mode Settings ................................................................................................. 6-3

6.3.1 Overlay Display................................................................................................ 6-3

6.3.2 Parade Display ................................................................................................ 6-3

6.3.3 Timing Display ................................................................................................. 6-4

6.4 Position Adjustment...................................................................................................... 6-4

6.5 Brightness Adjustment ................................................................................................. 6-5

6.5.1 Brightness Adjustment of the Video Signal Waveform..................................... 6-5

6.5.2 Scale Brightness Adjustment ........................................................................... 6-5

6.6 Gain/Filter Adjustment .................................................................................................. 6-5

6.6.1 Gain Adjustment .............................................................................................. 6-6

6.6.2 Gain Selection ................................................................................................. 6-6

6.6.3 Filter Selection ................................................................................................. 6-6

6.7 Sweep Settings ............................................................................................................ 6-7

6.7.1 Sweep Selection .............................................................................................. 6-8

6.7.2 H Sweep Selection .......................................................................................... 6-8

6.7.3 V Sweep Selection........................................................................................... 6-8

6.7.4 Sweep Magnification........................................................................................ 6-9

6.7.5 Field Selection ............................................................................................... 6-10

6.8 Line Selector .............................................................................................................. 6-10

6.8.1 Line Select ..................................................................................................... 6-10

6.8.2 Field Selection ............................................................................................... 6-10

6.8.3 External Synchronization Selection ............................................................... 6-11

6.9 Cursor Measurement ................................................................................................. 6-11

6.9.1 Cursor Display ............................................................................................... 6-11

6.9.2 X-Axis/Y-Axis Cursor Selection ...................................................................... 6-12

6.9.3 Cursor Measurement Unit Selection .............................................................. 6-12

6.9.4 Cursor Movement .......................................................................................... 6-12

6.9.5 Reference Amplitude Setting ......................................................................... 6-13

6.10 Color Matrix Setting.................................................................................................... 6-13

6.10.1 Color Matrix Conversion ................................................................................ 6-14

6.10.2 Y-GBR (R, G, B) Display ................................................................................ 6-15

6.10.3 Setup Selection.............................................................................................. 6-15

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6.10.4 Color Matrix Selection of the Picture Monitor Output..................................... 6-16

6.10.5 Pseudo-Composite Display ........................................................................... 6-16

6.11 Scale Settings ............................................................................................................ 6-17

6.11.1 Scale Unit Selection....................................................................................... 6-17

6.11.2 Full Scale Value Selection ............................................................................. 6-18

6.11.3 Display Selection of the 75 % Color Bar Scale .............................................. 6-19

6.11.4 Scale Color Selection .................................................................................... 6-19

6.12 Blanking Display Settings........................................................................................... 6-20

6.13 Persistence Settings .................................................................................................. 6-20

6.13.1 Persistence Display ....................................................................................... 6-21

6.13.2 Persistence Clear .......................................................................................... 6-21

6.14 Mode Key Switching................................................................................................... 6-21

7. VECTORSCOPE DISPLAY................................................................................................... 7-1

7.1 Vector Waveform Display ............................................................................................. 7-1

7.2 Brightness Adjustment ................................................................................................. 7-2

7.2.1 Brightness Adjustment of Vector Waveforms ................................................... 7-2

7.2.2 Scale Brightness Adjustment ........................................................................... 7-2

7.3 Persistence Settings .................................................................................................... 7-3

7.3.1 Persistence Display ......................................................................................... 7-3

7.3.2 Persistence Clear ............................................................................................ 7-3

7.4 Gain Adjustment and Blanking Period Waveform Display............................................ 7-3

7.4.1 Gain Variable ................................................................................................... 7-4

7.4.2 Gain Selection ................................................................................................. 7-4

7.4.3 Blanking Display Settings ................................................................................ 7-4

7.5 Line Selector ................................................................................................................ 7-5

7.5.1 Line Select ....................................................................................................... 7-5

7.5.2 Field Selection ................................................................................................. 7-5

7.5.3 External Synchronization Selection ................................................................. 7-5

7.6 Color System Settings.................................................................................................. 7-6

7.6.1 Composite and Component Display ................................................................ 7-6

7.6.2 Setup Selection................................................................................................ 7-7

7.6.3 Color Bar Saturation Selection ........................................................................ 7-7

7.7 Scale Settings .............................................................................................................. 7-7

7.7.1 IQ Axis Display ................................................................................................. 7-8

7.7.2 Scale Color Selection ...................................................................................... 7-8

8. PICTURE DISPLAY .............................................................................................................. 8-1

8.1 Safety Marker Display .................................................................................................. 8-2

8.1.1 Aspect Marker (4:3)............................................................................................ 8-3

8.1.2 Aspect Marker (16:9).......................................................................................... 8-4

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8.1.3 Safe Action Marker............................................................................................. 8-4

8.1.4 Safe Title Marker ............................................................................................... 8-4

8.1.5 Center Marker .................................................................................................... 8-4

8.2 Line Select Marker Display .......................................................................................... 8-5

8.2.1 Line Select Marker Display .............................................................................. 8-5

8.2.2 Field Selection of Line Select .......................................................................... 8-5

9. AUDIO DISPLAY ................................................................................................................... 9-1

9.1 Audio Waveform Display Selection .............................................................................. 9-2

9.2 Surround System Selection.......................................................................................... 9-3

9.3 Group Selection of Embedded Audio ........................................................................... 9-3

9.4 Audio Waveform Display Setting.................................................................................. 9-4

9.4.1 Brightness Adjustment of Audio Waveforms .................................................... 9-4

9.4.2 Scale Brightness Adjustment ........................................................................... 9-4

9.4.3 Lissajous Display Format................................................................................. 9-4

9.4.4 Lissajous Display Channel Selection ............................................................... 9-5

9.4.5 Gain Selection ................................................................................................. 9-6

9.5 Audio Level Meter Setting ............................................................................................ 9-6

9.5.1 Reference Level Selection ............................................................................... 9-6

9.5.2 Dynamic Range Selection ............................................................................... 9-7

9.5.3 Scale Selection ................................................................................................ 9-8

9.5.4 Peak Hold ........................................................................................................ 9-8

9.6 Channel Naming .......................................................................................................... 9-9

10. MULTI SCREEN DISPLAY.................................................................................................. 10-1

10.1 Four Multi Screen Modes ........................................................................................... 10-2

10.2 Display Content Selection in 4 Screen Mode ............................................................. 10-3

10.3 Various Settings on the Multi Screen Display ............................................................. 10-3

10.3.1 Video Signal Waveform Display Setting on the Multi Screen Display............ 10-4

10.3.2 Vectorscope Waveform Display Setting on the Multi Screen Display ............ 10-4

10.3.3 Audio Setting on the Multi Screen Display..................................................... 10-4

10.3.4 Status Setting on the Multi Screen Display.................................................... 10-5

11.STATUS DISPLAY .............................................................................................................. 11-1

11.1 Status Display Screen ................................................................................................ 11-2

11.2 Status Indication of SDI Signals ................................................................................. 11-2

11.2.1 Signal Detection (Presence or Absence) ....................................................... 11-2

11.2.2 Video Signal Format Detection ...................................................................... 11-3

11.2.3 TRS Error Detection ...................................................................................... 11-3

11.2.4 Line Number Error Detection ......................................................................... 11-3

11.2.5 CRC Error Detection ...................................................................................... 11-4

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11.2.6 EDH Error Detection ...................................................................................... 11-4

11.3 Status Display of Ancillary Data ................................................................................. 11-4

11.3.1 Parity Error Detection ................................................................................... 11-4

11.3.2 Checksum Error Detection............................................................................. 11-5

11.4 Status Display of the Video Signal Level ................................................................... 11-5

11.4.1 Reserved Area Error Detection...................................................................... 11-5

11.4.2 Level Error Detection ..................................................................................... 11-5

11.4.3 Gamut Error Detection ................................................................................... 11-6

11.4.4 Composite Gamut Error Detection................................................................. 11-6

11.5 Status Display of Embedded Audio............................................................................ 11-7

11.5.1 BCH Error Detection ...................................................................................... 11-7

11.5.2 Sequency Detection of Audio Packets........................................................... 11-7

11.5.3 Audio CRC Error Display ............................................................................... 11-7

11.5.4 Group Selection Display ................................................................................ 11-8

11.5.5 Multiplex Channel Display ............................................................................. 11-8

11.6 Other Status Displays ................................................................................................ 11-8

11.6.1 Indication of External Synchronization Signal Selection ................................ 11-8

11.6.2 Equivalent Cable Length Measurement Indication ........................................ 11-9

11.6.3 Error Count Indication .................................................................................... 11-9

11.6.4 Elapsed Time since Error Reset .................................................................... 11-9

11.6.5 Error Log Mode Display ................................................................................. 11-9

11.7 Error Log .................................................................................................................. 11-10

11.7.1 Error Log List Display .................................................................................. 11-10

11.7.2 Starting/Stopping the Error Log ....................................................................11-11

11.7.3 Clearing the Error Log .................................................................................. 11-11

11.7.4 Log Operation Mode ..................................................................................... 11-11

11.7.5 Storage to the Compact Flash Card .............................................................11-11

11.7.6 File List of the Compact Flash Card ............................................................ 11-13

11.7.7 Log File Deletion ......................................................................................... 11-13

11.8 Data Dump Display .................................................................................................. 11-14

11.8.1 Data Dump Display Auto Updating and Hold............................................... 11-14

11.8.2 Data Dump Display Format Selection.......................................................... 11-15

11.8.3 Auto Search of EAV/SAV ............................................................................. 11-17

11.8.4 Line Number and Sample Number Selection .............................................. 11-17

11.8.5 Storage to the Compact Flash Card ............................................................ 11-17

11.8.6 File List of the Compact Flash Card ............................................................ 11-19

11.8.7 Data Dump File Deletion ............................................................................. 11-19

11.8.8 EDH Packets Shown in the Data Dump ...................................................... 11-19

11.9 Detailed Status Display of Embedded Audio........................................................... 11-19

11.9.1 Voice Control Packets.................................................................................. 11-20

11.9.2 Channel Status ............................................................................................ 11-20

11.9.3 Channel Status List Display ......................................................................... 11-21

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11.9.4 Channel Selection........................................................................................ 11-21

11.10EDH Status Display (Only on the LV 5700A) ........................................................... 11-22

11.11Error Detection Setting ............................................................................................. 11-23

11.11.1 Error Alarm Setting ..................................................................................... 11-23

11.11.2 Error Count Rate Setting ............................................................................ 11-24

11.11.3 Detection ON/OFF of Errors ....................................................................... 11-24

11.12Detection Value Setting of Errors ............................................................................. 11-27

11.12.1 Gamut Error Threshold Level ..................................................................... 11-28

11.12.2 Composite Gamut Error Threshold Level ................................................... 11-28

11.12.3 Level Error Detection Values ...................................................................... 11-29

11.12.4 Detection Value of Equivalent Cable Length Meter Error ........................... 11-30

11.13Error Display Operation ............................................................................................ 11-31

11.14Cable Selection of the Cable Length Meter ............................................................. 11-31

11.14.1 HD-SDI Cable Selection ............................................................................. 11-32

11.14.2 SD-SDI Cable Selection ............................................................................. 11-32

11.15Error Reset ............................................................................................................... 11-32

12. CAPTURE FUNCTION ....................................................................................................... 12-1

12.1 Screen Capture .......................................................................................................... 12-2

12.2 Display Selection........................................................................................................ 12-2

12.3 Storage to the Compact Flash Card........................................................................... 12-2

12.4 Recalling from the Compact Flash Card .................................................................... 12-5

12.5 File List of the Compact Flash Card ........................................................................... 12-5

12.6 Deletion of Data Dump Files ...................................................................................... 12-5

12.7 Storage File Selection ................................................................................................ 12-5

13. PRESET FUNCTION .......................................................................................................... 13-1

13.1 Recalling of Settings .................................................................................................. 13-1

13.2 Registration of Settings .............................................................................................. 13-1

13.2.1 Storage Medium Selection............................................................................. 13-2

13.2.2 Comment Entry .............................................................................................. 13-2

13.2.3 Storing of the Settings ................................................................................... 13-3

13.2.4 Deleting of the Settings.................................................................................. 13-3

13.2.5 Editing of Presets........................................................................................... 13-4

13.3 Copying of All Presets ................................................................................................ 13-4

13.3.1 Copying from the CF Card to the Internal Memory ........................................ 13-4

13.3.2 Copying from the Internal Memory to the CF Card ........................................ 13-4

14. ETHERNET ......................................................................................................................... 14-1

14.1 Ethernet Control Function .......................................................................................... 14-1

14.2 Ethernet Connection Procedure ................................................................................. 14-1

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14.3 TCP/IP Setup ............................................................................................................. 14-1

14.3.1 DHCP/IP Selection ........................................................................................ 14-2

14.3.2 IP Address Setting ......................................................................................... 14-2

14.3.3 Subnet Mask Setting...................................................................................... 14-2

14.3.4 Default Gateway Setting ................................................................................ 14-3

14.4 Operations on the PC................................................................................................. 14-3

14.4.1 Remote Control using TELNET ..................................................................... 14-3

14.4.2 FTP File Transfer .......................................................................................... 14-4

14.5 TELNET Commands .................................................................................................. 14-4

14.5.1 Input Selection .............................................................................................. 14-5

14.5.2 Video Signal Waveform Display..................................................................... 14-6

14.5.3 Vector Waveform Display............................................................................. 14-16

14.5.4 Picture Display ............................................................................................. 14-21

14.5.5 Audio Display ............................................................................................... 14-24

14.5.6 Multi Display ................................................................................................ 14-32

14.5.7 Status Display .............................................................................................. 14-34

14.5.8 Capture ........................................................................................................ 14-43

14.5.9 System Setup .............................................................................................. 14-44

14.5.10 Preset Recall .............................................................................................. 14-50

14.5.11 When Option 70 is Installed ........................................................................ 14-50

14.5.12 When Option 73/Option 73A is Installed ..................................................... 14-53

14.5.13 When Option 74 is Installed ........................................................................ 14-54

14.5.14 When Option 75 is Installed ........................................................................ 14-55

14.6 FTP Commands ....................................................................................................... 14-57

14.7 List of Commands .................................................................................................... 14-58

15. V. ANC................................................................................................................................. 15-1

15.1 Description ................................................................................................................. 15-1

15.2 Features ..................................................................................................................... 15-1

15.3 Specifications ............................................................................................................. 15-1

15.3.1 Standard Supported ...................................................................................... 15-1

15.3.2 List Indicating the Presence of ANC Data ..................................................... 15-2

15.3.3 Closed Caption Data Packet Display ............................................................ 15-2

15.3.4 Inter-Stationary Control Data Display............................................................ 15-2

15.3.5 User Data Display ......................................................................................... 15-2

15.4 MENU Structure ......................................................................................................... 15-3

15.5 Screen Structure ........................................................................................................ 15-5

15.5.1 ANC_PACKET Summary Display.................................................................. 15-5

15.5.2 Format ID Display ......................................................................................... 15-7

15.5.3 V Blanking Ancillary Data ARIB ..................................................................... 15-8

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16. DELTA/BAR DISPLAY ......................................................................................................... 16-1

16.1 Description ................................................................................................................. 16-1

16.2 Features ..................................................................................................................... 16-1

16.3 Specifications ............................................................................................................. 16-1

16.3.1 Waveform Display ......................................................................................... 16-1

16.3.2 Error Level Setting ........................................................................................ 16-1

16.3.3 Gamut Display Frequency Characteristics .................................................... 16-1

16.3.4 Miscellaneous ............................................................................................... 16-2

16.4 Menu Structure........................................................................................................... 16-2

16.5 Delta/Bar Display ....................................................................................................... 16-3

16.5.1 Delta Display ................................................................................................. 16-3

16.5.2 Bar Display .................................................................................................... 16-4

16.6 Operation ................................................................................................................... 16-5

16.6.1 Delta Display ................................................................................................. 16-5

16.6.2 Bar Display .................................................................................................... 16-6

17. SNMP.................................................................................................................................. 17-1

17.1 SNMP Communication ............................................................................................... 17-1

17.1.1 Description .................................................................................................... 17-1

17.1.2 SNMP Version Supported ............................................................................. 17-1

17.1.3 Setup ............................................................................................................. 17-1

17.1.4 MIB (Management Information Base) ........................................................... 17-2

17.1.5 Enterprise Trap............................................................................................ 17-24

18. SDI-EXT REF PHASE DISPLAY FUNCTION ..................................................................... 18-1

18.1 Description ................................................................................................................. 18-1

18.2 Features ..................................................................................................................... 18-1

18.3 Specifications ............................................................................................................. 18-1

18.4 MENUE Structure....................................................................................................... 18-4

18.5 Operation ................................................................................................................... 18-5

18.6 Zero Reference .......................................................................................................... 18-7

19. MAINTENANCE .................................................................................................................. 19-1

19.1 Preventing Power Cord Disconnection ...................................................................... 19-1

19.1.1 Connecting the Power Cord.......................................................................... 19-1

19.1.2 Disconnecting the Power Code .................................................................... 19-2

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GENERAL SAFETY SUMMARY

■ To Avoid Personal Injury

It is recommended that only qualified personnel with technical knowledge use this instrument only after reading and fully understanding all functions of the instrument described this instruction manual. This instrument is not designed and manufactured for consumers. If you do not have enough knowledge on electricity, to avoid personal injury and prevent damage to this product, please be sure to use this product only under the supervision of an engineer who has sufficient knowledge about electronics.

■ Precautions on Contents

Should you find the contents in this manual and any of its technical terms confusing, please feel free to contact your local LEADER agent.

■ Symbols and Terms

Following terms and symbols indicate necessary warnings and cautions used in this manual and on the product are there for safe operation.

＜

Symbol

＜

Term

WARNING

＜

Term

CAUTION

＞

The sections where this symbol is marked in this manual or instrument, if not correctly performed or practiced, could result in personal injury or cause serious danger to the instrument. Misuse could also produce unintentional movement to create an operational impediment on the instrument or other products that might be connected to it. Be sure to refer to the safety precautions in this manual to safely use the part of the instrument where the symbol is marked.

Warning statements identify warning conditions that if or not correctly performed or adhered to, could result in serious personal injury or even loss of life.

Caution statements identify caution conditions that if disregarded or not correctly performed or adhered to, could result in personal injury or damage to the instrument.

disregarded

— I —

Page 12

GENERAL SAFETY SUMMARY

Review the following safety precautions to avoid operator's injury and loss of life and prevent damage and deterioration to this instrument. To avoid potential hazards, use this product as specified.

WARNING

■ Warnings on the Cases and Panels of the Instrument

Operator should not remove any cases or panel for any reasons. If you touch inside the instrument it could result personal shock or fire hazard. Refrain from spilling any liquid on or inserting anything flammables or piece of metal into the ventilation of the instrument. Such actions could cause fire, shock, malfunction and be an accident hazard while the power is on.

■ Warnings on Power Line

●

Make sure to connect only to the rated power line voltage. Excess voltage may cause fire.

Confirm the voltage of the commercial power line before connecting the AC power cord. The power frequency of the power line should be 50/60 Hz.

●

Warning on the Power Cord

Use only the optional power cord that is attached to this instrument. The use of the power cord other than that attached could cause fire hazard. If the attached cord is damaged stop using it and contact your local LEADER agent. Should you use a damaged cord, it could cause a shock or create a fire hazard. When you pull out the cord be sure to hold it by plug and pull from the socket not by holding the cord wire.

■ Warning on Fuse

When the fuse is melted the instrument stops operation. If the fuse melted, turn off the power switch and disconnect the power plug from the socket. If you change the fuse while the cord is connected to the socket, it could cause a shock hazard. Only use the specified type and rated current and voltage fuses. If the cause for melting fuse is unclear or if you suspect there is damage to the instrument or if you have no proper fuse at hand please contact your local LEADER agent.

— II —

Page 13

GENERAL SAFETY SUMMARY

WARNING

■ Warning on Installation Environments

●

About the Operating Temperature Range

Operate the instrument between the temperature range of 0 to 40 °C. Operating the instrument at higher temperatures could cause a fire hazard. Rapid changes of temperatures from cold to warm can create internal moisture or condensation and could damage the instrument. If there is a possibility of moisture condensation allow the instrument to sit for 30 minutes without the power on.

●

About the Operating Humidity Range

Operating humidity range is

≤ 85 % RH.

Do not operate the instrument with wet hands. This could cause a shock and fire hazard.

●

About the Operation in the Presence of Gasses

Operating the instrument in and near the presence or storage locations of flammable, explosive gasses or fumes could create an explosion and fire hazard. Do not operate the instrument anywhere near such environments.

●

Avoid Insertions

Do not insert metals or flammable objects or drop liquid on or into the instrument. To do so could cause fire, shock, malfunction and create a dangerous accident hazard.

■ Warning while Operating

While operating the instrument if smoke, fire, or a bad smell occurs, turn off the instrument at once for it could cause a fire hazard. When such a case occurs, turn off the power switch and pull the plug of the cord from the plug socket. Contact your local LEADER agent after confirming there is no fire.

■ Warning about Ground

The instrument has a ground terminal to avoid electric shock hazard and to protect the instrument from damage. Ensure that the product is properly grounded for safe operation.

— III —

Page 14

GENERAL SAFETY SUMMARY

CAUTION

■ Caution on Input/Output Terminals

Input Terminals are rated with a maximum input. Do not supply an input over the specified rating in the standard section of the instruction manual. Also, do not supply

external power to Output terminal, this could cause the instrument to malfunction.

■ Caution when Not Using the Instrument for a Long Time

Make sure to disconnect the power cord from the socket when you do not use the instrument for a long time.

■ About the Cabinets

●

This Product has No Cabinet

Please install into the optional cabinet or rack mount adaptor before use. Operating without cabinets may cause electric hazard, fire hazard and breakdown of the product.

Parts Cabinet with Handle Cabinet without Handle Inch Size

Model No. LR-2427B LR-2404A LR-2700A-I

Rack mount Adaptor

●

Qualified Personnel shall Install the Product to the Cabinet or Rack Mount Adaptor

Please pay attentions for the follows when install.

• Off the power, then disconnect power cable and the others.

• Be careful for the internal parts or cables not to be caught by the cabinet.

●

To Protect the User, Please Stick the Enclosed “WARNING” Label on the Cabinet or Rack Mount Adaptor

Please conform to the above warnings and cautions for safe operation. There are cautions in each area of this instruction manual, so please conform to each caution. If you have any questions about this manual, please feel free to contact your local LEADER agent.

■ Routine Maintenance

Remove the power cord plug from the socket when cleaning the instrument. Avoid the use of thinner or benzene solvents for cleaning cases, panels and knobs since this might remove the paint or damage plastic surfaces. Wipe cases, panels, and knobs lightly with a soft cloth damped with neutral detergent. Do not allow water, detergent, or other foreign objects to enter the instrument while cleaning. If a liquid or metal object enters the instrument, it can cause electric shock or fire.

— IV —

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1. INTRODUCTION

Thank you for purchasing LEADER’s measuring instruments. Please read this instruction manual carefully to ensure correct and safe operation. If you have any difficulties or questions on how to use the instrument after you have read this manual, please feel free to contact your local LEADER agent. After you have read the manual, keep the manual in a safe place for quick reference.

1.1 Scope of Warranty

This LEADER instrument has been manufactured under the strictest quality control guidelines. LEADER shall not be obligated to furnish free service during the warranty period under the following conditions.

1. Repair of malfunction or damages resulting from fire, natural calamity, or improper voltage applied by the user.

2. Repair of an instrument that has been improperly repaired, adjusted, or modified by personnel other than a factory-trained LEADER representative.

3. Repair of malfunctions or damages resulting from improper use.

4. Repair of malfunctions caused by devices other than this instrument.

5. Repair of malfunctions or damages without the presentation of a proof of purchase or receipt bill for the instrument.

1.2 Operating Precautions

WARNING

1.2.1 Line Voltage and Fuse

Confirm that the power line voltage is correct before connecting the power cord. The voltage range and fuse rating are indicated on the rear panel. The instrument must be connected to the rated line voltage and line frequency of 50 Hz to 60 Hz. When replacing the fuse, turn the power switch off and disconnect the power cord from the outlet.

When replacing the fuse, use the correct fuse that matches the line voltage.

Voltage Range Fuse Rating LEADER Parts Number

90 to 250 V T4AL, time-lag 436 3595 016

WARNING

1.2.2 Damage Caused by Static Electricity

Electronic parts are susceptible to damage from electrostatic discharge (ESD). The core wire of the coaxial cable may be charged with static electricity. If you are connecting a coaxial cable that is not connected on either end to an input/output connector of the instrument, short the cable’s core wire and external conductor beforehand.

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CAUTION

1.2.3 Maximum Allowable Input Voltage

The maximum allowable input voltage to the input connectors is shown in the table below. Do not apply excessive voltage to prevent damage to the instrument. Refer to Installation Category w.

Input Connector Maximum Allowable Input Voltage

SDI INPUT ±2 V (DC + peak AC)

EXT REF ±5 V (DC + peak AC)

REMOTE Input TTL level Within +5 V to -0.3 V

The maximum input voltage of "±5 V (DC + peak AC)" is as shown in Figure 1.1.

CAUTION

1.2.4 Installation

Do not use the instrument in the following environments.

• High temperature environments

Do not place the instrument under direct sunlight or near a heater (e.g., stove). Avoid using the instrument in a way that leads to drastic changes in temperature such as moving the instrument from a cold environment to a hot environment; this may cause condensation. Operating temperature range: 0 to 40 °C

• High humidity environments

Do not place the instrument in a high humidity environment (e.g., bathroom, near a humidifier). Operating humidity range: ≤ 85 % RH (without condensation)

• Dusty environments

• Strong magnetic fields

Do not place the instrument near a strong magnetic source (e.g., high-power transformer).

Figure 1.1 DC + Peak AC

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CAUTION

1.2.5 Mechanical Shock

Do not apply strong shock to the instrument. A strong shock can break precision parts of the instrument such as the internal crystal oscillator or LCD and can cause a malfunction. If the LCD breaks, grass fragments may cause injury.

CAUTION

1.2.6 Panel Screen

The front panel of the LV 5700A/LV 5710A rotates up and down by approximately 10 degrees. When rotating the panel, press only the front panel section slowly to avoid getting your fingers caught in between.

1.2.7 Last Memory and Default Settings

The last memory function retains the front panel settings that exist immediately before the power is turned off. When the power is turned on again, the front panel settings are set to the previous settings. However, if the backup battery for the last memory function runs out, an initialize message appears when the LV 5700A/LV 5710A starts. If this happens, contact your local LEADER agent and request repairs. If you press the any key, the LV 5700A/LV 5710A will operate using initial settings.

1.2.8 Fan Stop Message

The LV 5700A/LV 5710A has a fan near the rear panel for internal cooling. If the fan stops due to a malfunction, the following message blinks at 1-second intervals. If this happens, turn OFF the power immediately, contact your local LEADER agent, and request repairs.

1.2.9 LCD Monitor

There may be pixels on the LCD monitor that do not turn ON or those that remain ON at all times. This is not a malfunction.

Figure 1.2 Fan Stop Message

1.2.10 Cabinet

For your safety and avoidance of EMI, do not remove the cabinet.

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1.2.11 Calibration

This instrument is produced under the strictest quality controls at the factory, but accuracy may gradually deteriorate due to worn components. Therefore, periodic calibration should be performed. When service or calibration is required, contact your local LEADER agent.

1.2.12 About the CF Card Function

Explain the CompactFlash (henceforth, CF) memory card function that can be used in the LV 5700 series. About a CF memory card, operation is being confirmed up to 2GB now. The file system supports only FAT16.

The operation of the reading and writing of the file has been confirmed with the CF memory card in the table below. In the CF memory cards other than being described here, reading and writing may be normally impossible.

CF memory card manufacture

SanDisk

＊A Microdrive can not be used. ＊CF memory card of high-speed correspondence is not supported. ＊CompactFlashTM is the trademark of U.S. SanDisk. ＊In addition, company names, product names, etc. that have been described are the

trademarks, and registered trademarks of each company.

Model number

SDCFB- 32MB

SDCFB- 64MB

SDCFB-128MB

SDCFB-256MB

SDCFB-512MB

SDCFB-2.0GB

Capacity

32MB

64MB

128MB

256MB

512MB

2.0GB

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2. SPECIFICATIONS

2.1 Description

The LV 5700A is a waveform monitor for HD-SDI and SD-SDI signals. The LV 5710A is a waveform monitor for HD-SDI signals. Both employ color TFT LCD screens. The functions of waveform monitors, vectorscopes, audio lissajous, and simple picture monitors are achieved with a single unit. Complete digital processing of SDI signals enables highly accurate measurements. In addition, extensive error detection functions and analysis functions are provided which allows the LV 5700A/LV 5710A to be used as SDI signal monitors.

2.2 Features

• Two serial digital input systems

The SDI input connector on the LV 5700A supports free rates. Thus, either HD-SDI or SD-SDI signals can be applied to the same connector. The LV 5710A only supports HDSDI signals. You can select auto or manual setting for the input signal format.

• Output

Equipped with two active output connectors that reclock the input signal. One connector is an HD-SDI/SD-SDI switching type serial output; the other is a dedicated SD-SDI output. The dedicated SD-SDI output connector is not available on the LV 5710A. Other output connectors are the analog picture monitor output and the AES/EBU output that separates the embedded audio in the SDI signal. An analog XGA output connector is also provided allowing the screen to be displayed on an external monitor.

• Display

Employs a color TFT LCD monitor with XGA resolution (1,024 x 768). The LCD monitor can show various displays such as waveform display, vectorscope display, picture display, audio display, and status display. These displays can also be placed side by side on a single screen (multi display).

• Waveform display Displays waveforms of serial digital signals side by side or overlaid. The amplitude can be set to variable or expanded up to 5 times. The time axis can be expanded 10 or 20 times. Enables level measurements and time measurements using cursors. In addition, a composite signal conversion function that artificially converts component signals into composite signals such as NTSC or PAL is provided. This function allows the level of component signals to be managed in a similar fashion as conventional analog signals.

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• Timing display Measures the time difference and amplitude difference between channels using the bowtie signals. (The use of bowtie signals has been authorized by Tektronix, Inc.)

• Vectorscope function Displays chrominance difference signal in vector format. The amplitude can be set to variable, IQ-MAG, or expanded up to 5 times. You can turn on/off the IQ axis display, which is convenient for monitoring signals. Even when a component signal is being applied, the signal can be artificially converted into an NTSC or PAL composite signal and shown on the vectorscope display.

• Picture display Displays SDI signals on a simple color picture display.

• Line selector Enables the selection and display of arbitrary video signal lines. Can be used on the waveform display, vectorscope display, picture display, and data dump display.

• Embedded audio signal display function Separates the embedded audio signal from the serial digital signal and shows lissajous display, sound image, and level meter display. Level display shows eight channels, and the range and response can be changed.

• Status display Equipped with extensive error detection functions and allows error status to be observed on a single screen. Displays event logs and status dumps. Analyzes and displays voice control packets embedded in the SDI signal, the channels status, EDH packets, and other packets in the AES/EBU signal.

• Screen capture Enables the displayed screen to be captured to the internal memory or compact flash memory card. The BMP data of the screen image can be retrieved into a PC via the network using FTP. When the internal memory or compact flash memory card is used, the captured screen and the signals that are input sequentially can be superimposed on the screen.

• Extensive Analysis Functions

• Various types of error detection Detects CRC errors, EDH errors, BCH errors, checksum errors, parity errors, G, B, R gamut errors, and composite gamut errors. Error detection is useful in the monitoring of SDI signals and data that is over the range.

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• Event log function of SDI signals Logs detected errors and events and stores the log list to the compact flash memory card. The log can be retrieved as text data into a PC via the network using FTP.

• Digital data dump function The digital data after parallel conversion can be displayed in hexadecimal or binary notation. This is useful when problems occur or when analyzing various types of data. The data dump can be stored to a compact flash memory card. The data dump can be retrieved as text data into a PC via the network using FTP.

• Analysis display Analyzes and displays voice control packets embedded in the SDI signal, the channels status, EDH packets, and other packets in the AES/EBU signal.

• Equivalent cable length measurement The signal level of the SDI signal is displayed as a value converted to a co-axial cable length. This allows you to check the margin.

• Operation

• Remote control The LV 5700A/LV 5710A can be controlled through the panel and remotely controlled through a computer via the Ethernet network. In addition, presets can be recalled using the remote connectors on the rear panel.

• Preset function Stores up to 100 sets of frequently used panel settings. You can easily recall stored settings from the panel or remote connector.

• External Synchronization

Allows tri-level sync signals or B. B signals of NTSC and PAL to be input.

• Illumination of all key LEDs

By assigning the SHORTCUT key to the function that illuminates all key LEDs, you can turn on all the key LEDs. This is useful when operating the LV 5700A/LV 5710A in a very dark place.

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2.3 Specifications

2.3.1 Video Formats and Corresponding Standards

(1) Video Signal Standards

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

Format Name 1080i/60 1080i/59.94 1080i/50 1080p/30 1080p/29.97 1080p/25 1080p/24 1080p/23.98 1080PsF/30 1080PsF/29.97 1080PsF/25 1080PsF/24 1080PsF/23.98 1035i/60 1035i/59.94 720p/60 720p/59.94

＊720p/50 ＊720p/30 ＊720p/29.97 ＊720p/25 ＊720p/24 ＊720p/23.98

525i/59.94 625i/50

Standard Supported

SMPTE 274M,292M

SMPTE RP211,292M

SMPTE 240M,292M

SMPTE 296M,292M

SMPTE 259M (Supported only on the LV 5700A)

＊Formats whose evaluation verification has not been completed as of September 2007.

(2) Other Standards

• Ancillary data standard

SMPTE 291M (Supported only on the LV 5700A)

• Embedded audio standard

HD-SDI SMPTE 299M SD-SDI SMPTE 272M (Supported only on the LV 5700A)

(3) Format Setting

SDI Signal Select auto setting or manual setting Sampling Frequency 74.25 MHz (HDTV), 74.25/1.001 MHz (HDTV),13.5 MHz

(SDTV) SDTV is only supported by the LV 5700A.

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External Synchronization Auto setting by HDTV tri-level sync signal or SDTV black

2.3.2 Input/Output Connector

(1) SDI Input

Input Connector BNC connector 2 systems A and B Input Impedance 75 Ω Input Return Loss ≥ 15 dB 5 MHz to serial clock frequency Maximum Input Voltage ±2 V (DC + AC peak)

(2) External Reference Input

Input Signal Tri-level sync signal or NTSC/PAL black burst Input Connector BNC connector 1 system 2 connectors Input Impedance 15 kΩ Passive Loop-through Input Return Loss ≥ 30 dB Maximum Input Voltage ±5 V (DC + AC peak)

(3) SDI Output

Output Connector BNC connector 2 connectors

Output Impedance 75 Ω Output Voltage 800 mVp-p ±10 %

burst.

One connector is a dedicated SD-SDI output connector (supported only on the LV 5700A) Reclocks and outputs the selected SDI input signal

(4) Analog Output

Output Signal Y, P

, PR, or G, B, R

Output Connector BNC connector 1 system 3 connectors Output Impedance 75 Ω Output Amplitude Video block 700 mVp-p±3 %

Sync block 600 mVp-p±10 % (HD)

300 mVp-p±10 % (SD)

(supported only on the LV 5700A) Phase Difference ±2 ns Frequency Response HDTV

Y Signal 700 mV±3 % 1 MHz to 20 MHz

700 mV+3 %, –30 % 20 MHz to 30 MHz

signal 700 mV±5 % 1 MHz to 15 MHz

BPR

Frequency Response SDTV (supported only on the LV 5700A)

Y Signal 700 mV±3 % 0.5 MHz to 4 MHz

700 mV+3 %, –30 % 4 MHz to 5.6 MHz

Signal 700 mV±5 % 0.5 MHz to 2.8 MHz

BPR

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(5) AES/EBU Output

Output Signal 8 channels CH1/2, CH3/4, CH5/6, CH7/8 or

CH9/10, CH11/12, CH13/14, CH15/16 Output Connector BNC connector 4 connectors Output Impedance 75 Ω Output Amplitude 1 Vp-p±10 %

(6) XGA Output

Output Signal XGA signal Output Connector 15-pin D-sub Female

(7) Remote Connector

Function Recalling of presets Control Signal TTL level (LOW active) Control Connector 25-pin D-sub 1 connector (female)

(8) Ethernet Connector

Function Remote control from an external computer and

monitoring of errors, etc. Type 10BASE-T/100BASE-TX Auto switching Input/Output Connector RJ-45 1 connector

Standard Conforms to IEEE802.3

(9) Compact Flash Memory Card Slot

Function Saves screen captures, error logs, preset data, and data

＊A Microdrive can’t be used.

2.3.3 Display Format

Display Format XGA Effective area 1024 x 768 dots Display 1-screen display

dumps

Waveform display, vectorscope display, picture display, audio display, and status display

2-screen display

Waveform display and vectorscope display Waveform display and picture display Waveform display and audio waveform display

4-screen display

Select audio waveform display, audio level meter display, or status display in addition to waveform display, vectorscope display, and picture display.

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2.3.4 Waveform Display

(1) Waveform Operation

Display Mode Overlay display: Displays component signals overlaid

EAV-SAV Period Select show or hide G, B, R Conversion Converts Y, C

Pseudo-Composite Display Artificially converts component signals into composite

Channel Assignment Select GBR order or RGB order during GBR conversion

Line Select Displays the selected line

(2) Vertical Axis

Sensitivity V scale 0 V to 0.7 V, –0.3 V to 0.7 V

Gain Select ×1, ×5, and variable Variable Gain ×0.1 or less to ×10 Amplitude Accuracy ±0.5 % Frequency Response HDTV

Y Signal ±0.5 % 1 MHz to 30 MHz

Signal ±0.5 % 0.5 MHz to 15 MHz

BCR

Low-pass Attenuation ≥ 20 dB at 20 MHz

Frequency Response SDTV (supported only on the LV 5700A)

Y Signal ±0.5 % 1 MHz to 5.75 MHz

Signal ±0.5 % 0.5 MHz to 2.75 MHz

BCR

Low-pass Attenuation ≥ 20 dB at 3.8 MHz

Parade display: Displays component signals side by side

Timing display: Displays by calculating Y-C

and Y-C

Uses bowtie signals (authorized by Tektronix, Inc.)

, CR signals into G, B, R and displays the

result

signals and displays the result (the color matrix for HDTV

signal is converted into SDTV)

display

% scale 0 % to 100 %, –50 % to 100 %

(3) Horizontal Axis

Line Display Display format Overlay: 1H, 2H

Parade: 1H, 2H, 3H

Timing: 2H Magnification Select ×1, ×10, ACTIVE, or BLANK Active Display Displays only the video period Blank Display Displays blanking period expanded

when set to overlay 2H

Field Display Display format Overlay: 1V, 2V

2V display not allowed for progressive

Parade: 1V, 2V, 3V Magnification Select ×1 or ×20

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Time Base Accuracy ±0.5 %

(4) Cursor Measurement

Configuration Horizontal cursors: 2 cursors (REF and DELTA)

Amplitude Measurement Measured in [%] and [V] Time Measurement Displayed in [usec] or [msec] Frequency Display Displays the frequency in which the time between

2.3.5 Vectorscope Display

Sensitivity Select 75 % or 100 % Using a color bar Gain Select ×1, ×5, IQ-MAG or variable Variable Gain ×0.1 or less to ×10 Amplitude Accuracy ±0.5 % EAV-SAV Period Select show/hide IQ Axis Select show/hide Pseudo-Composite Display Artificially converts component signals into composite

Vertical cursors: 2 cursors (REF and DELTA)

cursors is considered a cycle.

signals and displays the result (the color matrix for HDTV signal is converted into SDTV)

2.3.6 Picture Display

HDTV Display Displayed by sampling the pixels SDTV Display Displayed by interpolating pixels (supported only on the

Marker Display Center marker

Line Select Displays a marker the selected line

2.3.7 Embedded Audio Display

(1) Lissajous Display

Display Channel Select 2-ch or 8-ch display Display Method Select X-Y or L-R

(2) Sound Image Display

Display Channel Select 3-1 ch, 3-2 ch, or 3-2-2 ch.

(3) Level Meter Display

Display Channel Simultaneous 8 ch display Meter Select 60 dB peak level, 90 dB peak level, or average

LV 5700A)

4:3 or 16:9 marker display Safe action marker display Safe title marker display

response meter Peak level meter has a hold function

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(4) Correlation Meter Display

(5) Channel

Group Selection Select 1/2 or 3/4 groups Ch Mapping Mapping of L, R, SL(S), SR, C, LFE, RL, and RR is

2.3.8 Status Display

(1) SDI Signal Status Display

Signal Detection Detects the presence or absence of SDI signals Format Detection Detects the SDI signal format TRS Error Detects TRS errors Line Number Error Detects line number errors (HD-SDI only) CRC Error Detects video signal errors (HD-SDI only) EDH Error Detects EDH errors (SD-SDI only)

(supported only on the LV 5700A) Reserved Error Detects reserved data errors Level Error Detects video level errors Gamut Error Detects Gamut errors Composite Gamut Error Monitors the level error when the component signal is

BCH Error Detects errors in the embedded audio signal.

Audio Sequency Detects sequence errors of audio packets Audio Information Detection Detects the presence or absence of audio on each

External Sync Signal Detects the external sync signal Detection Equivalent Cable Length Measures the SDI signal level Measurement

HD-SDI Converts to a LS-5CFB coaxial cable length for signal

SD-SDI Converts to a 5C2V coaxial cable length for signal source

Displays the phase between channels using a correlation meter

possible.

converted into composite signal

(HD-SDI only)

channel

source level of 800 mVp-p and displays the result.

Displays <5 m, 5 m, • • • , 125 m, and >130 m Resolution 5 m steps Accuracy ±20 m (when using the LS-5CFB)

level of 800 mVp-p and displays the result. (supported only on the LV 5700A)

Displays <50 m, 50 m, • • • , 295 m, and >300 m Resolution 5 m steps Accuracy ±20 m (when using the L-5C2V)

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(2) Error Level Setting

Gamut Error Upper limit: 90.0 % to 109.4 %

Lower limit: –7.2 % to + 6.0 %

0.1 % steps

Composite Gamut Error Upper limit: 90.0 % to 135.0 %

Lower limit: –40 % to –20 %

0.1 % steps

Level Error Luminance: –51 mV to +766 mV

Both upper and lower limits

Chroma: –400 mV to +399 mV

Both upper and lower limits

1 mV steps

Cable Length 5 m to >300 m

5 m steps

(3) Data Dump Display

Display Format Displayed separately by serial data sequence or channel. Line Select Displays the selected line Sample Select Displays selected samples Jump Function Move to EAV or SAV by one-key operation Data Output Save data in text format to a PC via a compact flash

memory card or Ethernet network.

(4) Event Log

Number of Logs Up to 1,000 events

Select overwrite or update when the maximum number of events is exceeded

Operation Logs events that occur from start to stop Logged Items Error items, input switching operation, time stamps, etc. Data Output Save data in text format to a PC via a compact flash

memory card or Ethernet network.

(5) Audio Status

Voice Control Packets Analyzes and displays the voice control packets of the

SDI signal

Channel Status Dumps, analyzes, and displays the channel status of the

embedded audio signal

(6) EDH display

EDH Error Displays the status of the EDH error Packet Content Analyzes and displays the contents of the EDH packet

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(7) Error Count

Number of Errors Up to 100,000 errors

Operation Displays the number of errors that occur from start to stop

Measurement Interval Frame (field), s

2.3.9 Screen Capture

Capture Captures the display screen

Media Internal memory (RAM) or compact flash card Data Output Save data in B.M.P. format to a PC via a compact flash

2.3.10 Presets

Number of Presets 100 Media Internal memory or compact flash memory card Recall Method Through the front panel, remote connector, and Ethernet

Copy Copy presets collectively to the compact flash memory

Counts only the specified errors

for only the items whose detection function is turned ON in the error settings

Records 1 screen in the internal memory

memory card or Ethernet network.

network Switch 8 points and 100 points for recalling through the remote connector

card or from the compact flash memory card to the LV 5700A/LV 5710A

2.3.11 Other Display Settings

(1) LCD

Backlight Brightness Select high or low Auto Shutoff Set the time for the backlight to shut off automatically

(2) Display

Format Displays the input signal format at the top section of the

Color System Displays YC

Date Displays the data using the built-in calendar function

Time Displays the time using the built-in time function or the ATC

screen Select show or hide

, GBR, RGB, or COMP depending on the

BCR

setting Select show or hide

Select year/month/day, month/day/year, day/month/ year, or hide

embedded in the SDI signal (frame count is not displayed) Select show or hide

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(3) Illumination of Key LEDs

Illumination of All Key LEDs Turns on all the LEDs corresponding to the keys

2.3.12 General Specifications

Environmental Conditions Operating Temperature 0 to 40 °C Operating Humidity ≤ 85 % RH (without condensation) Spec-Guaranteed Temperature 10 to 30 °C Spec-Guaranteed Humidity ≤ 85 % RH (without condensation) Operating Environment Indoor use Operating Altitude Up to 2,000 m Overvoltage Category w Pollution Degree 2 Power Requirements 90 to 250 VAC, 50 Hz/60 Hz, 120 Wmax. Fuse Time lag 4 A 250 V Dimensions and Weight 215(W) × 133(H) × 449(D) mm, 4.9 kg Accessories

Instruction manual ....................................... 1

Power cord .................................................. 1

Cover/Inlet stopper....................................... 1

Screws for rack mounting (inch specification)

25-pin D-sub connector................................ 1

25-pin D-sub connector cover...................... 1

.... 2

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3. PANEL DESCRIPTION

3.1 Front Panel

Figure 3.1 Front Panel

q RECALL key

Recalls panel settings that are stored in the memory.

w MEMORY key

i o

!0 !1

!2 !3

!4 !5

!6 !7

!9 @0

Stores the panel settings to the memory.

e SYSTEM key

Displays the system menu.

r CAPTURE key

Displays the capture menu.

t REFERENCE key

Press this key to switch the synchronization to internal or external.

y SDI signal input selection key

Switches the input between INPUT A and INPUT B.

u MODULE key (option)

Switches the input module between MODULE 1 and MODULE 2. Only MODULE 1 is installed as standard.

i V POS control

Adjusts the vertical position on the waveform display. Press the control to reset the vertical position of the waveform to default.

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o MODE key

Switches the display mode of WFM waveforms. OVERLAY displays channels 1, 2, and 3 overlaid. PARADE displays channels 1, 2, and 3 side by side. TIMING is used when performing timing measurements such as for bowtie displays.

!0 H POS control

Adjusts the horizontal position on the waveform display. Press the control to reset the horizontal position of the waveform to default.

!1 CH1, CH2, and CH3 keys

Selects the channel from CH1, CH2, and CH3 to be shown on the waveform display. The keys can be turned ON/OFF independently; the LED of the selected key turns on. However, you cannot turn OFF all the channels simultaneously.

!2 Waveform key (WFM)

Displays waveforms.

!3 VECTOR key

Displays vector waveforms.

!4 PICTURE key

Displays pictures.

!5 AUDIO key

Shows the lissajous display, level meter, and other displays of embedded audio.

!6 Eye pattern key (EYE) (option)

Displays eye patterns.

!7 MULTI key

Displays multiple items at once. You can select the contents to be displayed from a menu.

!8 FUNCTION DIAL

FUNCTION DIAL for entering settings on each menu. Press the dial to reset the setting in various menus to default.

!9 STATUS key

Displays the status of the input signal.

@0 SHORTCUT key

Assign the function on the shortcut key setup menu that appears.

Function keys ( F·1 to F·7 )

Function keys used to enter settings on the menu.

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3.2 Rear Panel

$1 #6

$0 #9

@7 @8 @9 #0 #1

Figure 3.2 Rear Panel

@2 REMOTE control connector

D-sub, 25-pin connector for remote control. Recalls 8 or 100 points of presets.

@3 XGA output (EXT MON)

External XGA monitor output.

@4 Ethernet connector (ETHER)

10BASE-T/100BASE-TX Ethernet connector.

@5 USB connector

Connector complying with USB1.1.

@6 Picture monitor output connector (MONI Y/G, P

/B, PR/R)

Outputs signals to the analog picture monitor. You can select the output format from Y, P

, PR and G, B, R from a menu.

CAUTION Do not apply signals to the output connector. Doing so can lead to malfunction.

@7 EXT REF connector

Accepts external sync signal. The input configuration is loop-through. Supports HD tri-level sync signal or NTSC/PAL black burst signal.

@8 SDI signal input connector (INPUT SDI A, B)

Input connector for serial digital signals. Two systems (A and B) are provided. The input is internally terminated at 75 Ω.

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@9 DC INPUT connector (option)

Optional external power input for DC operation. The DC INPUT connector is not provided on the standard model.

#0 Ground terminal

This terminal is connected to the chassis and is used for grounding.

#1 Fan

Cooling fan. Be sure not to obstruct air circulation.

#2 AC POWER switch

Power switch for AC operation.

#3 DC POWER switch (option)

Power switch for DC operation. The DC POWER switch is not provided on the standard model.

#4 Fuse

WARNING

AC power supply fuse. When replacing the fuse, use a fuse of the correct rating.

#5 AC inlet

AC power input connector.

#6 Serial number plate

Instrument serial number. Provide this number when contacting us.

#7 External trigger input for eye patterns (EXT TRIG) (option)

External trigger input for the optional eye pattern display. The external trigger input for eye patterns is not provided on the standard model.

#8 SDI signal output connector (SDI OUTPUT)

HD-SDI or SD-SDI signal output. Retransmits the signal that is selected by the input selection (SEL A/B) key y. Use this signal by connecting to the picture monitor with an SDI input, for example.

CAUTION Do not apply signals to the output connector. Doing so can lead to malfunction.

#9 SD-SDI OUTPUT connector (available only on the LV 5700A)

Dedicated SD-SDI signal output connector. Retransmits the signal when SD-SDI signal selected by the input selection (SEL A/B) key y. Use this signal by connecting to the picture monitor with an SD-SDI input, for example.

CAUTION Do not apply signals to the output connector. Doing so can lead to malfunction.

$0 DIGITAL AUDIO CH1/2, 3/4, 5/6, and 7/8 connectors

Separates the embedded audio signal that is multiplexed in the HD-SDI signal and outputs the signal in AES/EBU format.

CAUTION Do not apply signals to the output connector. Doing so can lead to malfunction.

$1 Compact flash memory card (CF CARD)

Connector for data storage memory cards.

3-4

Page 35

3.3 Connections to the Rear Panel Connectors

3.3.1 SDI INPUT Connector

The SDI INPUT connector @8 is terminated internally at 75 Ω. You do not need to connect a terminator. Use a cable with a characteristic impedance of 75 Ω for the connection.

CAUTION Applying excessive input voltage to the connector can cause damage to the instrument. Do not apply excessive voltage.

3.3.2 EXT REF Connector

The EXT REF connectors @7 are loop-through configuration. Loop-through connectors are connected as shown in Figure 3.3.

Apply the input signal to either connector and terminate the other connector with a 75 Ω terminator or 75 Ω equipment. Make sure to terminate the end of the chain. Use a cable with a characteristic impedance of 75 Ω for the connection.

EXT REF

Figure 3.3 Loop-through input

3.3.3 SDI OUTPUT Connector

Use the SDI OUTPUT connector #8 or the SD-SDI OUTPUT connector #9 by connecting it to a picture monitor that supports SDI input. The output impedance is 75 Ω. Thus, terminate the other end at 75 Ω.

CAUTION

Do not apply signals to the output connector. Doing so can lead to malfunction.

3.3.4 Picture Monitor Output Connectors

The picture monitor output connectors (MONI Y/G, P connectors. The connector outputs SDI signals that have been D/A-converted to analog signals. For example, you can use the output from this connector by connecting to an analog picture monitor. The output impedance is 75 Ω. Thus, terminate the other end at 75 Ω.

Internal circuit

/B, PR/R) @6 are analog output

CAUTION

Do not apply signals to the output connector. Doing so can lead to malfunction.

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3.3.5 DIGITAL AUDIO CH1/2, 3/4, 5/6, and 7/8 Connectors

The DIGITAL AUDIO CH1/2, 3/4, 5/6, and 7/8 Connectors $0 output signals in AES/EBU format after the embedded audio signal is separated from the HD-SDI signal. The output impedance is 75 Ω. Thus, terminate the other end at 75 Ω.

The digital audio output may produce noise for a few seconds when the SDI input channel is switched between SDI-A and SDI-B until the internal circuit stabilizes.

CAUTION

Do not apply signals to the output connector. Doing so can lead to malfunction.

3.3.6 USB Connector

The USB connector @5 is for servicing and maintenance. Do not use this connector during normal use.

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Page 37

4. MENU STRUCTURE

The structure of the menu assigned to the front panel keys is shown below. Underlined sections indicate initial settings.

4.1 Waveform Display Menu

WFM key

INTEN

GAIN

FILTER

SWEEP

LINE

SELECT

WFM (-128 to +127 0 )

SCALE (-8 to +7 4 )

up menu

VAR (CAL / VAR)

MAG (X1 / X5)

FILTER (FLAT / LOW PASS)

FILTER ＊1 (FLAT / FLAT＋LUM)

up menu

SWEEP ＊2 (H / V)

H_SWEEP ＊2 (1H / 2H)

V_SWEEP ＊2 (1V / 2V)

FIELD ＊2 (FIELD 1 / FIELD 2)

SWEEP MAG ＊2 (X1 / X10 / X20 / ACTIVE / BLANK)

up menu

LINE (ON / OFF)

SELECT

FIELD ＊2 (FIELD 1 / FIELD 2 / FRAME)

LINE_SEL ＊3 (INTERNAL / EXTERNAL)

EXT_REF

up menu

CURSOR

COLOR

MATRIX

CURSOR (ON / OFF)

XY SEL (X / Y)

Y UNIT (mV / % / R %)

X UNIT (sec / Hz)

FD VAR (REF / DELTA / TRACK)

REF SET

up menu

COLOR (YCbCr / GBR / RGB / COMPOSIT)

MATRIX

YGBR ＊4 (ON / OFF)

YRGB ＊5 (ON / OFF)

SETUP ＊1 (0 % / 7.5 %)

PIX MON (YPbPr / GBR)

OUTPUT

up menu

4-1

Page 38

next menu

SCALE

EAV-SAV ＊2 (REMOVE / PASS)

PERSIST-

ENCE

TIMING (NORMAL / PASS)

MODE

UNIT ＊2 (HDV, SD% / HDV, SDV / HD%, SD%) FULL ＊6 (0.7V / 1.0V)

SCALE

FULL ＊7 (100% / 150%)

SCALE

75% COLOR

SCALE

COLOR WHITE / YELLOW / CYAN / GREEN /

up menu

PERSIST- (OFF / ON / INFINIT)

ENCE

PERSIST ＊8

CLEAR

up menu

＊2 (ON / OFF)

MAGENTA / RED / BLUE

prev menu

＊1 Menu shown during pseudo-composite display. ＊2 The selectable items vary depending on the video signal format, display mode, and

other parameters.

＊3 When REFERENCE = EXT. ＊4 When COLOR_MATRIX = GBR. ＊5 When COLOR_MATRIX = RGB. ＊6 When set to V. ＊7 When set to %. ＊8 Displays when PERSISTENCE = INFINIT.

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4.2 Vectorscope Display Menu

VECTOR key

INTEN

F1 F1

GAIN

EAV-SAV

LINE

SELECT

COLOR

SYSTEM

VECTOR (-128 to +127 0 )

SCALE (-8 to +7 4 )

PERSIS (OFF / ON / INFINIT)

-TENCE

PERSIST ＊4

CLEAR

up menu

VAR (CAL / VAR)

MAG (X1 / X5 / IQ-MAG)

EAV-SAV (REMOVE / PASS)

up menu

LINE (ON / OFF)

SELECT

FIELD ＊3 (FIELD 1 / FIELD 2 / FRAME) LINE_SEL ＊1 (INTERNAL / EXTERNAL)

EXT_REF

up menu

COLOR (COMPONEN / COMPOSIT)

SYSTEM

SETUP ＊2 (0 % / 7.5 %)

COLOR (100 % / 75 %)

BAR

up menu

SCALE

IQ AXIS (ON / OFF)

SCALE WHITE / YELLOW / CYAN / GREEN /

COLOR MAGENTA / RED / BLUE

up menu

SELECT (VECTOR / DELTA / BAR)

＊1 When REFERENCE = EXT. ＊2 Menu shown during pseudo-composite display. ＊3 The selectable items vary depending on the video signal format, display mode, and

other parameters.

＊4 Displays when PERSISTENCE = INFINIT.

4-3

Page 40

4.3 Picture Display Menu

PICTURE key

MARKER

F1 F1

LINE

SELECT

4:3 ＊1 (ON / OFF) 16:9 ＊2 (ON / OFF)

SAFE (ON / OFF)

ACTION

SAFE (ON / OFF)

TITLE

CENTER (ON / OFF)

up menu

LINE (ON / OFF)

SELECT

FIELD ＊3 (FIELD 1 / FIELD 2 / FRAME)

up menu

＊1 Menu shown when the HDTV signal is being applied. ＊2 Menu shown when the SDTV signal is being applied. ＊3 The selectable items vary depending on the video signal format, display mode, and

other parameters.

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4.4 Audio Display Menu

AUDIO key

MODE (SOUND / LISSAJOU / MLT_LISS / VALUE)

SURROUND (3-1 / 3-2 / 3-2-2)

GROUP (1&2 / 3&4)

SOUND &

LISSAJOU

AUDIO (-8 to +7 0 )

INTEN

SCALE (-8 to +7 4 )

INTEN

LISSAJOU (X-Y / MATRIX)

LISSA-L CH1 / CH2 / CH3 / CH4 / CH5 /

＊1

CH6 / CH7 / CH8 / Lt

LEVEL

METER

LISSA-L CH9 / CH10 / CH11 / CH12 / CH13 /

CH14 / CH15 / CH16 / Lt

LISSA-R CH1 / CH2 / CH3 / CH4 / CH5 /

LISSA-R CH9 / CH10 / CH11 / CH12 / CH13 /

CH14 / CH15 / CH16 / Rt

GAIN (X1 / X2 / X10 / X0.5 / AUTO)

up menu

REF (-20dB / -18dB / -12dB)

LEVEL

RANGE (PEAK60dB / PEAK90dB / AVERAGE)

SCALE (TYPE-A / TYPE-B)

PEAK (0.5 to 5.0 / HOLD)

＊2

＊1

CH6 / CH7 / CH8 / Rt

＊2

HOLD

up menu

＊1 Menu shown when the audio groups 1 and 2 is selected. ＊2 Menu shown when the audio groups 3 and 4 is selected.

4-5

Page 42

next menu

CH1 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR) CH9 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH2 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH10 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH3 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH11 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH4 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH12 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH5 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH13 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

prev menu

next menu

CH6 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR) CH14 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH7 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH15 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH8 ＊1 (L / R / SL (S) / SR / C / LFE / RL / RR) CH16 ＊2 (L / R / SL (S) / SR / C / LFE / RL / RR)

prev menu

next menu

＊1 Menu shown when the audio groups 1 and 2 is selected. ＊2 Menu shown when the audio groups 3 and 4 is selected.

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4.5 Multi Display Menu

MULTI key

MULTI WFM

MODE (4 SCREEN / WFM_VEC / WFM_PIC / WFM_AUD)

MULTI WFM

MULTI VEC

MULTI AUDIO

MULTI STATUS

next menu

UPPER (VECTOR / AUDIO)

LOWER (STATUS / AUD_LVL)

prev menu

INTEN

WAV/VECT (-128 to +127 0 )

INTEN

SCALE (-8 to +7 4 )

up menu

GAIN

FILTER

VAR (CAL / VAR)

MAG (X1 / X5)

FILTER (FLAT / LOW PASS) FILTER ＊1 (FLAT / FLAT+LUM)

up menu

SWEEP

LINE

SELECT

CURSOR

SWEEP ＊2 (H / V)

H_SWEEP ＊2 (1H / 2H)

V_SWEEP ＊2 (1V / 2V)

FIELD ＊2 (FIELD 1 / FIELD 2) SWEEP MAG＊2 (X1 / X10 / X20 / ACTIVE / BLANK)

up menu

LINE (ON / OFF)

SELECT

FIELD (FIELD 1 / FIELD 2 / FRAME) LINE_SEL ＊3 (INTERNAL / EXTERNAL)

EXT_REF.

up menu

CURSOR (ON / OFF)

XY SEL (X / Y)

Y UNIT (mV / % / R %)

X UNIT (sec / Hz) FD VAR (REF / DELTA / TRACK)

REF SET

up menu

4-7

Page 44

COLOR

MATRIX

next menu

SCALE

EAV-SAV (REMOVE / PASS)

COLOR (YCbCr / GBR / RGB / COMPOSIT)

MATRIX

SETUP ＊1 (0 % / 7.5 %)

PIX MON (YPbPr / GBR)

OUTPUT

up menu

UNIT (HDV, SD% / HDV, SDV / HD%, SD%)

FULL ＊6 (0.7V / 1.0V)

SCALE

FULL ＊7 (100% / 150%)

SCALE

75% COLOR (ON / OFF)

SCALE

COLOR WHITE / YELLOW / CYAN / GREEN /

MAGENTA / RED / BLUE

up menu

PERSIST-

ENCE

TIMING (NORMAL / PASS)

MODE

prev menu

PERSIST (OFF / ON / INFINIT)

-ENCE

PERSIST

CLEAR

up menu

4-8

Page 45

MULTI

VECTOR

INTEN

F1 F1

GAIN

EAV-SAV

LINE

SELECT

WAV/VECT (-128 to +127 0 )

INTEN

SCALE (-8 to +7 4 )

PERSIS (OFF / ON / INFINIT)

-TENCE

PERSIST

CLEAR

up menu

VAR (CAL / VAR)

MAG (X1 / X5 / IQ-MAG)

EAV-SAV (REMOVE / PASS)

up menu

LINE (ON / OFF)

SELECT

FIELD (FIELD 1 / FIELD 2 / FRAME)

LINE_SEL ＊3 (INTERNAL / EXTERNAL)

EXT_REF

up menu

COLOR

SYSTEM

COLOR (COMPONEN / COMPOSIT)

SYSTEM

SETUP ＊1 (0 % / 7.5 %)

COLOR (100 % / 75 %)

BAR

up menu

IQ AXIS (ON / OFF)

SCALE

SCALE WHITE / YELLOW / CYAN / GREEN /

COLOR MAGENTA / RED / BLUE

up menu

SELECT (VECTOR / DELTA / BAR)

up menu

4-9

Page 46

MULTI

AUDIO

MODE (SOUND / LISSAJOU / MLT_LISS / VALUE)

SURROUND (3-1 / 3-2 / 3-2-2)

GROUP (1&2 / 3&4)

SOUND &

LISSAJOU

LEVEL

METER

next menu

AUDIO (-8 to +7 0 )

INTEN

SCALE (-8 to +7 4 )

INTEN

LISSAJOU (X-Y / MATRIX)

LISSA-L CH1 / CH2 / CH3 / CH4 / CH5 /

＊1

CH6 / CH7 / CH8 / Lt

LISSA-L CH9 / CH10 / CH11 / CH12 / CH13 /

CH14 / CH15 / CH16 / Lt

LISSA-R CH1 / CH2 / CH3 / CH4 / CH5 /

LISSA-R CH9 / CH10 / CH11 / CH12 / CH13 /

CH14 / CH15 / CH16 / Rt

GAIN (X1 / X2 / X10 / X0.5 / AUTO)

up menu

REF (-20dB / -18dB / -12dB)

＊2

＊1

CH6 / CH7 / CH8 / Rt

＊2

LEVEL

RANGE (PEAK60dB / PEAK90dB / AVERAGE)

SCALE (TYPE-A / TYPE-B)

PEAK (0.5 to 5.0 / HOLD)

HOLD

up menu

CH1 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH9 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH2 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH10 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH3 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH11 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH4 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH12 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH5 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH13 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

prev menu

next menu

CH6 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH14 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH7 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH15 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH8 ＊10 (L / R / SL (S) / SR / C / LFE / RL / RR)

CH16 ＊11 (L / R / SL (S) / SR / C / LFE / RL / RR)

prev menu

next menu

4-10

Page 47

MULTI STATUS

STATUS

DATA

DUMP

MODE (RUN / HOLD)

DISPLAY (SERIAL / COMPO / BINARY)

EAV JUMP

SAV JUMP

F. D (LINE / SAMPLE)

up menu

ERROR

CONFIG

ERROR REM ERR (POSITIVE / NEGATIVE)

ALARM POLARITY

BEEP (ON / OFF)

up menu

COUNT (V RATE / 1sec)

RATE

ERROR TRS (ON / OFF)

DETECT ERROR

LINE (ON / OFF)

ERROR

CRC (ON / OFF)

ERROR

EDH (ON / OFF)

ERROR

RESERVED (ON / OFF)

ERROR

next menu

up menu

PARITY (ON / OFF)

ERROR

CHECKSUM (ON / OFF)

ERROR

LEVEL (ON / OFF)

ERROR

GAMUT (ON / OFF)

ERROR

C. GAMUT (ON / OFF)

ERROR

next menu

up menu

4-11

BCH (ON / OFF)

ERROR

AUDIO (ON / OFF)

ERROR

AUDIO (ON / OFF)

CRC

EXT_REF (ON / OFF)

LOCK

CABLE (ON / OFF)

ERROR

next menu

up menu

Page 48

ERROR

RESET

ERROR GAMUT GAMUT

F1 F1

LEVEL UPPER %

(90.8 to 109.4)

GAMUT

LOWER %

(-7.2 to 6.1)

up menu

COMPOSIT C. GAMUT

GAMUT UPPER %

(90.0 to 135.0)

C. GAMUT

LOWER %

(-40 to -20)

up menu

VIDEO LUMA

LEVEL UPPER mV

(-51 to 766)

LUMA

LOWER mV

(-51 to 766)

CHROMA

PLUS mV

(-400 to 399)

CHROMA

MINUS mV

(-400 to 399)

up menu

CABLE HD CABLE

LENGTH m

(5 to 130)

HD CABLE

WARNING

(5 to 130)

SD CABLE

LENGTH m

(50 to 300)

SD CABLE

WARNING

(50 to 300)

up menu

ERROR (REFRESH / HOLD)

DISPLAY

up menu

Items indicated by italics are common setting for Waveform Display and Vectorscope Display.

4-12

Page 49

＊1 Menu shown during pseudo-composite display. ＊2 The selectable items vary depending on the video signal format, display mode, and

other parameters.

＊3 When REFERENCE = EXT. ＊4 When COLOR_MATRIX = GBR. ＊5 When COLOR_MATRIX = RGB. ＊6 When set to V. ＊7 When set to %. ＊8 Menu shown when the HDTV signal is being applied. ＊9 Menu shown when the SDTV signal is being applied. ＊10 Menu shown when the audio groups 1 and 2 is selected. ＊11 Menu shown when the audio groups 3 and 4 is selected.

4-13

Page 50

4.6 Status Display Menu

STATUS key

LOG

LIST

LOG (START / STOP)

ERROR

RESET

LOG (OVER WR / STOP)

MODE

CF CARD NAME CLEAR

INPUT ALL

STORE OVER WR

CARD YES

FILE

LIST

FILE DELETE

DELETE YES

FILENAME (ON / OFF)

AUTO INC

up menu

DELETE

INSERT

← →

CHAR

SET

up menu

OVER WR

DELETE

DATA

DUMP

MODE (RUN / HOLD)

DISPLAY (SERIAL / COMPO / BINARY)

EAV JUMP

SAV JUMP

F. D (LINE / SAMPLE)

CF CARD NAME CLEAR

INPUT ALL

4-14

DELETE

INSERT

← →

CHAR

SET

up menu

Page 51

up menu

STORE OVER WR

CARD YES

OVER WR

FILE

LIST

DELETE DELETE

YES

DELETE

FILENAME (ON / OFF)

AUTO INC

up menu

AUDIO

CH ＊1 (CH1 / CH2 / CH3 / CH4 / CH5 / CH6 / CH7 / CH8)

SELECT

CH CH9 / CH10 / CH11 / CH12 / CH13 / CH14 /

SELECT CH15 / CH16

up menu

ANC PACKET (See section 15, V. ANC)

ERROR

CONFIG

ERROR REM ERR (POSITIVE / NEGATIVE)

ALARM POLARITY

COUNT (V RATE / 1sec)

RATE

ERROR TRS (ON / OFF)

DETECT ERROR

＊2

BEEP (ON / OFF)

up menu

LINE (ON / OFF)

ERROR

CRC (ON / OFF)

ERROR

EDH (ON / OFF)

ERROR

RESERVED (ON / OFF)

ERROR

next menu

up menu

4-15

PARITY (ON / OFF)

ERROR

CHECKSUM (ON / OFF)

ERROR

Page 52

LEVEL (ON / OFF)

ERROR

GAMUT (ON / OFF)

ERROR

C. GAMUT (ON / OFF)

ERROR

next menu

up menu

BCH (ON / OFF)

ERROR

AUDIO (ON / OFF)

ERROR

AUDIO (ON / OFF)

CRC

EXT_REF (ON / OFF)

LOCK

CABLE (ON / OFF)

ERROR

next menu

up menu

ERROR GAMUT GAMUT

LEVEL UPPER %

(90.8 to 109.4)

GAMUT

LOWER %

(-7.2 to 6.1)

up menu

COMPOSIT C. GAMUT

GAMUT UPPER %

(90.0 to 135.0)

C. GAMUT

LOWER %

(-40 to -20)

up menu

VIDEO LUMA

LEVEL UPPER mV

(-51 to 766)

LUMA

LOWER mV

(-51 to 766)

CHROMA

PLUS mV

(-400 to 399)

CHROMA

MINUS mV

(-400 to 399)

up menu

4-16

Page 53

ERROR (REFRESH / HOLD)

DISPLAY

up menu

CABLE

up menu

HD CABLE (5 to 130)

LENGTH m

HD CABLE (5 to 130)

WARNING

SD CABLE (50 to 300)

LENGTH m

SD CABLE (50 to 300)

WARNING

up menu

CABLE

LENGTH

HD-SDI (LS-5CFB / 1694A)

CABLE

SD-SDI (L-5C2V / 8281 / 1505A)

CABLE

up menu

ERROR

RESET

＊1 Menu shown when the audio groups 1 and 2 is selected. ＊2 Menu shown when the audio groups 3 and 4 is selected.

4-17

Page 54

4.7 Capture Menu

CAPTURE

key

PUSH

HOLD

DISPLAY (REAL / HOLD / BOTH)

CF CARD NAME CLEAR ALL

 →  CHAR

INPUT DELETE

INSERT

←

 SET  up menu

  STORE OVER WR

 CARD YES  OVER WR

 NO  FILE

LIST

  FILE DELETE

 DELETE YES

DELETE

FILENAME (ON / OFF)

AUTO INC

RECALL

CARD

up menu

FILE (BMP&BST / BMP / BST)

SELECT

4-18

Page 55

4.8 System Menu

SYSTEM key

FORMAT MODE (AUTO / MANUAL)

i/PsF ＊1 (INTERLAC / SEG. FRAM)

SELECT

SCANNING 1080p / 1080sF / 1080i / 1035i /

720p / 625i / 525i

FIELD ＊2 (30 / 29.97 / 25 / 24 / 23.98)

FREQ

FIELD ＊2 (60 / 59.94 / 50)

FREQ

FIELD ＊2 (60 / 59.94)

FREQ

FIELD ＊2

(60 / 59.94 / 50 / 30 / 29.97 / 25 / 24 / 23.98 )

FREQ

V BIT ＊3 (NORMAL / NARROW)

525

COMPOSIT (AUTO / NTSC / PAL)

FORMAT

up menu

DISPLAY INFOR- FORMAT (ON / OFF)

MATION DATE Y/M/D / M/D/Y

D/M/Y / OFF

TIME (OFF / REAL / TIMECODE)

COLOR (ON / OFF)

TIMECODE ＊4 (LTC / VITC)

up menu

BACK LIGHT (HIGH / LOW)

AUTO OFF (OFF / 5min / 30min /60min)

DISPLAY OFF

up menu

INTERFACE

REMOTE (BIT / BINARY)

ETHERNET

DHCP/IP (DHCP / IP)

SELECT

IP_ADRS

SUBNET

MASK

GATEWAY

← →

up menu

MONITOR (TYPE-A / TYPE-B / TYPE-C)

BEEP (NORMAL / MUTE)

up menu

＊2

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Page 56

DATE & YEAR (1900 - 2200)

TIME MONTH (1 - 12)

DAY (1 - 31)

HOUR (0 - 23)

MINUTE (0 - 59)

SECOND (0 - 59)

CLOCK

SET

SHORTCUT

KEY SET

SETUP INIT

INIT YES

SHORTCUT (KEY LED / DIRECT_K)

KEY

up menu

INIT

＊1 Menu shown when the video format mode is set to AUTO. ＊2 Menu shown when the video format mode is set to MANUAL. ＊3 Menu shown when the SD-SDI signal is being applied. ＊4 Menu shown when the time display is set to TIMECODE selection.

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Page 57

4.9 Preset Menu

MEMORY key

MEDIA (INTERNAL / CF_CARD)

COMMENT CLEAR

INPUT ALL

DELETE

INSERT

←

→

CHAR

SET

up menu

STORE OVER WR

YES

OVER WR

FILE DELETE

DELETE YES

DELETE

RECALL

next menu

ALL COPY COPY

CARD-INT YES

ALL COPY COPY

INT-CARD YES

prev menu

COPY

4-21

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5. SYSTEM CONFIGURATION BEFORE WAVEFORM MONITORING

5.1 SDI Input Signal Selection

5.1.1 SDI Input Signal

• The SDI signal input connectors (INPUT SDI A, B) @8 are dedicated to serial digital

video signals.

Do not input other types of signals such as analog video signals.

• The signal amplitude is within 800 mVp-p±10 %. Do not apply signals that exceed this

amplitude.

• Below are the supported formats. Only component SDI signals are supported;

Composite SDI signals are not supported.

The LV 5710A does not support SD-SDI signals.

1 1080i/60

2 1080i/59.94 3 1080i/50 4 1080p/30 5 1080p/29.97 6 1080p/25 7 1080p/24 8 1080p/23.98 9 1080PsF/30 10 1080PsF/29.97 11 1080PsF/25 12 1080PsF/24

13 1080PsF/23.98

14 1035i/60 15 1035i/59.94 16 720p/60 17 720p/59.94

18 720p/50 ＊ 19 720p/30 ＊ 20 720p/29.97 ＊ 21 720p/25 ＊ 22 720p/24 ＊ 23 720p/23.98 ＊

24 525i/59.94 (not supported by the LV 5710A) 25 625i/50 (not supported by the LV 5710A)

Figure 5.1 SDI signal input connectors @8

(INPUT SDI A,B)

＊Formats whose evaluation verification has not been completed as of September 2007.

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5.1.2 Module Selection

The MODULE key u is valid only when the SDI input module or the analog input module (option sold separately) is installed. It does not function on the standard model.

If you press the MODULE key u when an error is being observed, an ERROR message may appear.

5.1.3 SDI Input Selection

The SDI signal input selection key y is switches the SDI signal input connectors (INPUT SDI A,B) @8 to select the channel corresponding to the SDI input signal to be monitored on the LV 5700A/LV 5710A. The A and B indicators to the left of the SDI signal input selection key y illuminates according to the selected channel. If you press the SDI signal input selection key y when an error is being observed, a NO SIGNAL or ERROR message appears, and the error count is incremented.

Figure 5.2 SDI signal input selection key y

MODULE key u

5.2 External Synchronization Signal Setting

5.2.1 External Sync Signals

• The EXT REF connector @7 supports HDTV

analog tri-level sync signals and SDTV analog black burst signals.

• The format of the signal input to the EXT REF

connector @7 is automatically determined.

• The signal amplitude is within ±5 V.

Do not apply signals that exceed this voltage.

• When applying HDTV tri-level sync signals, input

signals that have the same frame frequency and line frequency as HD-SDI signals.

• The video signal waveform on the reference of

an external synchronize signal indicates that the waveform phase of approximately 1 clock is not decided.

Figure 5.3 EXT REF connector @7

(EXT REF)

• Below are black burst signal formats for which

the waveform display can be synchronized.

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525i/59.94 black burst signal

1035i/59.94 1080i/59.94 1080p/29.97 1080PsF/29.97 720p/59.94

＊525i/59.94

625i/50 black burst signal

1080i/50 1080p/25 1080PsF/25

＊625i/50 ＊The LV 5710A does not support 525i/59.94 and 625i/50.

5.2.2 External Sync Signal Switching

To display waveforms with respect to the external sync signal, press the REFERENCE key t to illuminate the EXT LED. If the SDI signal and the external sync signal are not synchronized, the waveform display moves, and the status display indicates EXTERNAL UNLOCK (REFERENCE). For details on the EXTERNAL UNLOCK indication, see section 11, “Status Display.”

Figure 5.4 REFERENCE key t

If you select INT using the REFERENCE key t, the waveform is displayed using the sync signal on the SDI signal.

The displays that are affected by switching INT and EXT using the REFERENCE key t are waveform display and vectorscope display. However, for picture display, audio display, and data dump display, synchronization is achieved using the SDI sync signal regardless of the INT/EXT setting.

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5.3 System Menu

Settings related to the operation of the entire system are configured from the system menu by pressing the SYSTEM key e. Press the SYSTEM key e to display the System Setup Menu shown below.

Figure 5.5 SYSTEM key e

FORMAT DISPLAY INTER-

FACE

F・1F

・

DATE & TIME

・

SHORTCUT KEY SET

・

Figure 5.6 System setup menu

Function Key Description F·1 FORMAT Sets the video signal format F·3 DISPLAY Sets the display F·4 INTERFACE Sets the input/output interface F·5 DATE & TIME Sets the date/time F·6 SHORTCUT KEY SET Sets the shortcut key operation F·7 SETUP INIT Initializes settings

Table 5.1 System setup menu description

SETUP INIT

・

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5.4 Video Signal Format Setting

To set the video signal format, press the F·1 FORMAT key from the system setup menu. The video signal format setup menu appears. Then, set the items as desired.

MODE

AUTO

F・1F

i/PsF

SELECT

INTERLAC

・

SCANNING

1080i

・

FIELD

FREQ.

59.94

・

V BIT

525

NORMAL

・

COMPOSIT

FORMAT

AUTO

・

up menu

・

Figure 5.7 Video signal format setup menu

Function Key Description F·1 MODE Selects auto/manual setting of the video signal

format F·2 i/PsF SELECT Selects interlace and segment frame F·3 SCANNING Selects scanning when manual is selected F·4 FIELD(FRAME)FREQ. Selects the field/frame frequency when manual is

selected F·5 V BIT Selects the V bit for 525i/59.94 F·6 COMPOSIT FORMAT Selects the format for pseudo-composite display

Table 5.2 Description of the video signal format setup menu

5.4.1 Auto/Manual Selection

You can select auto or manual setting for the SDI signal video format.

(1) Auto Selection of the Video Signal Format

[ SYSTEM → F·1 FORMAT → F·1 MODE :AUTO / MANUAL ] From the video signal format setup menu, press F·1 MODE to select AUTO. The LV 5700A/LV 5710A detects the format of the input SDI signal and automatically sets itself. The detected video signal format is displayed at the upper left corner of the screen (the video signal format display must be turned ON as described in section 5.5.1, “Information Display”).

＊The LV 5700A/LV 5710A cannot automatically distinguish HD-SDI interlace and

segment frame. See section 5.4.2, "Interlace and Segment Frame Selection" and set it manually. Below are video signal formats that the LV 5700A/LV 5710A cannot automatically distinguish.

1080i/60 and 1080PsF/30 1080i/59.94 and 1080PsF/29.97 1080i/50 and 1080PsF/25

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(2) Manual Selection of the Video Signal Format

[ SYSTEM → F·1 FORMAT → F·1 MODE :AUTO / MANUAL ] If you press the F·1 MODE key to select MANUAL from the video signal format setup menu, you must set the video signal format manually according to the input SDI signal. To do so, carry out the procedures described in sections 5.4.3, "Scanning Selection," and 5.4.4, "Field/Frame Frequency Selection" in order. If the scanning and field/frame frequency selections are not correct, disturbance will occur on the display. When an SDI signal of the specified video signal format is received, the video signal format is displayed at the upper left corner of the screen (the video signal format display must be turned ON as described in section 5.5.1, "Information Display").

5.4.2 Interlace and Segment Frame Selection

[ SYSTEM → F·1 FORMAT → F·2 i/PsF SELECT :INTERLAC / SEG.FRAM ] Even when auto setting of the video signal format is used, 1080i (interlace) and 1080PsF (segment frame) cannot be distinguished automatically. You must manually select interlace or segment frame. Press the F·2 i/PSF SELECT key from the video signal format setup menu and select interlace or segment frame. This selection is possible only when AUTO is selected in section 5.4.1, "Auto/Manual Setting Selection." The menu does not appear when MANUAL is selected.

INTERLAC: Selects interlace. SEG.FRAM: Selects segment frame.

5.4.3 Scanning Selection

[ SYSTEM → F·1 FORMAT → F·3 SCANNING :1080i / 1080PsF / 1080p / 1035i / 720p / 525i / 625i ] Manually selects the scanning of the video signal format (as a video signal format setting). The scanning selection is possible only when MANUAL is selected in section 5.4.1, "Auto/ Manual Setting Selection." The menu does not appear when AUTO is selected.

1080i: Selects HD-SDI with 1080 active interlaced lines. 1080PsF: Selects HD-SDI with 1080 active segment frames. 1080p: Selects HD-SDI with 1080 active progressive lines. 1035i: Selects HD-SDI with 1035 active interlaced lines. 720p: Selects HD-SDI with 720 active progressive lines.

＊525i: Selects SD-SDI with 525 interlaced lines. ＊625i: Selects SD-SDI with 625 interlaced lines. ＊The LV 5710A does not support 525i and 625i.

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5.4.4 Field/Frame Frequency Selection

[ SYSTEM → F·1 FORMAT → F·4 FIELD FREQ. :60 / 59.94 / 50 ] [ SYSTEM → F·1 FORMAT → F·4 FIELD FREQ. :30 / 29.97 / 25 / 24 / 23.98 ] [ SYSTEM → F·1 FORMAT → F·4 FIELD FREQ. :30 / 29.97 / 25 / 24 / 23.98 ] [ SYSTEM → F·1 FORMAT → F·4 FIELD FREQ. :60 / 59.94 ] [ SYSTEM → F·1 FORMAT → F·4 FIELD FREQ. :60 / 59.94 / 50 / 30 / 29.97

Manually selects field frequency or frame frequency as a video signal format setting. The selectable field/frame frequencies vary depending on the selection made in section

5.4.3, "Scanning Selection" (among the video signal formats that the LV 5700A/LV 5710A supports). The selected value is displayed as video signal format at the upper right corner of the screen (the video signal format display must be turned ON as described in section 5.5.1, "Information Display").

The field/frame frequency selection is possible only when MANUAL is selected in section

5.4.1, "Auto/Manual Setting Selection." The menu does not appear when AUTO is selected.

25 / 24 / 23.98 ]

Below are the selectable ranges of the field/frame frequency with respect to the item selected in section 5.4.3, "Scanning Selection." The field frequency is fixed when 525i or 625i is selected.

Field Frequency

1080i

1080PsF

1080p

1035i

720p

525i ＊

Scanning Selection

625i ＊

＊The LV 5710A does not support 525i and 625i.

Table 5.3 Field/Frame frequencies according to the scanning selection

60 / 59.94 / 50

60 / 59.94

59.94

Frame Frequency

30 / 29.97 / 25 / 24 / 23.98

60 / 59.94 / 50 / 30 / 29.97 25 / 24 / 23.98

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5.4.5 V Blanking Period Selection

When applying SD-SDI signals of 525i/59.94 format, the V blanking period must be set manually according to the period during which the V bit in the TRS is set to 1. [ SYSTEM → F·1 FORMAT → F·5 V BIT 525 :NORMAL / NARROW ] NORMAL: Select this mode when the V bit of the 525i/59.94 SDI signal is 1 from line 1 to

line 19 and from line 264 to line 282.

NARROW: Select this mode when the V bit of the 525i/59.94 SDI signal is 1 from line 1 to

line 9 and from line 264 to line 272.

If the V bit selection is incorrect, a TRS error occurs. The menu does not appear on the LV 5710A, because it does not support SD-SDI signals.

5.4.6 Format Selection of the Pseudo-Composite Display

[ SYSTEM → F·1 FORMAT → F·6 COMPOSIT FORMAT :AUTO / NTSC / PAL] When pseudo-composite display is selected, you can select whether to display it in NTSC or PAL. You can also select auto setting. In auto setting, PAL is used only when the frame rate or field rate is 25 Hz or 50 Hz. For all other cases, NTSC is used.

Press the F·6 COMPOSIT FORMAT key from the video signal format setup menu to make the selection.

NTSC: Artificially converts all video signal formats into NTSC composite signal. PAL: Artificially converts all video signal formats into PAL composite signal. AUTO: Artificially converts video signal formats with frame/field rate of 25 Hz or 50 Hz into

PAL and all other video signal formats into NTSC composite signal.

Figure 5.8 NTSC and PAL when displaying pseudo-composite vector waveforms

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5.5 Screen Display Settings

To set the screen display, press the F·3 DISPLAY key from the system menu. The screen display setup menu appears. Then, set the items as desired.

INFOR-

MATION

F・1F

BACK

LIGHT

HIGH

・

AUTO

OFF OFF

・

DISPLAY

OFF

・

up menu

・

Figure 5.9 Screen display setup menu

Function Key Description

F·1 INFORMATION Sets the information display at the upper of the screen F·2 BACK LIGHT Selects the brightness of the LCD backlight F·3 AUTO OFF Selects the auto shutoff function of the LCD backlight F·4 DISPLAY OFF The LCD backlight is shutoff immediately

Table 5.4 Description of the screen display setup menu

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5.5.1 Information Display

The LV 5700A/LV 5710A can display information such as the video signal format and date/ time at the top section of the screen. You can use the menu to turn on or off the function.

TIMECODE

y / m / d REAL ON

LTC

Figure 5.10 Information Display

(1) Showing the Video Signal Format

[ SYSTEM → F·3 DISPLAY → F·1 INFORMATION → F·1 FORMAT :ON/OFF ] From the information display menu, press F·1 FORMAT to select whether to show the video signal format at the top section of the screen.

(2) Showing the Date

[ SYSTEM → F·3 DISPLAY → F·1 INFORMATION → F·2 DATE : OFF / Y/M/D / M/D/Y / D/M/Y ] From the information display menu, press F·2 DATE to select the format of the date to be displayed at the top section of the screen.

Y/M/D: Displayed in the order year, month, and day. M/D/Y: Displayed in the order month, day, and year. D/M/Y: Displayed in the order day, month, and year. OFF: Does not show the date.

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(3) Displaying the Time

[ SYSTEM → F·3 DISPLAY → F·1 INFORMATION → F·3 TIME: OFF / REAL / TIMECODE ] From the information display menu, press the F·3 TIME key to select the format of the time to be displayed at the top section of the screen.

REAL: Displays the current time (built-in realtime clock) TIMECODE: Displays the time code embedded in the SDI signal.

OFF: Does not show the time. The time codes that the LV 5700A/LV 5710A can display are LTC and VITC conforming to SMPTE RP188.

(4) Showing the Color System

[ SYSTEM → F·3 DISPLAY → F·1 INFORMATION → F·4 COLOR :ON/OFF ] From the information display menu, press F·4 COLOR to select whether to show the color system at the top section of the screen.

(5) Selecting the Time Code

[ SYSTEM → F·3 DISPLAY → F·1 INFORMATION → F·5 TIMECODE :LTC/VITC ] If TIMECODE is selected in (3) Time Display, select whether to set the displayed time code to LTC or VITC. The time codes that the LV 5700A/LV 5710A can display are LTC and VITC conforming to SMPTE RP188.

5.5.2 Backlight Switching

You can adjust the brightness of the LCD backlight and select auto shutoff.

(1) Adjusting the Brightness of the Backlight

[ SYSTEM → F·3 DISPLAY → F·2 BACK LIGHT :LOW/HIGH ]

From the screen display menu, press F·2 BACK LIGHT to adjust the brightness of the

LCD. Select HIGH to brighten, LOW to dim.

(2) Auto Shutoff

[ SYSTEM → F·3 DISPLAY → F·3 AUTO OFF :OFF / 5 min / 30 min / 60 min ] From the screen display menu, press F·3 AUTO OFF to set the auto shutoff function of the LCD backlight.

OFF: Does not automatically shut off the backlight. 5 min: The backlight is shut off 5 minutes after pressing the last key. 30 min: The backlight is shut off 30 minutes after pressing the last key.

60 min: The backlight is shut off 60 minutes after pressing the last key. To recover from the backlight off condition, press any key. The backlight turns ON, and the screen returns to the original condition.

Note Allow the backlight to turn off and on only a few times per day.

Repeating the action frequently shortens the backlight life.

(3) Shutoff immediately

[ SYSTEM → F·3 DISPLAY → F·4 DISPLAY OFF ] From the screen display menu, press F·4 DISPLAY OFF to turn off the LCD backlight immediately.

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Note Allow the backlight to turn off and on only a few times per day.

Repeating the action frequently shortens the backlight life.

5.6 Interface Settings

To set the interface such as the remote connector and Ethernet connector, press the F·4 INTERFACE key from the system setup menu.

REMOTE

BIT

F・1F

ETHERNET

・

MONITOR

TYPE-A

・

BEEP

MUTE

・

up menu

・

Figure 5.11 Interface setup menu

Function Key Description

F·1 REMOTE Selects the preset recall from the remote

connector on the rear panel. F·2 ETHERNET Sets the Ethernet parameters. F·3 MONITOR Selects the monitor that is connected to the XGA

connector on the rear panel. F·4 BEEP Turns ON/OFF the operation sound.

Table 5.5 Description of the interface setup menu

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5.6.1 Remote Connector

The remote connector @2 is used to recall preset items on the LV 5700A/LV 5710A and output error alarms.

Figure 5.12 REMOTE Connector @2

Pin No.

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

Pin Name N.C. GND N.C. RESERVED N.C N.C. N.C. N.C. N.C. N.C. N.C. N.C. N.C. GND N.C. ALARM P1 P2 P3 P4 P5 P6 P7 P8 RESERVED

Input/Output No connection No connection No connection Input No connection No connection No connection No connection No connection No connection No connection No connection No connection No connection No connection Output Input Input Input Input Input Input Input Input Input

Table 5.6 Pin Arrangement of the REMOTE Connector

(1) REMOTE Connector

• Do not apply voltage to output pins.

• All input pins are pulled up to +3.3 V.

negative voltage when externally controlling the LV 5700A/LV 5710A.

5-13

Do not apply voltage exceeding +5 V or

Page 71

(2) Recalling Presets through the REMOTE Connector

[ SYSTEM → F·4 INTERFACE → F·1 REMOTE :BIT/BINARY ] Recalls presets using P1 through P8 of the REMOTE connector. There are two methods of recalling presets. If you select BIT, pins P1 to P8 are assigned to preset numbers 1 to 8, respectively. Eight presets can be recalled. If you select BINARY, pins P1 to P7 are assigned to be LSB to MSB of a binary value. All 100 presets can be recalled.

Pins P1 to P8 are low active for both BIT and BINARY settings. When setting the pins, connect the pins to GND.

Wait at least 1 s between settings. Unlike other waveform monitors made by LEADER, level detection (HIGH and LOW) are used for pins P1 to P8 (not edge detection).

(3) Alarm Output Pin

The alarm output pin of the remote connector outputs a high or low signal when an error occurs in the item that has been turned ON as described in section 11.11.3, "Detection ON/OFF of Errors." You can set the polarity of the alarm output as described in section 11.11.1, "Error Alarm Setting."

5.6.2 Ethernet Connection Procedure

To connect to the Ethernet network, connect a 100BASE-TX STP cable to the Ethernet connector (ETHER) @4.

Cable: When connecting to the network via a hub, use a straight cable; when directly connecting to a PC (one-toone connection), use a cross cable.

(1) TCP/IP Setup

To set Ethernet-related settings of the LV 5700A/LV 5710A, press the SYSTEM key e followed by the F·4 INTERFACE key and then the F·2 ETHERNET key. The TCP/IP setup screen appears. Enter the parameters.

After setting the TCP/IP parameters, power cycle the LV 5700A/LV 5710A.

Figure 5.13 Ethernet connector

(ETHER) @4

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NETWORK PARAMETER SETTING DHCP/IP_SELECT = IP

IP_ADDRESS : 0 0 0 0 SUBNET_MASK : 0 0 0 0 GATEWAY : 0 0 0 0

[F.D_NOB] = NUMBER_INC/DEC , [F.D_PUSH] = 0 SET &Function Key EDIT

DHCP/IP SELECT

F・1F

IP_ADRS SUBNET

・

MASK

・

GATEWAY

・

←→

・

Figure 5.14 TCP/IP setup screen

(2) DHCP/IP Selection

[ SYSTEM → F·4 INTERFACE → F·2 ETHERNET → F·1 DHCP/IP SELECT:DHCP / IP] From the TCP/IP setup menu, press F·1 DHCP/IP SELECT to select whether to use DHCP or specify the IP address.

If DHCP is selected in an environment in which a DHCP server is running, the IP address, subnet mask, and default gateway settings are automatically assigned. To find out if you can use DHCP, check with your network administrator. After setting the TCP/IP parameters, power cycle the LV 5700A/LV 5710A.

(3) IP Address Setting

[ SYSTEM → F·4 INTERFACE → F·2 ETHERNET → F·2 IP_ADRS] If IP was selected in section 5.6.2 (2), "DHCP/IP Selection," you must specify the IP address to be assigned to the LV 5700A/LV 5710A. The IP address must be a unique number on the network. For details on obtaining an IP address for the LV 5700A/LV 5710A, check with your network administrator. If DHCP is selected, the IP address cannot be specified.

Press F·2 IP_ADRS. A blue cursor appears at "IP_ADDRESS:" at the top section of the screen. Set the value in the range of 0 to 255 by turning the function dial (F·D). Use the F·5 and F·6 keys to move the cursor. After setting the TCP/IP parameters, power cycle the LV 5700A/LV 5710A.

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(4) Subnet Mask Setting

[ SYSTEM → F·4 INTERFACE → F·2 ETHERNET → F·3 SUBNET MASK] If IP was selected in section 5.6.2 (2), "DHCP/IP Selection," you must specify the subnet mask. For details on the subnet mask, check with your network administrator. If DHCP is selected, the subnet mask cannot be specified.

Press F·3 SUBNET MASK. A blue cursor appears at "SUBNET_MASK:" at the top section of the screen. Set the value in the range of 0 to 255 by turning the function dial (F·D). Use the F·5 and F·6 keys to move the cursor. After setting the TCP/IP parameters, power cycle the LV 5700A/LV 5710A.

(5) Default Gateway Setting

[ SYSTEM → F·4 INTERFACE → F·2 ETHERNET → F·4 GATEWAY] If IP was selected in section 5.6.2 (2), "DHCP/IP Selection," you must specify the default gateway. For details on the default gateway, check with your network administrator.

Press F·3 GATEWAY. A blue cursor appears at "GATEWAY:" at the top section of the screen. Set the value in the range of 0 to 255 by turning the function dial (F·D). Use the F·5 and F·6 keys to move the cursor. After setting the TCP/IP parameters, power cycle the LV 5700A/LV 5710A.

5.6.3 External XGA Monitor

The contents displayed on the LCD can also be displayed on an external monitor by connecting an external XGA monitor to the XGA output (EXT MON) @3. The clarity of the display may be poor depending on the type of display. In such case, switch the monitor selection.

(1) External XGA Monitor Selection

[ SYSTEM → F·4 INTERFACE → F·3 MONITOR : TYPE-A / TYPE-B / TYPE-C ] By default, TYPE-A is selected. If the clarity is poor, switch to TYPE-B or TYPE-C.

Note: EXT MON (external XGA monitor output) on the LV 5700A/LV 5710A outputs a

video signal that has been converted into a pseudo signal that matches the XGA signal timing. If the synchronization on the external monitor connected is unstable or the monitor does not display correctly, change the LV 5700A/LV 5710A monitor mode to [Type-B] or [Type-C]. Depending on the type of external monitor connected, the video may not be displayed correctly.

Figure 5.15 XGA Output

(EXT MON) @3

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5.6.4 Operation Sound Selection

[ SYSTEM → F·4 INTERFACE → F·4 BEEP : NORMAL / MUTE ] Operation sounds may be generated when you operate the panel or insert or remove the compact flash card. If the sound bothers you, you can turn it off completely. MUTE turns the sound off; NORMAL turns the sound on.

5.7 Date and Time Settings

The LV 5700A/LV 5710A has a calendar and time function. Thus, date/time can be displayed and error logs can be taken with time information. For details on displaying the date/time, see section 5.5, “Screen Display Settings.” For details on error logging, see section 11.7, “Error Log ”

YEAR

1999

F·1

MONTH

F·2 F·3 F·4 F·5 F·6 F·7

DAY

HOUR

MINUTE

SECOND

CLOCK

SET

Figure 5.16 Date and Time Setup Menu

(1) Adjusting the Year

[ SYSTEM → F·5 DATE & TIME → F·1 YEAR ] You can set the year from 1900 to 2200. From the menu, select F·1 YEAR and then adjust the year using the function dial ( F·D ) !8.

(2) Adjusting the Month

[ SYSTEM → F·5 DATE & TIME → F·2 MONTH ] You can set the month from January to December. From the menu, select F·2 MONTH and then adjust the month using the function dial ( F·D ) !8.

(3) Adjusting the Date

[ SYSTEM → F·5 DATE & TIME → F·3 DAY ] You can set the date from 1st to 31st. From the menu, select F·3 DAY and then adjust the date using the function dial ( F·D ) !8.

(4) Adjusting the Hour

[ SYSTEM → F·5 DATE & TIME → F·4 HOUR ] You can set the hour from 1 to 24. From the menu, select F·4 HOUR and then adjust the hour using the function dial ( F·D ) !8.

(5) Adjusting the Minute

[ SYSTEM → F·5 DATE & TIME → F·5 MINUTE ] You can set the minute from 0 to 59. From the menu, select F·5 MINUTE and then adjust the minute using the function dial ( F·D ) !8.

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(6) Adjusting the Second

[ SYSTEM → F·5 DATE & TIME → F·6 SECOND ] You can set the second from 0 to 59. From the menu, select F·6 SECOND and then adjust the second using the function dial ( F·D ) !8.

(7) Date/Time Confirmation

[ SYSTEM → F·5 DATE & TIME → F·7 CLOCK SET ] When you are done adjusting the date and time, press F·7 CLOCK SET to write to the calendar function of the LV 5700A/LV 5710A. The date/time setup menu is closed as the date/time is written, and the screen returns to the system menu. To cancel the writing, press the SYSTEM key e.

5.8 Shortcut Key Setting

You can assign any of the available functions to the SHORTCUT key @0. From the system setup menu, press the F·6 SHORTCUT KEY SET key. Assign the function on the shortcut key setup menu that appears.

SHORTCUT

KEY

KEY LED

F・1F

・

Figure 5.17 Shortcut key setup menu

5.8.1 Illumination of All Key LEDs

[ SYSTEM → F·6 SHORTCUT KEY SET → F·1 SHORTCUT KEY : KEY LED / DIRECT_K ] By assigning the key LED illumination function to the SHORTCUT key @0, you can illuminate all the key LEDs of the LV 5700A/LV 5710A using the SHORTCUT key. When you perform the next operation, all keys other than the functioning key are turned OFF. From the short cut key setup menu, press F·1 SHORTCUT KEY to select KEY LED. This is useful when operating the LV 5700A/LV 5710A in a very dark place. The shortcut key is assigned to the key LED illumination function.

・

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5.8.2 Direct Recall

[ SYSTEM → F·6 SHORTCUT KEY SET → F·1 SHORTCUT KEY : KEY LED / DIRECT_K ] By assigning the direct recall function to the SHORTCUT key @0, you can recall pre settings using the SHORTCUT key. Direct recall is useful when a setting that is used often but deep in the menu tree is assigned (error log screen or data dump display, for example). From the short cut key setup menu, press F·1 SHORTCUT KEY to select DIRECT_K. The shortcut key is assigned to the direct recall function.

The preset procedure is as follows:

(1) Set the LV 5700A/LV 5710A in a condition you wish to assign to the direct recall

function.

(2) Press the MEMORY key w to display the preset memory menu.

(3) Press the SHORTCUT key @0. The key LED blinks twice, and the setting is registered.

You are done assigning the direct recall function. You cannot enter a comment to the SHORTCUT key @0.

5.9 Initialization

The LV 5700A/LV 5710A stores the last operation before the power is turned off, and starts with the previous condition when the power is turned on the next time.

(1) Normal Initialization Procedure [ SYSTEM → F·7 SETUP INIT → F·1 INIT YES ] [ SYSTEM → F·7 SETUP INIT → F·3 INIT NO ] Press the SYSTEM key e, F·7 SETUP INIT, and then F·1 INIT YES. Press F·3 INIT NO to return to the system setup menu without initializing.

This initialization procedure does not initialize the Ethernet settings such as the IP address or the presets.

(2) Hardware Reset

To clear the backup memory and clear all settings including the Ethernet settings and presets, you must carry out a hardware reset. To carry out a hardware reset, turn ON the power while holding down the V POS control i and the H POS control !0. When you carry out a hardware reset, a message appears stating that the backup memory has been cleared. Press any key. The initialization procedure terminates.

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6. VIDEO SIGNAL WAVEFORM DISPLAY

6.1 Video Signal Waveform Display

Press the WFM key !2 to display video signal waveforms. The screen shows the video signal waveform, scale, and waveform display menu. The waveform display menu consists of two pages. Use F·7 next menu or prev menu to switch between page 1 and 2.

Figure 6.1 Waveform display setup key

INTEN

F·1

GAIN

FILTER

F·2 F·3 F·4 F·5 F·6 F·7

SWEEP

LINE

SELECT

CURSOR COLOR

(a) Page 1

SCALE

F·1

EAV-SAV

REMOVE

F·2 F·3 F·4 F·5 F·6 F·7

PERSIST

-ENCE

TIMING

MODE

PASS

(b) Page 2

Figure 6.2 Waveform Display and Waveform Display Menu

6-1

MATRIX

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Function Key Description

F·1 INTEN Adjusts the intensity of the displayed waveform F·2 GAIN FILTER Sets the gain and low-pass filter F·3 SWEEP Sets the sweep time F·4 LINE SELECT Line select F·5 CURSOR Cursor measurement F·6 COLOR MATRIX Sets the color matrix

F·1 SCALE Sets the size and unit of the scale F·2 EAV-SAV Selects the waveform display of the blanking period F·4 PERSISTENCE Sets the persistence characteristics of the waveform

F·5 TIMING MODE Selects the timing display

Table 6.1 Description of the waveform display menu

6.2 Display Channel Settings

Use the CH1, CH2, and CH3 keys !1 to select the waveform you wish to display. Signals assigned to CH1, CH2, and CH3 keys !1 depend on whether Y, C B, R display, or R, G, B display is used. For details, see section 6.10.1, “Color Matrix Conversion.” By default, CH1, CH2, and CH3 are assigned to Y, C

display

, and CR, respectively.

, CR display, G,

Press the CH1, CH2, or CH3 key !1 to illuminate the corresponding LED and display the waveform assigned to that key. Press the key again to turn the LED off and clear the waveform display. However, you cannot turn off all the channels.

If you select TIMING display using the MODE key o, the conditions of the CH1, CH2, and CH3 keys !1 are ignored, and timing display is activated. In addition, the CH1, CH2, and CH3 keys !1 do not affect displays other than waveform displays such as vectorscope display and picture display.

The CH1, CH2, CH3 keys !1 do not function when the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion."

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6.3 Display Mode Settings

Press the MODE key o to switch the waveform display format between overlay, parade, and timing (time difference measurement).

If the timing display is prohibited (PASS) as described in section 6.14, "Mode Key Switching," the timing display does not appear even when you press the MODE key o. If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," the display does not change even when you press the MODE key o.

6.3.1 Overlay Display

Select OVERLAY using the MODE key o to display the waveforms of CH1, CH2, and CH3 overlaid.

6.3.2 Parade Display

Select PARADE using the MODE key o to display the waveforms of CH1, CH2, and CH3 side by side. The waveforms are displayed in the order CH1, CH2, and CH3 from the left. In addition, if you select PARADE, the screen is automatically set to 1H or 1V display even if 2H display or 2V display is selected as described in section 6.7, "Sweep Settings." 2H display or 2V display is not possible in parade display.

Figure 6.3 Overlay Display

Figure 6.4 Parade Display

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6.3.3 Timing Display

Select TIMING using the MODE key o to measure the time and amplitude differences between channels with respect to CH1 (Y/G). A bowtie signal is used as a signal source. Timing display shows two bowtie displays side by side as shown in Figure 6.5. The conditions of CH1, CH2, and CH3 !1 are ignored.

If the timing display is prohibited as described in section 6.14, "Mode Key Switching," the timing display does not appear even when you press the MODE key o.

＊Bowtie signal waveform measurement

If you set the LV 5700A/LV 5710A to TIMING display, CH1 (Y/G) and CH2 (C displayed on the left and CH1 (Y/G) and CH3 (C vertical lines of bowtie signals are marker signals. The long marker at the center is the reference marker (no time difference). The interval between markers represents a timing difference of 1 ns (when LEADER’s LT 443D is used). The timing difference is read from the interval between the null and the reference marker. If the null is positioned to the left of the reference marker, this indicates that C If there is an amplitude difference between channels, the depth of the null is decreased. (Bowtie signal: use authorized by Tektronix, Inc.)

/R) are displayed on the right. The

/B or CR/R is advanced relative to Y/G.

/B) are

6.4 Position Adjustment

You can adjust the vertical position of the video signal waveform on the screen using the V POS control i and the horizontal position using the H POS control !0.

The V POS control i and H POS control !0 also function as switches. Press the switch to reset the display position of the video signal waveform to the reference position.

Figure 6.5 Timing Display

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6.5 Brightness Adjustment

To adjust the brightness of the video signal waveform or the scale, press the WFM key !2 to display the waveform display menu. Then, select F·1 INTEN. The brightness adjustment menu appears. Set the items as desired.

WFN

F·1

SCALE

F·2 F·3 F·4 F·5 F·6 F·7

Figure 6.6 Brightness Adjustment Menu

6.5.1 Brightness Adjustment of the Video Signal Waveform

[ WFM → F·1 INTEN → F·1 WFM → F·D ] To adjust the intensity (brightness) of the video signal waveform, press F·1 INTEN from the brightness adjustment menu. While the F·1 WFM section is selected in blue, turn the function dial ( F·D ) !8 to adjust the brightness between -128 and 127.

The function dial ( F·D ) !8 also functions as a switch. Press the switch to reset the brightness of the video signal waveform to the reference value (0).

6.5.2 Scale Brightness Adjustment

[ WFM → F·1 INTEN → F·2 SCALE → F·D ] To adjust the brightness of the scale on the video signal waveform display, press F·2 SCALE from the brightness adjustment menu and turn the function dial ( F·D ) !8. The adjustment range of the scale brightness is -8 to 7 (16 levels).

The function dial ( F·D ) !8 also functions as a switch. Press the switch to reset the brightness of the scale on the video signal waveform display to the reference value (4).

6.6 Gain/Filter Adjustment

To adjust the gain (amplitude) of the video signal waveform or set the filter, press the WFM key !2 to display the waveform display menu. Then, select F·2 GAIN FILTER. The gain/filter adjustment menu appears. Set the items as desired.

VAR

CAL

F·1

MAG

F·2 F·3 F·4 F·5 F·6 F·7

Figure 6.7 Gain/Filter Adjustment Menu

FILTER

FLAT

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6.6.1 Gain Adjustment

[ WFM → F·2 GAIN FILTER → F·1 VAR :CAL / VAR ] To continuously change the gain of the video signal waveform, press F·1 VAR from the gain/filter adjustment menu. Turn the function dial ( F·D ) !8 with VAR selected to change the gain continuously. Select CAL to set the gain to the reference value.

CAL: Reference gain VAR: Continuous change of gain (variable)

The function dial ( F·D ) !8 also functions as a switch. Press the switch while VAR is selected to reset the gain to the reference value. The maximum gain that can be set by the continuous variable gain is up to 10 times.

6.6.2 Gain Selection

[ WFM → F·2 GAIN FILTER → F·2 MAG → X1 / X5 ] To change the gain of the video signal waveform to 1x or 5x, press F·2 MAG from the gain/filter adjustment menu. Select X5 to set the gain to 5x. Select X1 to set the gain to the reference value (1x).

X1: 1x gain X5: 5x gain

6.6.3 Filter Selection

(1) Filter Selection on the Component Display

[ WFM → F·2 GAIN FILTER → F·3 FILTER → FLAT / LOW PASS ] To apply a low-pass filter on the component waveform display such as Y, C B, R, press the F·3 FILTER key from the gain/filter adjustment menu. Select LOW PASS to apply a low-pass filter to the video signal waveform display. Select FLAT to produce a flat frequency response within the frequency range. The low-pass filter response is as shown in Table 6.2.

FLAT: Flat frequency response within the signal frequency range LOW PASS: Low-pass filter response with the frequency response shown in the

HDTV 30 MHz Attenuation of 20 dB or more at 20 MHz

＊SDTV 5.75 MHz Attenuation of 20 dB or more at 3.8 MHz

＊The LV 5710A does not support SDTV.

table below

Frequency Range Low-Pass Filter Response

Table 6.2 Filter Response

, CR or G,

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(a) FLAT (b) LOW PASS

Figure 6.8 Low-pass Filter Waveform

(2) Filter Selection on the Pseudo-Component Display

[ WFM → F·2 GAIN FILTER → F·3 FILTER → FLAT / FLAT+LUM ] If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," the pseudo-composite waveform and luminosity component waveform can be displayed side by side. Press the F·3 FILTER from the gain/filter adjustment menu and select FLAT to display only the pseudo-composite waveform. Select FLAT+LUM to display the composite waveform and luminosity component using parade display.

(a) FLAT (b) FLAT+LUM

Figure 6.9 Filter Waveform of the Pseudo-composite Display

6.7 Sweep Settings

To set a sweep on the video signal waveform, select F·3 SWEEP from the waveform display menu that appears when you press the WFM key !2. The sweep setup menu appears. Select the appropriate items. The contents of the sweep setup menu vary depending on the video signal format.

SWEEP

F·1

H_SWEEP

F·2 F·3 F·4 F·5 F·6 F·7

FIELD

FIELD1

SWEEP

MAG.

X 1

Figure 6.10 Sweep Setup Menu

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6.7.1 Sweep Selection

[ WFM → F·3 SWEEP → F·1 SWEEP : H / V ] To switch the sweep time, press F·1 SWEEP from the sweep setup menu.

H: Displays the video signal waveform in unit of lines. V: Displays the video signal waveform in unit of fields (frame for progressive).

6.7.2 H Sweep Selection

[ WFM → F·3 SWEEP → F·2 H_SWEEP : 1H / 2H ] If H is selected in section 6.7.1, "Sweep Selection," select whether to set the sweep time to 1 line or 2 lines. However, 2 line display is valid only when OVERLAY is selected in section

6.3, "Display Mode Settings." If TIMING is selected using the MODE key o, the sweep setting for bowtie signal monitoring is enabled regardless of the sweep selection.

1H: 1 line display 2H: 2 line display (valid only when OVERLAY is selected as described in section 6.3,

"Display Mode Settings")

6.7.3 V Sweep Selection

[ WFM → F·3 SWEEP → F·2 V_SWEEP : 1V / 2V ] If V is selected in section 6.7.1, "Sweep Selection," select whether to set the sweep time to 1 field or 2 fields. V sweep selection appears on the menu only when set to interlace format with OVERLAY is selected in section 6.3, "Display Mode Settings". If TIMING is selected using the MODE key o, the sweep setting for bowtie signal monitoring is enabled regardless of the sweep selection.

1V: 1 field display for interlace and segment frame

1 frame display for progressive

2V: 1 frame display for interlace and segment frame

Not selectable for progressive

(a) Sweep Selection 1H

Figure 6.11 Sweep Selection

(b) Sweep Selection 2H

(d) Sweep Selection 2V

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6.7.4 Sweep Magnification

[ WFM → F·3 SWEEP → F·4 SWEEP MAG :X1 / X10 / X20 / ACTIVE / BLANK ] To expand the horizontal axis of the video signal waveform display, press F·4 SWEEP MAG from the sweep setup menu and select sweep magnification. You can select the following magnification settings when 1H is selected as described in section 6.7.1, "Sweep Selection."

x1: Turns off sweep magnification. x10: Magnifies the sweep 10x. x20: Magnifies the sweep 20x. ACTIVE: Displays only the active picture area. BLANK: Displays the line blanking period without masking.

You can select the following magnification settings when OVERLAY is selected as described in section 6.3, "Display Mode Settings" and 2H is selected as described in section 6.7.1, "Sweep Selection."

x1: Turns off sweep magnification. x10: Magnifies the sweep 10x. x20: Magnifies the sweep 20x. BLANK: Displays the line blanking period.

You can turn ON/OFF the mask for the waveform display during the blanking period by carrying out the procedure given in section 6.12, "Blanking Display Setting."

You can select the following sweep magnification settings when 1V or 2V is selected in section 6.7.1, “Sweep Selection.”

×1: Turns off sweep magnification. ×20: Magnifies the sweep 20x.

Sweep

Selection

1H 2H

1V 2V

Yes indicates that it is selectable; No indicates that it is not. However, 2V display in the progressive format cannot be selected.

Table 6.3 Relationship between Sweep Selection and Sweep Magnification

If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," magnification settings of x10 and BLANK are not possible on 1H display and 2H display.

X1 Ye s Ye s Ye s Ye s

Sweep Magnification

X10

Ye s Ye s

No No

X20

Ye s Ye s Ye s Ye s

ACTIVE

Ye s

No No No

BLANK

Ye s Ye s

No No

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6.7.5 Field Selection

[ WFM → F·3 SWEEP → F·3 FIELD :FIELD1 / FIELD2 ] You can select the displayed field, if 1V is selected in section 6.7.1, “Sweep Selection.” From the sweep setup menu, press F·3 FIELD to select FIELD 1 or FIELD 2.

FIELD1: Field 1 is displayed. FIELD2: Field 2 is displayed.

You cannot select the field if the video format is progressive.

6.8 Line Selector

To select a line on the video signal waveform to be displayed, press the WFM key !2 to display the waveform display menu. Then, select F·4 LINE SELECT. The line select menu appears. Set the items as desired.

If 1V or 2V display is selected as described in section 6.7.1, "Sweep Selection," the line selector does not function.

If the line selector function is used in external synchronization mode, the displayed lines may be off by ±1 line depending on the phase of the external synchronization signal.

LINE

SELECT

F·1

6.8.1 Line Select

[ WFM → F·4 LINE SELECT → F·1 LINE SELECT :ON / OFF ] To enable the line select display on the video signal waveform display, press the F·1 LINE SELECT key from the line select menu and select ON. Then, turn the function dial ( F·D ) !8 to display an arbitrary line. Select OFF to disable the line select display.

6.8.2 Field Selection

[ WFM → F·4 LINE SELECT → F·2 FIELD :FIELD1 / FIELD2 / FRAME ] When the line select display is enabled on the video signal waveform display, you can set the variable range of the function dial ( F·D ) !8 to field or frame. You cannot select the field if the video signal format is progressive.

FIELD1:

Limits the range of lines that can be selected using the function dial ( F·D ) !8 to field 1.

FIELD2:

Limits the range of lines that can be selected using the function dial ( F·D ) !8 to field 2.

FRAME:

Sets the range of lines that can be selected using the function dial ( F·D ) !8 to the entire frame.

FIELD

FRAME

F·2 F·3 F·4 F·5 F·6 F·7

LINE_SEL

EXT REF.

INTERNAL

Figure 6.12 Line Select Menu

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6.8.3 External Synchronization Selection

[ WFM → F·4 LINE SELECT → F·3 LINE_SEL EXT REF :INTERNAL / EXTERNAL ] Select whether to perform line select using the external synchronization reference or the SDI synchronization signal.

INTERNAL: Performs line select using the SDI synchronization signal.

EXTERNAL: Performs line select using the external synchronization signal reference. External synchronization selection appears on the menu only when EXT is selected using the REFERENCE key.

6.9 Cursor Measurement

Cursor measurement is used to measure voltage, time, and other parameters. The REF and ∆ cursors are used to measure the voltage and time between two points on a waveform. To perform cursor measurements, press the WFM key !2 to display the waveform display menu. Then, select F·5 CURSOR. The cursor measurement menu appears. Set the items as desired.

If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," cursor measurements on the time axis is not possible.

CURSOR

F·1

Function Key Description

F·1 CURSOR Turns ON/OFF the cursor display F·2 XY SEL Switches between the X-axis and Y-axis of the cursor. F·3 X(Y) UNIT Selects the cursor unit of the X-axis and Y-axis F·4 FD VAR Selects REF, DELTA, and TRACK using the function dial F·5 REF SET Sets the reference value for the relative measurement F·D Moves the cursor

6.9.1 Cursor Display

[ WFM → F·5 CURSOR → F·1 CURSOR:ON / OFF ] To display the cursor, press F·1 CURSOR from the cursor measurement menu and select ON. Select OFF to clear the cursor.

XY SEL

F·2 F·3 F·4 F·5 F·6 F·7

Y UNIT

FD VAR

REF

REF SET

Figure 6.13 Cursor Measurement Menu

Table 6.4 Cursor measurement menu description

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6.9.2 X-Axis/Y-Axis Cursor Selection

[ WFM → F·5 CURSOR → F·2 XY SEL :X / Y ] Select the axis to perform the cursor measurement from X-axis (time) and Y-axis (amplitude). If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," you cannot select the X-axis (time). Measurement is made only on the Y-axis (amplitude).

X: Measures the time using the cursor. Y: Measures the amplitude using the cursor.

6.9.3 Cursor Measurement Unit Selection

(1) Selecting the X-Axis Cursor Unit

[ WFM → F·5 CURSOR → F·3 X UNIT :sec / Hz ] You can set the X-axis cursor unit using the F·3 X UNIT key when X is selected as described in section 6.9.2, "X-Axis/Y-Axis Cursor Selection."

sec: Displays using units of seconds. Hz: Displays using units of frequency where the interval between the cursors is

taken to be one period.

If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," cursor measurements on the X-axis is not possible.

(2) Selecting the Y-Axis Cursor Unit

[ WFM → F·5 CURSOR → F·3 Y UNIT :mV / % / R% ] You can set the Y-axis cursor unit using the F·3 Y UNIT key when Y is selected as described in section 6.9.2, "X-Axis/Y-Axis Cursor Selection."

mV: Displays using units of millivolts. %: Displays using a ratio where 700 mV is taken to be 100 % during component

display. Displays using a ratio where 714 mV is taken to be 100 % during pseudocomposite display (NTSC).

R%: Displays the relative value with respect to the reference amplitude using a

ratio. The reference amplitude is specified using the procedure given in section

6.9.5, "Reference Amplitude Setting."

6.9.4 Cursor Movement

[ WFM → F·5 CURSOR → F·4 FD VAR:REF / DELTA / TRACK ] To move the desired cursor, select F·4 FD VAR from the cursor measurement menu.

REF: DELTA: TRACK: Moves the reference cursor and ∆ cursor simultaneously using the function

Moves the reference cursor using the function dial ( F·D ) !8. Moves the ∆ cursor using the function dial ( F·D ) !8.

dial ( F·D ) !8.

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6.9.5 Reference Amplitude Setting

[ WFM → F·5 CURSOR → F·5 REF SET ] In cursor measurement, you can make an arbitrary amplitude a reference and display the relative value using a ratio. Relative measurements can be carried out according to the procedure below.

q Select R% as described in section 6.9.3 (2), "Selecting the Y-Axis Cursor Unit." w Set the cursors to the reference amplitude as described in section 6.9.4, "Cursor

Movement." Press F·5 REF SET to confirm the reference amplitude.

e r Measure the amplitude as described in section 6.9.4, "Cursor Movement."

6.10 Color Matrix Setting

The SDI signals that can be monitored on the LV 5700A/LV 5710A are limited to component signals consisting of intensity and chrominance difference signals. Intensity and chrominance difference signals are usually represented by Y, C 5700A/LV 5710A also provides a functionality that computes and displays Y, C signals as G, B, R signals. Furthermore, component signals can be artificially converted into NTSC or PAL signals to be displayed.

, CR. The LV

, C

In addition, G, B, R signals can be displayed as R, G, B signals (in the order red, green, and blue). The waveforms corresponding to CH1, CH2, and CH3 keys !1 vary according to these settings.

To set the color matrix, press the WFM key !2 to display the waveform display menu. Then, select F·6 COLOR MATRIX. The color matrix setup menu appears. Set the items as desired.

COLOR MATRIX

GBR

F·1

YGBR

OFF

F·2 F·3 F·4 F·5 F·6 F·7

SETUP

PIX MON OUTPUT

YPbPr

Figure 6.14 Color Matrix Setup Menu

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6.10.1 Color Matrix Conversion

[ WFM → F·6 COLOR MATRIX → F·1 COLOR MATRIX:YCbCr / GBR / RGB / COMPOSIT ] To select the color matrix of the video signal waveform display, press F·1 COLOR MATRIX from the color matrix setup menu.

YCbCr: Waveforms are displayed using intensity and chrominance difference

signals. CH1, CH2, and CH3 keys !1 are assigned as follows: CH1:Y CH2:C

GBR: Waveforms are displayed by converting the Y, CB, CR signal into G, B, R.

CH1, CH2, and CH3 keys !1 are assigned as follows: CH1:G CH2:B CH3:R

RGB: Waveforms are displayed by converting the Y, C

CH1, CH2, and CH3 keys !1 are assigned as follows: CH1:R CH2:G CH3:B

COMPOSIT: The component signal is artificially converted into a pseudo-composite

signal such as NTSC or PAL and displayed. CH1, CH2, and CH3 keys !1 do not function.

CH3:C

, CR signal into R, G, B.

(a) Y, C

Figure 6.15 Waveform Display by Color Matrix

, C

(b) G, B, R

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6.10.2 Y-GBR (R, G, B) Display

[ WFM → F·6 COLOR MATRIX → F·2 YGBR :ON / OFF ] [ WFM → F·6 COLOR MATRIX → F·2 YRGB :ON / OFF ] To display the intensity signal (Y) and the G, B, R or R, G, B signal that has been computed through matrix conversion simultaneously, press F·2 YGBR (YRGB) from the color matrix setup menu to select ON. In this case, the color matrix conversion as described in section 6.10.1 must be set to G, B, R or R, G, B. Y-GBR display is activated if G, B, R is selected; Y-RGB display is activated if R, G, B is selected. This selection is not possible if Y, C

, CR or pseudo-composite display is selected.

The Y-GBR display and Y-RGB display are shown only on a single screen of the video signal waveform display; it cannot be shown on the multi screen display. When Y-GBR display or Y-RGB display is selected, the CH1, CH2, and CH3 keys !1 are disabled.

(a) Y-GBR Display

6.10.3 Setup Selection

[ WFM → F·6 COLOR MATRIX → F·3 SETUP → 0% / 7.5% ] If you select NTSC pseudo-composite display as described in section 6.10.1, "Color Matrix Conversion," you can select the setup level of the waveform display. From the color matrix setup menu, press F·3 SETUP. If you select 0 %, setup is not added. If you select 7.5 %, a pseudo-composite waveform display with 7.5 % setup added is shown.

You can select setup only when using the NTSC pseudo-composite display. The menu does not appear during component display or PAL display.

(b) Y-RGB Display

Figure 6.16 Y-GBR (RGB) Display

(a) Setup 0 % (b) Setup 7.5 %

Figure 6.17 Setup Display

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6.10.4 Color Matrix Selection of the Picture Monitor Output

[ WFM → F·6 COLOR MATRIX → F·6 PIX MON OUTPUT :YPbPr / GBR ] To select the color format of the analog picture monitor output on the rear panel, press F·6 PIX MON OUTPUT from the color matrix setup menu.

YPbPr: Outputs analog intensity and chrominance difference signals. GBR: Converts the intensity and chrominance signals into G, B, R signals and

outputs the analog G, B, R signals.

6.10.5 Pseudo-Composite Display

[ WFM → F·6 COLOR MATRIX → F·1 COLOR MATRIX:YCbCr / GBR / RGB / COMPOSIT ] Only component SDI signals can be input to the LV 5700A/LV 5710A. However, by selecting COMPOSIT as described in section 6.10.1, "Color Matrix Conversion," you can display component signals as pseudo-composite signals.

If AUTO is selected as described in section 5.4.6, "Format Selection of the PseudoComposite Display," video signal format having a field frequency is 50 Hz or a frame frequency is 25 Hz or 50 Hz is converted into PAL. Video signal formats of other field/ frame frequencies are converted into NTSC.

In the pseudo-composite display, the color burst frequency does not match the NTSC or PAL frequency; it is 1/4th the frequency of the input signal clock. In addition, when HDSDI signals are displayed as pseudo-composite signals, the width and position of the sync signal and color burst signal are slightly different from those of the actual NTSC or PAL signals.

The line selector and V sweep are displayed using the number of lines of the original component signal. In addition, the following limitations exist in the pseudo-composite display.

q The time axis cannot be expanded using sweep 1H and 2H. w The time axis cannot be measured in cursor measurement. e For composite display of HD-SDI, the line select is set to that of HDTV. r To original component signal is output from the picture monitor output (analog

output).

t Waveform display of the EAV-SAV (blanking period) is not possible. y The MODE key, and CH1, CH2, and CH3 keys do not function. u The scale is set to % (IRE) scale during NTSC display and V (voltage) scale during

PAL display.

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6.11 Scale Settings

The LV 5700A/LV 5710A provides various scale settings on the video signal waveform display. To set the scale, press the WFM key !2 to display the waveform display menu. Then, press F·7 next menu followed by F·1 SCALE. The scale setup menu appears. Set the items as desired.

UNIT

HDV,SD%

F·1

FULL

SCALE

0.7V

F·2 F·3 F·4 F·5 F·6 F·7

6.11.1 Scale Unit Selection

[ WFM → F·7 next menu → F·1 SCALE → F·1 UNIT :HDV,SD% / HDV,SDV / HD%,SD% ] On the video signal waveform display, you can set the scale unit to match HDTV and SDTV separately. From the scale setup menu, press F·1 UNIT and select the scale unit of HDTV and SDTV.

HDV,SD%: V (voltage) unit for HDTV format and % unit for SDTV. HDV,SDV: V (voltage) unit for HDTV and SDTV formats. HD%,SD%: % unit for HDTV and SDTV formats.

75%COLOR

SCALE

OFF

COLOR

YELLOW

Figure 6.18 Scale Setup Menu

The scale unit during pseudo-composite display is fixed to % (IRE) for NTSC display and V (voltage) for PAL display.

(a) Voltage scale

(b) Percentage scale

Figure 6.19 Scale unit selection

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6.11.2 Full Scale Value Selection

[ WFM → F·7 next menu → F·1 SCALE → F·2 FULL SCALE :0.7V / 1.0V ] [ WFM → F·7 next menu → F·1 SCALE → F·2 FULL SCALE :100% / 150% ] You can select the full scale value on the scale setup menu according to the scale unit selected in section 6.11.1. If V (voltage) is selected for the scale unit, you can set the full scale to be 0.7 V or 1.0 V. If % (percentage) is selected, you can set the full scale to be 100% or 150%. Figure 6.20 shows the full scale values of 0.7 V and 1.0 V when V (voltage) is selected for the scale unit.

0.7V: Displays waveforms with the full scale value set to 0.7 V. Waveforms are displayed in large size.

1.0V: Displays waveforms with the full scale value set to 1.0 V. Waveforms are displayed in small size.

100%: Displays waveforms with the full scale value set to 100 %. Waveforms are

displayed in large size.

150%: Displays waveforms with the full scale value set to 150%. Waveforms are

displayed in small size.

The full scale value during pseudo-composite display is fixed 150 % for NTSC display and 1.0 V for PAL display.

(a) Full Scale 0.7 V

Figure 6.20 Full scale selection

(b) Full Scale 1.0 V

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6.11.3 Display Selection of the 75 % Color Bar Scale

[ WFM → F·7 next menu → F·1 SCALE → F·3 75%COLOR SCALE :ON / OFF ] You can select a scale to match the peak level of the chrominance difference signal when the 75 % color bar is displayed as a waveform. From the scale setup menu, press F·3 75% COLOR SCALE. Select ON to show the scale, OFF to hide the scale.

When pseudo-composite is displayed, the 75 % color bar scale cannot be displayed.

Figure 6.21 75 % Color Bar Scale

6.11.4 Scale Color Selection

[ WFM → F·7 next menu → F·1 SCALE → F·4 COLOR: WHITE / YELLOW / CYAN / GREEN / MAGENTA / RED / BLUE ] You can select the scale color on the video signal waveform display. You can select the scale color from the seven colors below. From the scale setup menu, press F·4 COLOR to select the color.

WHITE: Sets the scale color to white. YELLOW: Sets the scale color to yellow. CYAN: Sets the scale color to cyan. GREEN: Sets the scale color to green. MAGENTA: Sets the scale color to magenta. RED: Sets the scale color to red. BLUE: Sets the scale color to blue.

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6.12 Blanking Display Settings

[ WFM → F·7 next menu → F·2 EAV-SAV :REMOVE / PASS ] You can select whether to display waveforms or mask to the black level during the blanking period on the video signal waveform display. Press the WFM key !2 to display the waveform display menu. Then, press F·7 next menu followed by F·2 EAV-SAV to select REMOVE or PASS.

If the pseudo-composite display is selected as described in section 6.10.1, "Color Matrix Conversion," the waveform of the blanking period cannot be displayed.

REMOVE: Signals are masked to the black level during the blanking period. PASS: All waveforms are displayed during the blanking period.

Figure 6.22 Waveform Display during the Blanking Period

6.13 Persistence Settings

Persistence characteristics can be added to the video signal waveform display. To set the persistence, press the WFM key !2 to display the waveform display menu. Then, press F·7 next menu followed by F·4 PERSISTENCE. The persistence setup menu appears. Set the items as desired.

PERSIST

- ENCE OFF

F·1

PERSIST

CLEAR

F·2 F·3 F·4 F·5 F·6 F·7

Figure 6.23 Persistence Setup Menu

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6.13.1 Persistence Display

[ WFM → F·7 next menu → F·4 PERSISTENCE → F·1 PERSISTENCE :ON / OFF / INFINIT ] You can set the persistence characteristics of the video signal waveform display. Select the persistence characteristics from persistence off, persistence on, and overlay.

ON: Persistence characteristics are applied. OFF: Persistence characteristics are not applied. INFINIT: Waveforms are continuously overlaid.

6.13.2 Persistence Clear

[ WFM → F·7 next menu → F·4 PERSISTENCE → F·2 PERSIST CLEAR ] You can clear the waveforms when the persistence characteristics are set to INFINIT as described in section 6.13.1, "Persistence Display." Press F·2 PERSIST CLEAR from the persistence setup menu to clear the waveforms. Overlay display starts again.

The PERSIST CLEAR menu appears only when INFINIT is selected as described in section 6.13.1, "Persistence Display."

6.14 Mode Key Switching

[ WFM → F·7 next menu → F·5 TIMING MODE :NORMAL / PASS ] You can select whether to allow the timing display to be selected when the MODE key o is pressed. Press the WFM key !2 to display the waveform display menu. Then, press F·7 next menu followed by F·5 TIMING MODE.

NORMAL: The timing display is also shown when the MODE key is pressed. PASS: The timing display is not shown even when the MODE key is pressed.

Only overlay and parade displays are selected.

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7. VECTORSCOPE DISPLAY

SHORTCUT

7.1 Vector Waveform Display

To show vector waveforms, press the VECTOR key !3. The screen shows the vector waveforms, scale, and the vectorscope display menu.

The vector display of the component signal is achieved using X-Y display of C

(horizontal) and CR (vertical) signals.

Figure 7.1 Area around the VECTOR key !3

INTEN

F·1

GAIN

EAV-SAV

F·2 F·3 F·4 F·5 F·6 F·7

LINE

SELECT

COLOR

SYSTEM

SCALE

Figure 7.2 Vectorscope display and vectorscope display menu

Function Key Description

F·1 INTEN Adjusts the intensity of the displayed waveform F·2 GAIN EAV-SAV Sets the gain or blanking period display F·3 LINE SELECT Line select F·4 COLOR SYSTEM Sets the composite display and the color bar saturation F·5 SCALE Sets the scale

Table 7.1 Vectorscope display menu description

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Graticule

Video Signal Format Setting 1080i/60,50 1080p/30,25,24 1080PsF/30,25,24 720/60p

2 3

1035i/60 525i/60,625i/50

• Frame Amplitude ±3 % of full scale (0.7 V)

• Circle +20 % (graticule 1, 2) with respect to green with maximum color amplitude +20 % (graticule 3) with respect to red with maximum color amplitude

Table 7.2 Video signal format and applicable calorimetry standard

7.2 Brightness Adjustment

To adjust the brightness of the vectorscope display or scale, press the VECTOR key !3 to display the vectorscope display menu. Then, press F·1 INTEN. The brightness and persistence adjustment menu appears. Make the appropriate adjustment.

Applicable Calorimetry Standard SMPTE 274M, 296M

SMPTE 240M SMPTE 125M

VECTOR

F·1

SCALE

F·2 F·3 F·4 F·5 F·6 F·7

PERSIS

-TENCE OFF

PERSIST

CLEAR

Figure 7.3 Brightness and persistence setup menu

7.2.1 Brightness Adjustment of Vector Waveforms

[ VECTOR → F·1 INTEN → F·1 VECTOR → F·D ] To adjust the brightness of the vectorscope display, press F·1 VECTOR from the brightness and persistence setup menu. Then, turn the function dial ( F·D ) !8 to adjust the brightness. The adjustment range is from -128 to 127.

The function dial ( F·D ) !8 also functions as a switch. Press the switch to reset the brightness of vector waveforms to the reference value (0).

7.2.2 Scale Brightness Adjustment

[ VECTOR → F·1 INTEN → F·2 SCALE → F·D ] To adjust the brightness of the scale on the vectorscope display, press F·2 SCALE from the brightness adjustment menu and turn the function dial ( F·D ) !8 to make the adjustment. The adjustment range is from -8 to 7 (16 steps).

The function dial ( F·D ) !8 also functions as a switch. Press the switch to reset the brightness of the scale on the vectorscope display to the reference value (4).

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7.3 Persistence Settings

To adjust the brightness of the persistence characteristics of the vectorscope display, press the VECTOR key !3 to display the vectorscope display menu. Then, press F·1 INTEN. The brightness and persistence adjustment menu appears as shown in Figure 7.3. Make the appropriate adjustment.

7.3.1 Persistence Display

[ VECTOR → F·1 INTEN → F·3 PERSISTENCE :ON / OFF / INFINIT ] You can set the persistence characteristics of the vectorscope display. Select the persistence characteristics from persistence off, persistence on, and overlay. Press F·3 PERSISTENCE from the brightness and persistence setup menu to make the selection.

ON: Persistence characteristics are applied. OFF: Persistence characteristics are not applied. INFINIT: Overlaid.

7.3.2 Persistence Clear

[ VECTOR → F·1 INTEN → F·4 PERSIST CLEAR ] You can clear the screen when the persistence characteristics are set to INFINIT as described in section 7.3.1, "Persistence Display." Press F·4 PERSIST CLEAR from the persistence setup menu to clear the waveforms. Overlay display starts again.

The PERSIST CLEAR menu appears only when INFINIT is selected as described in section 7.3.1, "Persistence Display."

7.4 Gain Adjustment and Blanking Period Waveform Display

To adjust the gain of the vector waveforms or display the waveforms of the blanking period, press the VECTOR key !3. Then, select F·2 GAIN EAV-SAV from menu that appears. The gain adjustment menu appears. Set the items as desired.

VAR

CAL

F·1

MAG

F·2 F·3 F·4 F·5 F·6 F·7

Figure 7.4 Gain adjustment menu

EAV-SAV

REMOVE

7-3

LEADER LV 5700A, LV 5710A Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

GENERAL SAFETY SUMMARY

1. INTRODUCTION

2. SPECIFICATIONS

3. PANEL DESCRIPTION

4. MENU STRUCTURE

5. SYSTEM CONFIGURATION BEFORE WAVEFORM MONITORING

6. VIDEO SIGNAL WAVEFORM DISPLAY

7. VECTORSCOPE DISPLAY