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Leader LV 5380 OP72 Instruction Manual

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LV 5380
LV 5380 OP72
LV 5380 OP73
LV 5380 OP74
INSTRUCTION MANUAL
MULTI SDI MONITOR
REMOTE & TALLY
BATTERY MOUNT IDX
BATTERY MOUNT ANTON

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Summary of Contents for Leader LV 5380 OP72

  • Page 1 LV 5380 MULTI SDI MONITOR LV 5380 OP72 REMOTE & TALLY LV 5380 OP73 BATTERY MOUNT IDX LV 5380 OP74 BATTERY MOUNT ANTON INSTRUCTION MANUAL...

  • Page 2: Table Of Contents

    Histogram Display......................15 2.3.18 Other Display Features....................15 2.3.19 Front Panel ........................15 2.3.20 General Specifications ....................15 LV 5380 OP72 (REMOTE & TALLY) ..................16 2.4.1 General.......................... 16 2.4.2 Features ........................16 2.4.3 Specifications......................... 16 LV 5380 OP73 (BATTERY MOUNT IDX) ................18 2.5.1...
  • Page 3 LV 5380 OP74 (BATTERY MOUNT ANTON)................ 19 2.6.1 General.......................... 19 2.6.2 Features ........................19 2.6.3 Specifications......................... 19 COMPONENT NAMES AND FUNCTIONS .............. 20 Front Panel ........................... 20 Rear Panel..........................22 Bottom Panel ........................23 BEFORE YOU BEGIN MEASURING ............... 24 Preparing the Power Supply ....................
  • Page 4 Setting the Date and Time ....................44 5.6.1 Setting the Date ......................44 5.6.2 Setting the Time......................44 Initialization ........................... 45 5.7.1 Initializing the Settings ....................45 Setting the Menu Display Time ..................... 45 Remaining Battery Power Display (Option)................45 5.10 License Settings ........................
  • Page 5 PRESET FEATURE (PSET) ..................72 Presets..........................73 8.1.1 Registering Presets ....................... 73 8.1.2 Loading Presets......................74 8.1.3 Deleting Presets ......................74 Display Mode Presets ......................75 8.2.1 Registering Display Mode Presets................. 75 8.2.2 Loading Display Mode Presets ..................76 8.2.3 Deleting Display Mode Presets..................
  • Page 6 10.6 Display Settings (DISPLAY)....................97 10.6.1 Setting the Display Size....................98 10.6.2 Setting the Display Position ................... 99 10.6.3 Displaying Gamut Errors....................100 10.6.4 Displaying the Audio Meter ..................101 10.6.5 Selecting the Audio Meter Display Format..............101 10.6.6 Selecting the SD Signal Display Format ..............102 10.7 CINELITE Settings (for the CINELITE option) ..............
  • Page 7 11.7.4 Setting the Units of Measurement................129 11.7.5 Setting the Base Value ....................129 12. VECTOR DISPLAY (VECT) ..................130 12.1 General Vector Display Explanation ................... 130 12.2 Vector and Scale Settings (INTEN/SCALE) ................ 132 12.2.1 Displaying the I and Q Axes..................132 12.2.2 Changing the Scale Color....................
  • Page 8 13.4.2 Selecting the Scale Display Format ................155 13.4.3 Setting the Gain ......................156 13.4.4 Setting the Lissajous Curve Intensity................156 13.4.5 Setting the Scale Intensity ................... 156 13.5 Display Settings (DISPLAY)....................157 13.5.1 Displaying the Picture ....................157 13.6 Headphone Settings (VOLUME) ..................
  • Page 9 15. External Interface (Option)..................186 15.1 Remote Control Feature ..................... 186 15.1.1 Remote Control Connector Specifications ..............186 15.1.2 Control ......................... 187 15.1.3 Loading Presets......................188 15.1.4 Switching the Input Channel ..................189 15.1.5 Displaying a Tally Indication..................189 15.1.6 Transmitting the Alarm Signal ..................

  • Page 10: General Safety Summary

    ■ Note about Reading This Manual The contents of this manual contain specialized terminology and may be difficult to understand. If you have any questions about the contents of this manual, please contact your local LEADER agent. ■ Symbols and Terms The following symbols and terms are used in this instruction manual and on the instrument to indicate important warnings and notes.
  • Page 11 GENERAL SAFETY SUMMARY Read the warnings and information below thoroughly to avoid death, personal injury, and damage and deterioration of the instrument. ■ Warnings Concerning the Case and Panels Do not remove the instrument's case or panels for any reason. Touching the internal components of the instrument could lead to fire or electric shock.
  • Page 12 Turn off the power switch, and remove the power cord from the instrument. After making sure that fire has not spread anywhere, contact your local LEADER agent. ■...
  • Page 13 To ensure stable performance, we recommend that you have the instrument calibrated regularly. Also, if the instrument malfunctions, repairs are necessary. For repairs and calibration, contact your local LEADER agent. ■ Daily Maintenance When you clean the instrument, remove the power plug and the battery.

  • Page 14: Introduction

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

  • Page 15: Maximum Allowable Input Voltage

    To continually use these features, we recommend that you replace the backup battery with a new one every five years after you purchase the LV 5380. Also, save the presets to USB memory. You cannot replace the backup battery yourself. Contact your local LEADER agent. 1.2.5 Mechanical Shock This instrument contains sensitive components, such as a crystal oscillator, so it may be damaged if it is dropped or otherwise exposed to a strong shock.

  • Page 16: Specifications

    2. SPECIFICATIONS SPECIFICATIONS General The LV 5380 is a waveform monitor that has high-precision, high-quality video signal waveform and vector display capabilities and a TFT LCD that boasts high color reproductivity. The LV 5380 also has a variety of other features. It has robust audio signal display features that include the lissajous and level displays of embedded audio.
  • Page 17 2. SPECIFICATIONS ● 3D Assist Display The LV 5380 makes it possible to perform 3D video signal evaluation on the signals that it receives: the video signal for the left eye and the video signal for the right eye separately as well as side-by-side signals or top-and-bottom signals, which contain the video signals for both eyes.
  • Page 18 2. SPECIFICATIONS ● Presets The LV 5380 can remember up to 30 frequently used setting configurations. It can also remember five setting configurations each for the video signal waveform, vector, picture, audio, and status displays. When you use an individual setting configuration for a particular display, the settings for the other displays are not affected.

  • Page 19: Specifications

    2. SPECIFICATIONS Specifications 2.3.1 Video Signal Formats and Corresponding Standards Table 2-1 Video signal formats and corresponding standards Dual Link Interface (*1) Color System Quantization (*2) Format Compliant Standards Scanning Frame (Field) Rates RGB 4:4:4 10 bits 1080p 30/29.97/25/24/23.98 SMPTE 372 (1920×1080) 1080PsF 30/29.97/25/24/23.98...

  • Page 20: Audio Playback

    2. SPECIFICATIONS 2.3.2 Audio Playback Compliant Standards SMPTE-299 (HD) SMPTE-272M (SD) Sampling Frequency 48 kHz Quantization 24 bit Clock Generation Video clock Synchronization Everything is synchronized to the video clock. Phases All phases are in-sync. Channel Separation 2 groups of 8 channels are selectable. 2.3.3 Input/Output Connectors SDI Input...

  • Page 21: Control Connector

    2. SPECIFICATIONS 2.3.4 Control Connector USB Port Description Used to save screen captures, event logs, preset data, and data dumps. Specifications USB 2.0 Media Only supports USB memory devices. 2.3.5 LCD Type 8.4-inch color TFT Format XGA. The effective resolution is 1024 × 768. Backlight Brightness 32 adjustable levels Auto Shutoff...

  • Page 22: Video Signal Waveform Display

    2. SPECIFICATIONS 2.3.8 Video Signal Waveform Display Waveform Operations Display Modes Overlay Display Overlays component signals. Parade Display Displays component signals side by side. Blanking Period H and V blanking periods can be masked. RGB Conversion Converts a YC signal into an RGB signal and displays the result.

  • Page 23: Vector Display

    2. SPECIFICATIONS 2.3.9 Vector Display Gain ×1, ×5, or IQ-MAG Variable Gain ×0.2 to ×2.0 Amplitude Accuracy ≤ ±0.5 % Blanking Period Masked Contrast LOW, MIDDLE, HIGH, or MONOTONE Scale Type 75 % or 100 % (color bar) IQ Axis Show or hide Color Choices Line Select...

  • Page 24: Embedded Audio Display

    2. SPECIFICATIONS 2.3.12 Embedded Audio Display Lissajous Display Displayed Channels 2ch (single) or 8ch (multi) Display Mode X-Y or MATRIX Level Meter Display Displayed Channels 2ch or 8ch Meter 60 dB peak level, 90 dB peak level, or AVERAGE The peak level meters have a hold feature. Channels Group Selection: Select any two groups within the same SDI...

  • Page 25: Error Counting

    2. SPECIFICATIONS 2.3.14 Error Counting Description Counts and displays the number of video errors, audio errors, and gamut errors. Error Count Up to 999999 errors can be counted separately for video, audio, and gamut. Count Period All errors that occur in one field are counted as one error Video Errors CRC Error...

  • Page 26: Time Display

    2. SPECIFICATIONS 2.3.15 Time Display Current Time Display Time display based on the internal clock Elapsed Time Time elapsed since the error count was cleared Time Code LTC or VITC (In a dual link signal, only link A is supported) Compliant Standard SMPTE 12M-2 2.3.16...
  • Page 27 2. SPECIFICATIONS Top-Bottom Boundary Line The part above the boundary line is the video signal for the left eye. The part below the boundary line is the video signal for the right eye. Boundary Line Movement The boundary lines can be moved up and down and left and right separately Boundary Lines Show, hide...

  • Page 28: Histogram Display

    2. SPECIFICATIONS 2.3.17 Histogram Display Description Displays the Y, R, G, and B histograms Display Screen The PIC+WFM1, PIC+WFM2, and 3D assist displays of the multi-screen display Display Format Side by side, overlayed 3D Support Displays the video signal for the left eye and the video signal for the right eye on top of each other 2.3.18...

  • Page 29: Lv 5380 Op72 (Remote & Tally)

    2. SPECIFICATIONS LV 5380 OP72 (REMOTE & TALLY) 2.4.1 General This option consists of a remote interface installed on the back panel of the LV 5380. You can use the interface to load presets and control the display of the tally indication.
  • Page 30 2. SPECIFICATIONS Alarm Output Description The alarm signal is used to indicate errors. Output Signal Active during errors. (You can set the signal to active-low or active-high. The minimum pulse width is 1 s.) Output Level 3.3-V LV-TTL Detection The alarm signal can be set to indicate INPUT SDI A errors, INPUT SDI B errors, or INPUT SDI A and B errors.

  • Page 31: Lv 5380 Op73 (Battery Mount Idx)

    2. SPECIFICATIONS LV 5380 OP73 (BATTERY MOUNT IDX) 2.5.1 General The LV 5380 OP73 is an optional battery mount for the back of the LV 5380. 2.5.2 Features ● Support for V-Mount Batteries ● Remaining Battery Power Indicator The LV 5380 display shows the approximate amount of remaining battery power using four levels.

  • Page 32: Lv 5380 Op74 (Battery Mount Anton)

    2. SPECIFICATIONS LV 5380 OP74 (BATTERY MOUNT ANTON) 2.6.1 General The LV 5380 OP74 is an optional battery mount for the back of the LV 5380. 2.6.2 Features ● Support for Gold Mount Batteries You can attach gold mount batteries produced by Anton/Bauer to the LV 5380 OP74. This means that you can use the same batteries that you use for video cameras and other equipment with the LV 5380.

  • Page 33: Component Names And Functions

    3. COMPONENT NAMES AND FUNCTIONS COMPONENT NAMES AND FUNCTIONS Front Panel Figure3-1 Front panel...
  • Page 34 3. COMPONENT NAMES AND FUNCTIONS Table 3-1 Front panel items and functions Name Function Refer To Power switch Press: Switches the power from off to on. 4.1.3 Press and hold: Switches the power from on to off. 4.1.4 F•1 to F•5 keys Used to select menu items and pop-up commands.

  • Page 35: Rear Panel

    3. COMPONENT NAMES AND FUNCTIONS Rear Panel Figure3-2 Rear panel Figure3-3 Rear panel (with the battery mount option)

  • Page 36: Bottom Panel

    3. COMPONENT NAMES AND FUNCTIONS Table 3-2 Rear panel items and functions Name Function Refer To EXT REF External reference input connectors. They are loop-through. INPUT SDI A SDI signal input connector INPUT SDI B OUTPUT SDI Reclocked SDI signal output connector DC INPUT Input connector for the DC power supply 4.1.2...

  • Page 37: Before You Begin Measuring

    4. BEFORE YOU BEGIN MEASURING BEFORE YOU BEGIN MEASURING Preparing the Power Supply 4.1.1 Attaching the Ferrite Core Follow the steps below to attach the ferrite core that comes with the LV 5380 to the power cord before you connect it to the LV 5380. The ferrite core will reduce the noise that is produced when you connect the power cord to the LV 5380.

  • Page 38: Attaching The Dc Power Cord

    4. BEFORE YOU BEGIN MEASURING 4.1.2 Attaching the DC Power Cord The DC power supply input connector and its pin assignments are shown below. Apply +12 V to the four pins shown in the figure below. When the power cord is connected and the power is turned off, the internal microcomputer is in standby mode and some power is consumed.

  • Page 39: Using A Battery (Option)

    4. BEFORE YOU BEGIN MEASURING 4.1.5 Using a Battery (Option) The LV 5380 can use batteries if it is equipped with a battery mount. The LV 5380 becomes very heavy when a battery is attached to it. Be careful to prevent the LV 5380 from falling or otherwise causing harm.

  • Page 40: Switching Between Sdi Signals (Input)

    4. BEFORE YOU BEGIN MEASURING The maximum allowable voltage of the SDI input connectors is ±2 V. Do not apply excessive voltage to the connectors. Doing so may damage the device or lead to injury. Switching between SDI Signals (INPUT) There are two SDI signal input connectors on the rear panel: INPUT SDI A and INPUT SDI B.

  • Page 41: Applying An External Sync Signal

    4. BEFORE YOU BEGIN MEASURING Applying an External Sync Signal You can use an external sync signal for the video signal waveform and vector display modes (unless the displayed signal is a dual link 10-bit YCbCr signal). Apply a tri-level sync signal or an NTSC/PAL black burst signal to the external reference input connectors.

  • Page 42: Using A Vesa Stand

    4. BEFORE YOU BEGIN MEASURING Using a VESA Stand You can attach a VESA stand (75 × 75 mm) to the LV 5380. When you attach a VESA stand to the LV 5380, insert the supplied VESA spacer between the LV 5380 and the stand. If the LV 5380 is equipped with a battery mount option, you cannot attach a VESA stand to it.

  • Page 43: Enabling The Key Lock

    4. BEFORE YOU BEGIN MEASURING Enabling the Key Lock You can prevent accidental operations on the LV 5380 by enabling the key lock. The key lock disables all LV 5380 keys except for the power switch. • Enabling the Key Lock Press and hold SYS for 2 seconds or more.
  • Page 44 The following alarms may appear here. FAN ALARM This alarm appears when the fan is not functioning. If “FAN ALARM” appears, contact your local LEADER agent. OVER HEAT This alarm appears when the internal temperature has exceeded the specified limits.

  • Page 45: Basic Panel Operations

    4. BEFORE YOU BEGIN MEASURING Basic Panel Operations The main panel operations are listed below. Figure4-13 Basic Panel Operations...

  • Page 46: Displaying Menus

    4. BEFORE YOU BEGIN MEASURING 4.10 Displaying Menus You can configure various settings in the setup menus, but the setup menus are not displayed all of the time. To display a setup menu, you can either press and hold the appropriate key for 0.5 seconds or more, or you can use the function keys or function dials in the appropriate display.
  • Page 47 4. BEFORE YOU BEGIN MEASURING The following section explains how to configure settings in the setup menus. ● Selecting a Pop-Up Command As an example, to set F•1 GAIN MAG in the figure below, press F•1. Pop-up commands appear. You can select a command by pressing F•1. Figure4-17 Selecting a pop-up command ●...

  • Page 48: System Settings (Sys)

    5. SYSTEM SETTINGS (SYS) SYSTEM SETTINGS (SYS) You can configure general LV 5380 settings in the system menu. To display the system menu, press SYS. The system menu will not automatically disappear after a certain amount of time has passed. To hide the system menu, press SYS again. SYS →...

  • Page 49: Setting The Input Format Detection Method

    5. SYSTEM SETTINGS (SYS) Settings SINGLE: The LV 5380 receives single link signals. This is the default setting. DUAL: The LV 5380 receives dual link 1920 × 1080 signals. The LV 5380 receives dual link 2048 × 1080 signals. 5.1.2 Setting the Input Format Detection Method When the link format is set to single, to select whether to detect the input format automatically or to set it manually, follow the procedure below.

  • Page 50: Setting The Input Format

    5. SYSTEM SETTINGS (SYS) 5.1.4 Setting the Input Format You must set the input format manually if the link format is set to dual or if the link format is set to single and F•2 FORMAT SELECT has been set to MANUAL. To set the input format, follow the procedure below.

  • Page 51: Setting The Composite Display Format

    5. SYSTEM SETTINGS (SYS) 5.1.5 Setting the Composite Display Format To set the composite display format, follow the procedure below. The composite display format affects how video signal waveforms and vectors are converted into pseudo-composite signals. Procedure SYS → F•1 FORMAT → F•4 COMPOSIT FORMAT Settings AUTO: When the field frequency of a received SDI signal is 50 Hz or the frame...

  • Page 52: Adjusting The Backlight

    5. SYSTEM SETTINGS (SYS) 5.2.2 Adjusting the Backlight To adjust the backlight brightness, follow the procedure below. The larger the number, the brighter the backlight. If you press F•D 1, the backlight brightness will be set to its default value of 17. You can also adjust the backlight brightness in the picture display by following the procedure described in section 10.3.9, “Adjusting the Backlight.”...

  • Page 53: Creating An Id

    5. SYSTEM SETTINGS (SYS) 5.3.1 Creating an ID To create a user-defined ID for each input channel, follow the procedure below. IDs can be up to 10 characters long. Procedure SYS → F•2 DISPLAY → F•3 ID NAME → F•1 SDI Ach or F•2 SDI Bch F•D 1 CHAR SELECT (to select a character) F•4 CHAR SET or F•D 1 CHAR SELECT...

  • Page 54: Configuring The Display

    5. SYSTEM SETTINGS (SYS) Configuring the Display To set the timecode, error counter, input, and input SDI signal display formats, access F•4 INFORMATION in the system menu. SYS → F•2 DISPLAY → Figure5-6 INFORMATION menu 5.4.1 Selecting the Timecode Display Format To select the display format for the SDI input signal timecode, follow the procedure below.

  • Page 55: Displaying The Input Format

    5. SYSTEM SETTINGS (SYS) 5.4.3 Displaying the Input Format To show or hide the input format, follow the procedure below. Procedure SYS → F•2 DISPLAY → F•4 INFORMATION → F•3 FORMAT Settings The input format is displayed in the upper left of the screen. This is the default setting.

  • Page 56: Selecting The Method For Loading Presets

    5. SYSTEM SETTINGS (SYS) 5.5.1 Selecting the Method for Loading Presets You can use pins 2 through 9 (/P1 through /P8) of the remote control connector to load presets. There are two different methods for loading presets. To choose which method to use, follow the procedure below.

  • Page 57: Setting The Date And Time

    5. SYSTEM SETTINGS (SYS) Setting the Date and Time To set the date and time, access F•4 DATE&TIME in the system menu. The date and time that you set here will not be initialized even if you initialize the settings by following the procedure described in section 5.7.1, “Initializing the Settings.”...

  • Page 58: Initialization

    5. SYSTEM SETTINGS (SYS) Initialization To initialize the LV 5380 settings, access F•1 INIT in the system menu. SYS → F•5 next menu → F•1 INIT → Figure5-9 INIT menu 5.7.1 Initializing the Settings To initialize the settings, follow the procedure below. For information about the initial settings, see section 16.1, “Menu Tree.”...

  • Page 59: License Settings

    To use an option that requires a license, you must enter the appropriate license key. A license key is a key code that activates an option on the LV 5380. Leader will send you a license key when you purchase an option. Before purchasing an option, prepare the MAC...

  • Page 60: Viewing The Mac Address And Installed Options

    Table 5-3 Supported options Option Number Name Notes FS 3035 CINELITE II Requires a license key LV 5380 OP72 REMOTE & TALLY Factory option LV 5380 OP73 BATTERY MOUNT IDX Factory option LV 5380 OP74 BATTERY MOUNT ANTON...

  • Page 61: Multi-Screen Display Feature (Multi)

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) MULTI-SCREEN DISPLAY FEATURE (MULTI) The LV 5380 has five display modes: picture display, video signal waveform display, vector display, audio display, and status display. The display that only shows one mode at a time is referred to as the single-screen display.

  • Page 62: Selecting The Display Mode

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) MULTI = ON (multi-screen display) MULTI = OFF (single-screen display) Figure 6-2 Single- and multi-screen displays Selecting the Display Mode To select the display mode, follow the procedure below. For details on the 3D assist display, see chapter 7, “3D ASSIST DISPLAY FEATURE.” Procedure MULTI (press and hold) →...

  • Page 63: Selecting The Multi-Screen Display Format

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) INPUT MODE = SINGLE INPUT MODE = DUAL INPUT MODE = 3D ASIST Figure 6-3 Selecting the display mode Selecting the Multi-Screen Display Format When F•1 INPUT MODE is set to SINGLE or DUAL, follow the procedure below to select the display format of the multi-screen display.
  • Page 64 6. MULTI-SCREEN DISPLAY FEATURE (MULTI) DISPLAY MODE = PIC+WFM1 DISPLAY MODE = PIC+WFM2 DISPLAY MODE = P+W+V DISPLAY MODE = P+W+V+A Figure 6-4 Multi-screen display formats (1-channel display) ● 2-channel display Settings P+W: H: The picture and video signal waveform displays of channels A and B are arranged horizontally.
  • Page 65 6. MULTI-SCREEN DISPLAY FEATURE (MULTI) DISPLAY MODE = P+W: H DISPLAY MODE = P+W: V DISPLAY MODE = W+V: V DISPLAY MODE = WFM+PIC DISPLAY MODE = VEC+PIC Figure 6-5 Multi-screen display (2-channel display)

  • Page 66: Configuring Wipe Display Settings

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) Configuring Wipe Display Settings When F•2 DISPLAY MODE is set to WFM+PIC in the 2-channel display, to display the video signal waveforms separately on the left and right sides of the screen, follow the procedure below.

  • Page 67: Switching Between The Video Signal Waveform And Histogram Sub Items

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) Switching between the Video Signal Waveform and Histogram Sub Items When (1) F•1 INPUT MODE is set to SINGLE and F•2 DISPLAY MODE is set to PIC+WFM1 or PIC+WFM2 or (2) F•1 INPUT MODE is set to 3D ASIST (excluding the case when F•3 MEASURE SELECT is set to DISPRTY), to switch between the video signal waveform and histogram sub items, follow the procedure below.

  • Page 68: Selecting The Display Format

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) 6.7.1 Selecting the Display Format To select the video signal waveform display format, follow the procedure below. Procedure MULTI (press and hold) → F•4 DISPLAY FORM → F•2 WFM SETUP → F•1 WFM FORM Settings ALIGN: Channel A (the video signal for the left eye) and channel B (the video signal for the right eye) are displayed side by side.

  • Page 69: Setting The Histogram

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) Setting the Histogram Press F•2 HISTGRM SETUP on the Multi-Screen Display menu to configure histogram settings. This setting appears when F•1 SUB-ITEM is set to HISTGRM. Use this menu to select the display format and the channels to display and to turn Y, R, G, and B on and off. MULTI (press and hold) →...

  • Page 70: Selecting The Channels To Display

    You can display the measurement screen with a user-defined layout that you set in advance. To create a layout file, contact your local LEADER agent. Press F•5 USER LAYOUT on the Multi-Screen Display menu to set the display to a user-defined layout.

  • Page 71: Displaying User Layouts

    6. MULTI-SCREEN DISPLAY FEATURE (MULTI) MULTI (press and hold) → F•5 USER LAYOUT → Figure 6-12 USER LAYOUT menu 6.9.1 Displaying User Layouts To display user layouts, follow the procedure below. Connect a USB memory device that has user layout files to the LV 5380. Make sure that the folder structure on the USB memory device is the same as is shown below.

  • Page 72: D Assist Display Feature

    7. 3D ASSIST DISPLAY FEATURE 3D ASSIST DISPLAY FEATURE This chapter explains the 3D assist display feature, which is activated when you set F•1 INPUT MODE to 3D ASIST in the multi-screen display feature. In the 3D assist display, you can evaluate 3D video signals by applying the video signal for the left eye and the video signal for the right eye.

  • Page 73: Selecting The Display Format

    7. 3D ASSIST DISPLAY FEATURE Top-and-bottom signal 3D INPUT FORMAT = TOP&BOTM Figure 7-2 Selecting the input signal Selecting the Display Format To select the picture display format, follow the procedure below. By using anaglyph glasses with the anaglyph displays (AGLPH CL and AGLPH MO), you can easily check 3D video signals.
  • Page 74 7. 3D ASSIST DISPLAY FEATURE PICTURE FORM = AGLPH CL / AGLPH MO PICTURE FORM = CNVRGNCE PICTURE FORM = OVERLAY PICTURE FORM = CHECKER PICTURE FORM = WIPE PICTURE FORM = FLICKER Figure 7-3 Picture display formats...

  • Page 75: Configuring Checkerboard Display Settings

    7. 3D ASSIST DISPLAY FEATURE Configuring Checkerboard Display Settings When F•1 PICTURE FORM is set to CHECKER, use the 3D FUNCTION menu to move the boundary lines. Press F•D 1 to move the left-right boundary lines and F•D 2 to move the top-bottom boundary lines in a way that makes each square the same size in the checkerboard pattern.

  • Page 76: Moving Boundary Lines

    7. 3D ASSIST DISPLAY FEATURE 7.4.2 Moving Boundary Lines To move the boundary lines, follow the procedure below. Press F•D 1 to move the left-right boundary line to the middle of the screen. Press F•D 2 to move the top-bottom boundary line to the bottom of the screen.

  • Page 77: Selecting The Measurement Mode

    7. 3D ASSIST DISPLAY FEATURE Selecting the Measurement Mode When F•1 PICTURE FORM is set to AGLPH CL, AGLPH MO, CNVRGNCE, OVERLAY, or FLICKER, you can use the grid or the cursors to measure disparity. To select the disparity measurement mode, follow the procedure below. Procedure MULTI (press and hold) →...

  • Page 78: Selecting The Displayed Grid

    7. 3D ASSIST DISPLAY FEATURE 7.7.1 Selecting the Displayed Grid To select the type of grid that is displayed, follow the procedure below. The reference grid lines for both the disparity and horizontal grid lines are displayed in yellow. Procedure MULTI (press and hold) →...

  • Page 79: Adjusting The Grid Line Spacing

    7. 3D ASSIST DISPLAY FEATURE 7.7.3 Adjusting the Grid Line Spacing To adjust the grid line spacing, follow the procedure below. Press F•D 1 to set the corresponding setting to its default value. Procedure MULTI (press and hold) → F•2 3D FUNCTION → F•4 GRID SETUP → F•D 1 GRID SIZE Settings (When F•1 GRID DISPLAY or F•2 GRID VARIABLE is set to DISPRTY.) Setting range: 6 to 192 pix (The default setting is 96 pix) (*1)

  • Page 80: Selecting The Grid Line Color

    7. 3D ASSIST DISPLAY FEATURE 7.7.6 Selecting the Grid Line Color To select the grid line color, follow the procedure below. Procedure MULTI (press and hold) → F•2 3D FUNCTION → F•4 GRID SETUP → F•4 GRID BRIGHT Settings WHITE: The grid lines are displayed in white.
  • Page 81 7. 3D ASSIST DISPLAY FEATURE V cursor This is the vertical cursor. L cursor This is a disparity measurement cursor. Match this cursor with the video signal for the left eye. R cursor This is a disparity measurement cursor. Match this cursor with the video signal for the right eye.

  • Page 82: Disparity Measurement Procedure

    7. 3D ASSIST DISPLAY FEATURE ● About the Names of Settings and Measurement Items The names of the settings and measurement items that are used with the LV 5380 are shown below. Figure 7-12 Setting and measurement item names 7.8.2 Disparity Measurement Procedure To measure disparity, follow the procedure below.
  • Page 83 7. 3D ASSIST DISPLAY FEATURE Under Parameter, enter the assumed viewing environment. Turn F•D 1 SELECT to move the cursor, and press F•D 1 to select the parameter that you want to specify. The cursor color changes from cyan to yellow. Turn F•D 1 to set the value.
  • Page 84 7. 3D ASSIST DISPLAY FEATURE Set F•2 CURSOR SELECT to L/R. Turn F•D 1 LEFT POS to match the L cursor with the video signal for the left eye. Press F•D 1 to move the cursor to approximately the center of the screen. Turn F•D 1 RIGHT POS to match the R cursor with the video signal for the right eye.

  • Page 85: Preset Feature (Pset)

    8. PRESET FEATURE (PSET) PRESET FEATURE (PSET) You can use the preset feature to register and load panel settings. Also, you can use the same settings on multiple LV 5380s by copying all of the presets to USB memory. There are two kinds of presets: comprehensive presets (usually just referred to as presets) and display mode presets.

  • Page 86: Presets

    8. PRESET FEATURE (PSET) Presets 8.1.1 Registering Presets Set the LV 5380 to the settings that you want to register. Press and hold PSET to display the preset registration menu. Press F•1 FULL PRESET to display a list of files. Press F•2 COMMENT INPUT to display the file name input display.

  • Page 87: Loading Presets

    8. PRESET FEATURE (PSET) 8.1.2 Loading Presets Press PSET to display the preset menu. Press a function key from F•1 No.1 to F•5 No.5. If the preset number that you want to load is greater than 5, turn F•D 1 more. Preset menu Figure8-2 Loading presets 8.1.3...

  • Page 88: Display Mode Presets

    8. PRESET FEATURE (PSET) Display Mode Presets 8.2.1 Registering Display Mode Presets Set the LV 5380 to the settings that you want to register. Press and hold PSET to display the preset registration menu. Press F•2 FUNCTION PRESET to display a list of files. F•2 FUNCTION PRESET appears in the single-screen display.

  • Page 89: Loading Display Mode Presets

    8. PRESET FEATURE (PSET) 8.2.2 Loading Display Mode Presets Press and hold PSET to display the preset registration menu. Press F•2 FUNCTION PRESET to display a list of files. F•2 FUNCTION PRESET appears in the single-screen display. Set F•1 FUNCTION PRESET to ON. The default setting is OFF.

  • Page 90: Deleting Display Mode Presets

    8. PRESET FEATURE (PSET) 8.2.3 Deleting Display Mode Presets Press the key of the display mode whose preset you want to delete. Press and hold PSET to display the preset registration menu. If a display mode preset has been enabled, hide the preset menu before pressing and holding PSET.

  • Page 91: Copying Presets

    8. PRESET FEATURE (PSET) Copying Presets You can copy all of the presets and display mode presets by pressing F•4 ALL COPY USB->INT or F•5 ALL COPY INT->USB. These commands appear when USB memory is connected. Press and hold Preset registration menu Figure8-7 ALL COPY menu 8.3.1 Copying Presets from USB Memory to the LV 5380...

  • Page 92: Screen Capture Feature (Cap)

    9. SCREEN CAPTURE FEATURE (CAP) SCREEN CAPTURE FEATURE (CAP) You can use the screen capture feature to acquire still image data of the current display. You can save the data to USB memory or add it to the input SDI signal and display it using the LV 5380.

  • Page 93: Taking A Screen Capture Of The Display

    9. SCREEN CAPTURE FEATURE (CAP) Taking a Screen Capture of the Display Show the display that you want to capture on the LV 5380. Only measurement displays can be captured. Preset setting displays and file setting displays cannot be captured. Press CAP.

  • Page 94: Saving Screen Capture Data To Usb Memory

    9. SCREEN CAPTURE FEATURE (CAP) Saving Screen Capture Data to USB Memory The data that you capture by following the procedure in section 9.1, “ Taking a Screen Capture of the Display,” is cleared when operations such as changing the display mode are performed. You can display the captured data on the LV 5380 even after the power has been turned off by saving the captured data to USB memory (if you save the captured data in BSQ format).

  • Page 95: Displaying Screen Capture Data On The Lv 5380

    9. SCREEN CAPTURE FEATURE (CAP) Displaying Screen Capture Data on the LV 5380 The data that you capture by following the procedure in section 9.1, “Taking a Screen Capture of the Display,” can be displayed, or it can be overlaid on the current SDI input signal. Press F•2 DISPLAY, and select the display format.

  • Page 96: Viewing Usb Memory Screen Capture Data

    9. SCREEN CAPTURE FEATURE (CAP) Viewing USB Memory Screen Capture Data The BSQ format screen capture data that you save by following the procedure in section 9.2, “Saving Screen Capture Data to USB Memory,” can be displayed, or it can be overlaid on the current SDI input signal.

  • Page 97: Picture Display (Pic)

    10. PICTURE DISPLAY (PIC) 10. PICTURE DISPLAY (PIC) 10.1 General Picture Display Explanation The picture display appears when you press PIC. To display the picture menu, press and hold PIC for 0.5 seconds or more, or use the function keys and function dials while in the picture display. The picture menu will disappear when you press PIC again or after a certain period of time passes with no user activity.
  • Page 98 10. PICTURE DISPLAY (PIC) Aspect marker You can display a marker for the selected aspect ratio using a shadow, a black space, or a line. [Reference] Section 10.4.3, “Displaying an Aspect Marker,” Section 10.4.4, “Selecting the Aspect Marker Type” Safe action marker You can display a safe action marker according to the ARIB TR-B4 or SMPTE RP 218 specification.

  • Page 99: Setting The Brightness And Contrast

    10. PICTURE DISPLAY (PIC) 10.2 Setting the Brightness and Contrast You can set the picture brightness and contrast by using F•D 1 BRIGHTNESS and F•D 2 CONTRAST in the picture menu. F•D 1 BRIGHTNESS and F•D 2 CONTRAST appear in other levels of the picture menu as well and function in the same way.

  • Page 100: Adjusting The Picture (Adjust)

    10. PICTURE DISPLAY (PIC) 10.3 Adjusting the Picture (ADJUST) To adjust the picture, press F•1 ADJUST in the picture menu. You can configure the color temperature, gain, bias, color display, aperture, and backlight. You can also configure the chroma up and monochrome/color settings. This menu item does not appear when CINELITE DISPLAY of the CINELITE display option is set to CINEZONE.

  • Page 101: Turning Rgb On And Off

    10. PICTURE DISPLAY (PIC) 10.3.3 Turning RGB On and Off To turn the individual R, G, and B signal displays on and off, follow the procedure below. You cannot turn off the display of every signal. Procedure PIC (press and hold) → F•1 ADJUST → F•3 GAIN/BIAS → F•1 R SIGNAL →...

  • Page 102: Setting The Chroma Gain

    10. PICTURE DISPLAY (PIC) 10.3.6 Setting the Chroma Gain To set the chroma gain, follow the procedure below. If you press F•D 1, the gain will be set to its default value of 100.0 %. When F•2 CHROMA UP is set to UP, the CHROMA GAIN menu item does not appear, and the chroma gain is fixed at 200.0 %.

  • Page 103: Adjusting The Backlight

    10. PICTURE DISPLAY (PIC) 10.3.9 Adjusting the Backlight To adjust the backlight brightness, follow the procedure below. The larger the number, the brighter the backlight. If you press F•D 2, the backlight brightness will be set to its default value of 17. You can also adjust the backlight brightness in the system settings by following the procedure described in section 5.2.2, “Adjusting the Backlight.”...

  • Page 104: Displaying A Frame Marker

    10. PICTURE DISPLAY (PIC) 10.4.1 Displaying a Frame Marker To display a frame marker, follow the procedure below. The frame marker is displayed around the outer edge of the picture. Procedure PIC (press and hold) → F•2 MARKER → F•1 FRAME Settings A frame marker is displayed.

  • Page 105: Displaying An Aspect Marker

    10. PICTURE DISPLAY (PIC) 10.4.3 Displaying an Aspect Marker To display an aspect marker, follow the procedure below. There are three kinds of aspect marker: line, shadow, and black. The aspect marker type can be set using F•D 1 SHADOW. Procedure PIC (press and hold) →...

  • Page 106: Selecting The Safety Marker Type

    10. PICTURE DISPLAY (PIC) SHADOW = 0% SHADOW = 50% SHADOW = 100% Figure10-9 Aspect marker types 10.4.5 Selecting the Safety Marker Type To select the safety marker type, follow the procedure below. The safe action marker, safe title marker, and user markers (two types) can be turned on and off separately.

  • Page 107: Displaying A Safe Action Marker

    10. PICTURE DISPLAY (PIC) 10.4.6 Displaying a Safe Action Marker To display a safe action marker, follow the procedure below. This setting is available when F•1 STANDARD is set to ARIB or SMPTE. Procedure PIC (press and hold) → F•2 MARKER → F•4 SAFETY ZONE → F•2 SAFE ACTION Settings A safe action marker is displayed.

  • Page 108: Setting User Marker Sizes

    10. PICTURE DISPLAY (PIC) 10.4.9 Setting User Marker Sizes To set the user marker sizes, follow the procedure below. The percentages used to specify the user marker sizes are based on the size of the picture (or the size of the aspect marker if an aspect marker is displayed). There are two types of user markers.

  • Page 109: Line Selection Settings (Line Sel)

    10. PICTURE DISPLAY (PIC) 10.5 Line Selection Settings (LINE SEL) To configure line selection settings, press F•3 LINE SEL in the picture menu. The line selection feature allows you to display a marker on the selected line. The markers that you set here do not appear in thumbnail displays, the 2-channel display or 3D assist display.

  • Page 110: Selecting A Line

    10. PICTURE DISPLAY (PIC) 10.5.2 Selecting a Line To select a line to display a marker on, follow the procedure below. The selected line is indicated in the upper right of the display. If you press F•D 1, the selected line changes to the first video line. You can select a line when F•1 LINE SELECT is set to ON.

  • Page 111: Setting The Display Size

    10. PICTURE DISPLAY (PIC) 10.6.1 Setting the Display Size To set the picture display size, follow the procedure below. The video signal waveform, vector, and audio display thumbnails and their windows in the multi-screen display are displayed using the FIT setting regardless of the setting made here.

  • Page 112: Setting The Display Position

    10. PICTURE DISPLAY (PIC) SIZE = FIT SIZE = REAL SIZE = X2 SIZE = X4 SIZE = FULL FRM SIZE = FUL SCRN Figure10-14 Picture display sizes 10.6.2 Setting the Display Position To set the picture position, follow the procedure below. This setting is available when F•1 SIZE is set to REAL, X2, or X4.

  • Page 113: Displaying Gamut Errors

    10. PICTURE DISPLAY (PIC) 10.6.3 Displaying Gamut Errors To display gamut errors on the picture, follow the procedure below. The gamut error level display range can be set in the status display. This setting is displayed when GAMUT ERROR, COMPOSIT GAMUT, or LUMA ERROR is set to a value other than OFF on the status display.

  • Page 114: Displaying The Audio Meter

    10. PICTURE DISPLAY (PIC) 10.6.4 Displaying the Audio Meter To display the audio meter in the picture display, follow the procedure below. Configure input channel settings and other audio meter settings in the audio display. Procedure PIC (press and hold) → F•4 DISPLAY → F•3 THUMBNAIL → F•1 AUDIO METER Settings The audio meter is displayed.

  • Page 115: Selecting The Sd Signal Display Format

    10. PICTURE DISPLAY (PIC) LAYOUT = HORIZ1 LAYOUT = HORIZ2 Figure10-17 Audio meter display formats 10.6.6 Selecting the SD Signal Display Format When the input SDI signal is set to SD, to set the display format, follow the procedure below. Procedure PIC (press and hold) →...

  • Page 116: Video Signal Waveform Display (Wfm)

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.1 General Video Signal Waveform Display Explanation To display video signal waveforms, press WFM. To display the video signal waveform menu, press and hold WFM for 0.5 seconds or more, or use the function keys and function dials while in the video signal waveform display.
  • Page 117 11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) Error counter The error counter, the current time, and the elapsed time are displayed here. For details, see section 14.1, “General Status Display Explanation.” Gain The video signal waveform gain is displayed here. You can set the gain to a value between 0.2 and 10 by setting GAIN MAG and GAIN VARIABLE.

  • Page 118: Display Position Settings

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.2 Display Position Settings To set the display position, use F•D 1 H POS and F•D 2 V POS in the video signal waveform menu. You can set the video signal waveform horizontal and vertical positions. F•D 1 H POS and F•D 2 V POS appear in other levels of the video signal waveform menu as well and function in the same way.

  • Page 119: Video Signal Waveform And Scale Settings (Inten/Scale)

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.3 Video Signal Waveform and Scale Settings (INTEN/SCALE) To configure video signal waveform and scale settings, press F•1 INTEN/SCALE in the video signal waveform menu. You can set the color, intensity, and contrast of the video signal waveform;...

  • Page 120: Changing The Scale Color

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) SCALE UNIT = HDV,SDV SCALE UNIT = HD%,SD% SCALE UNIT = 150% SCALE UNIT = 1023 SCALE UNIT = 3FF Figure11-4 Scale units 11.3.2 Changing the Scale Color To select the scale color from one of seven options, follow the procedure below. Procedure WFM (press and hold) →...

  • Page 121: Changing The Video Signal Waveform Color

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.3.3 Changing the Video Signal Waveform Color To select the video signal waveform color from one of two options, follow the procedure below. When DISPLAY MODE is set to WFM+PIC in the 2-channel display or when WFM COLOR is set to RED, CYAN in the 3D assist display, this setting is not available.

  • Page 122: Displaying Horizontal Markers

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 75%C.BAR MARKER = ON Figure11-5 Displaying markers for 75 % intensity color bars 11.3.6 Displaying Horizontal Markers To display up to two horizontal markers, follow the procedure below. Use F•D 1 MARKER1 POS to move marker 1 (blue) and F•D 2 MARKER2 POS to move marker 2 (green).

  • Page 123: Setting The Video Signal Waveform Intensity

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.3.7 Setting the Video Signal Waveform Intensity To set the video signal waveform intensity, follow the procedure below. If you press F•D 1, the waveform intensity will be set to its default value of 0. Procedure WFM (press and hold) →...

  • Page 124: Gain And Sweep Settings (Gain/Sweep)

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.4 Gain and Sweep Settings (GAIN/SWEEP) To set the gain and sweep, press F•2 GAIN/SWEEP in the video signal waveform menu. You can set the video signal waveform display format, sweep, and gain. WFM (press and hold) → F•2 GAIN/SWEEP → Figure11-7 GAIN/SWEEP menu 11.4.1 Switching between the Overlay and Parade Displays...

  • Page 125: Selecting The Sweep Method

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.4.2 Selecting the Sweep Method To select a video signal waveform sweep method, follow the procedure below. The sweep methods that you can select vary depending on how F•1 MODE is set and what the input format is.
  • Page 126 11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) ● When the input format is interlaced or segmented frame and MODE is set to OVERLAY Settings H_1H: Single lines are displayed. This is the default setting. H_2H: Two lines are displayed at a time. V_F1: Field 1 is displayed.
  • Page 127 11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) ● When the input format is progressive and MODE is set to PARADE Settings Single lines are displayed. This is the default setting. Single frames are displayed. SWEEP = H (single-line display) SWEEP = V (single-frame display) Figure11-11 When the input format is p in the parade display ●...

  • Page 128: Setting The Horizontal Magnification

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.4.3 Setting the Horizontal Magnification The magnifications that you can choose vary, as shown below, depending on how SWEEP is set. [Reference] SWEEP → See section 11.4.2, “Selecting the Sweep Method” Table 11-1 Horizontal magnifications SWEEP ×1 ×10...

  • Page 129: Setting The Fixed Vertical Gain

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.4.4 Setting the Fixed Vertical Gain To set the video signal waveform fixed vertical gain, follow the procedure below. Procedure WFM (press and hold) → F•2 GAIN/SWEEP → F•4 GAIN MAG Settings ×1: Waveforms are not magnified. This is the default setting. ×5: Waveforms are magnified to five times their normal size.

  • Page 130: Line Selection And Sync Signal Settings (Line Sel Ext Ref)

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.5 Line Selection and Sync Signal Settings (LINE SEL EXT REF) To configure line selection and sync signal settings, press F•3 LINE SEL EXT REF in the video signal waveform menu. You can display the waveform of the selected line and switch to an external sync signal.

  • Page 131: Selecting A Line

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.5.2 Selecting a Line To select a line to display the waveform of, follow the procedure below. The selected line is indicated in the lower left of the display. If you press F•D 1, the selected line changes to the first video line.

  • Page 132: Display Settings (Display)

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.6 Display Settings (DISPLAY) To configure the display settings, press F•4 DISPLAY in the video signal waveform menu. You can set the video signal waveform display format, channels, filters, the blanking display, and thumbnails. WFM (press and hold) →...

  • Page 133: Selecting The Display Format

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.6.1 Selecting the Display Format To select a video signal waveform display format, follow the procedure below. The selected display format is indicated in the upper right of the display. If you select COMPOSIT, choose the composite display format (NTSC or PAL) by setting COMPOSIT FORMAT in the system settings.

  • Page 134: Displaying The Gbr Or Rgb Signal Simultaneously With The Luminance Signal

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) COLOR MATRIX = COMPOSIT Figure11-18 Component displays and the pseudo-composite display 11.6.2 Displaying the GBR or RGB Signal Simultaneously with the Luminance Signal To display the GBR or RGB signal simultaneously with the luminance signal, follow the procedure below.

  • Page 135: Setting The Setup Level

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.6.3 Setting the Setup Level To set the pseudo-composite display setup level, follow the procedure below. This setting is available when F•1 COLOR MATRIX is set to COMPOSIT and the composite display format is set to NTSC. [Reference] Composite display format →...

  • Page 136: Selecting A Filter

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.6.5 Selecting a Filter To select a filter, follow the procedure below. The filters that you can select vary depending on how F•1 COLOR MATRIX is set. Procedure WFM (press and hold) → F•4 DISPLAY → F•3 ARRANGE → F•1 FILTER ●...

  • Page 137: Displaying The Blanking Period

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) FILTER = LUM+CRMA Figure11-22 Pseudo-composite signal filters 11.6.6 Displaying the Blanking Period To set how the blanking period is displayed, follow the procedure below. The blanking interval is normally not shown in the vector display, but in the multi-screen display, the blanking interval is shown according to the setting that you make here.

  • Page 138: Displaying The Audio Meter

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.6.7 Displaying the Audio Meter To display the audio meter in the video signal waveform display, follow the procedure below. Configure audio meter settings in the audio display. Procedure WFM (press and hold) → F•4 DISPLAY → F•4 THUMBNAIL → F•1 AUDIO METER Settings The audio meter is displayed.

  • Page 139: Displaying The Picture

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) LAYOUT = HORIZ1 LAYOUT = HORIZ2 Figure11-25 Audio meter display formats 11.6.9 Displaying the Picture To display the picture in the video signal waveform display, follow the procedure below. Configure picture settings in the picture display. Markers cannot be displayed. Procedure WFM (press and hold) →...

  • Page 140: Cursor Settings

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.7 Cursor Settings To configure cursor settings, press F•5 CURSOR in the video signal waveform menu. You can display cursors and use them to make measurements. You cannot perform cursor measurements when the horizontal markers are displayed or in the multi-screen display.

  • Page 141: Selecting The Cursor Type

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.7.2 Selecting the Cursor Type To select whether to move the two cursors separately or simultaneously, follow the procedure below. You can also switch between cursor types by pressing F•D 1. Procedure WFM (press and hold) → F•5 CURSOR → F•3 FD VAR TRACK Settings The cursors move simultaneously.

  • Page 142: Setting The Units Of Measurement

    11. VIDEO SIGNAL WAVEFORM DISPLAY (WFM) 11.7.4 Setting the Units of Measurement To change the units used in cursor measurement, follow the procedure below. ● When CURSOR is set to Y Procedure WFM (press and hold) → F•5 CURSOR → F•2 Y UNIT Settings Measurements are made in units of voltage.

  • Page 143: Vector Display (Vect)

    12. VECTOR DISPLAY (VECT) 12. VECTOR DISPLAY (VECT) 12.1 General Vector Display Explanation To display vectors, press VECT. To display the vector menu, press and hold VECT for 0.5 seconds or more, or use the function keys and function dials while in the vector display. The vector menu will disappear when you press VECT again or after a certain period of time passes with no user activity.
  • Page 144 12. VECTOR DISPLAY (VECT) Error counter The error counter, the current time, and the elapsed time are displayed here. For details, see section 14.1, “General Status Display Explanation.” I and Q axes The I and Q axes can be displayed. [Reference] Section 12.2.1, “Displaying the I and Q Axes”...

  • Page 145: Vector And Scale Settings (Inten/Scale)

    12. VECTOR DISPLAY (VECT) 12.2 Vector and Scale Settings (INTEN/SCALE) To configure vector and scale settings, press F•1 INTEN/SCALE in the vector menu. You can configure the I and Q axes display, and the color, intensity, and contrast of the vector, and the color and intensity of the scale.

  • Page 146: Changing The Scale Color

    12. VECTOR DISPLAY (VECT) 12.2.2 Changing the Scale Color To select the scale color from one of seven options, follow the procedure below. Procedure VECT (press and hold) → F•1 INTEN/SCALE → F•2 SCALE COLOR Settings WHITE: The scale is displayed in white. YELLOW: The scale is displayed in yellow.

  • Page 147: Setting The Vector Intensity

    12. VECTOR DISPLAY (VECT) 12.2.5 Setting the Vector Intensity To set the vector intensity, follow the procedure below. Regardless of this setting, in the multi-screen display, vectors are displayed using the intensity that WFM INTEN is set to. (This excludes the VEC+PIC setting on the 2-channel display.) If you press F•D 1, the intensity will be set to its default value of 0.

  • Page 148: Setting The Variable Gain

    12. VECTOR DISPLAY (VECT) Settings ×1: Vectors are not magnified. This is the default setting. ×5: Vectors are magnified to five times their normal size. IQ-MAG: ×3.12 (for HD signals during component display; magnification that causes the I signal of the multiformat colorbar to lie on the circumference of the scale) ×2.845 (for HD signals during pseudo-composite display;...

  • Page 149: Line Selection And Sync Signal Settings (Line Sel Ext Ref)

    12. VECTOR DISPLAY (VECT) 12.4 Line Selection and Sync Signal Settings (LINE SEL EXT REF) To configure line selection and sync signal settings, press F•3 LINE SEL EXT REF in the vector menu. You can display the vector of the selected line and switch to an external sync signal.

  • Page 150: Selecting A Line

    12. VECTOR DISPLAY (VECT) 12.4.2 Selecting a Line To select a line, follow the procedure below. The selected line is indicated in the lower left of the display. If you press F•D 1, the selected line changes to the first video line. You can select a line when F•1 LINE SELECT is set to ON.

  • Page 151: Display Settings (Display)

    12. VECTOR DISPLAY (VECT) 12.5 Display Settings (DISPLAY) To configure the display settings, press F•4 DISPLAY in the vector menu. You can switch between vector display and 5 bar display and configure thumbnails. VECT (press and hold) → F•4 DISPLAY → Figure12-8 DISPLAY menu 12.5.1 Switching between the Vector and 5 Bar Displays...

  • Page 152: Displaying The Audio Meter

    12. VECTOR DISPLAY (VECT) 12.5.2 Displaying the Audio Meter To display the audio meter in the vector display, follow the procedure below. Configure audio meter settings in the audio display. Procedure VECT (press and hold) → F•4 DISPLAY → F•3 THUMBNAIL → F•1 AUDIO METER Settings The audio meter is displayed.

  • Page 153: Displaying The Picture

    12. VECTOR DISPLAY (VECT) LAYOUT = HORIZ1 LAYOUT = HORIZ2 Figure12-11 Audio meter display formats 12.5.4 Displaying the Picture To display the picture in the vector display, follow the procedure below. Configure picture settings in the picture display. Markers cannot be displayed. Procedure VECT (press and hold) →...

  • Page 154: Display Format Settings (Color System)

    12. VECTOR DISPLAY (VECT) 12.6 Display Format Settings (COLOR SYSTEM) To configure display format settings, press F•5 COLOR SYSTEM in the vector menu. You can set the vector display format and display a scale for 75 % color bars. F•5 COLOR SYSTEM appears when MODE is set to VECTOR. [Reference] MODE →...

  • Page 155: Setting The Setup Level

    12. VECTOR DISPLAY (VECT) 12.6.2 Setting the Setup Level To set the pseudo-composite display setup level, follow the procedure below. Regardless of this setting, in the multi-screen display, vectors are displayed using the setup level that you specify in the video signal waveform menu. (This excludes the VEC+PIC setting on the 2-channel display.) This setting is available when F•1 COLOR MATRIX is set to COMPOSIT and the composite display format is set to NTSC.

  • Page 156: Bar Settings (5Bar Setup)

    12. VECTOR DISPLAY (VECT) 12.7 5 Bar Settings (5BAR SETUP) To configure 5 bar settings, press F•5 5BAR SETUP in the vector menu. You can set the signal display order and the scale units. F•5 5BAR SETUP appears when MODE is set to 5BAR. [Reference] MODE →...

  • Page 157: Changing The Signal Display Order

    12. VECTOR DISPLAY (VECT) Error counter The error counter, the current time, and the elapsed time are displayed here. For details, see section 14.1, “General Status Display Explanation.” The luminance signal level is displayed here. The levels that fall outside of the range you set using LUMA ERROR in the status display are displayed in red.

  • Page 158: Setting The Scale Units

    12. VECTOR DISPLAY (VECT) 12.7.3 Setting the Scale Units To set the scale units in the 5 bar display, follow the procedure below. To set the composite display format, set COMPOSIT FORMAT in the system settings. [Reference] COMPOSIT FORMAT → Section 5.1.5, “Setting the Composite Display Format” Procedure VECT (press and hold) →...

  • Page 159: Audio Display (Audio)

    13. AUDIO DISPLAY (AUDIO) 13. AUDIO DISPLAY (AUDIO) In the audio display, the audio signal embedded in the input signal is measured. When the link format is set to dual, only the audio signal embedded in link A is measured. 13.1 General Audio Display Explanation The audio display appears when you press AUDIO.
  • Page 160 13. AUDIO DISPLAY (AUDIO) Error counter The error counter, the current time, and the elapsed time are displayed here. For details, see section 14.1, “General Status Display Explanation.” Audio Level Display The audio levels of the channels selected using SDI GROUP (in the multi-lissajous display) or SINGLE LISSAJOU (in the single lissajous display) are displayed using meters and values.

  • Page 161: Input Channel Settings (Channel Select)

    13. AUDIO DISPLAY (AUDIO) 13.2 Input Channel Settings (CHANNEL SELECT) To configure input channel settings, press F•1 CHANNEL SELECT in the audio menu. You can set the audio display and single lissajous display input channels and the headphone jack output channels. AUDIO (press and hold) →...

  • Page 162: Selecting The Audio Display Input Channels

    13. AUDIO DISPLAY (AUDIO) 13.2.1 Selecting the Audio Display Input Channels To select a group of eight channels to show in the audio display, follow the procedure below. The channels that you select are displayed in the audio display and in the audio display thumbnails in the other display modes.

  • Page 163: Selecting Input Channels In The Single Lissajous Display

    13. AUDIO DISPLAY (AUDIO) 13.2.2 Selecting Input Channels in the Single Lissajous Display To select the left and right single lissajous display input channels, follow the procedure below. You can choose the input channels from among the channels assigned to F•1 1st GROUP and F•2 2nd GROUP.

  • Page 164: Meter Settings (Meter Setup)

    13. AUDIO DISPLAY (AUDIO) 13.3 Meter Settings (METER SETUP) To configure meter settings, press F•2 METER SETUP in the audio menu. You can set the meter reference level, range, and scale. AUDIO (press and hold) → F•2 METER SETUP → Figure13-4 METER SETUP menu 13.3.1 Setting the Reference Level...

  • Page 165: Setting The Range

    13. AUDIO DISPLAY (AUDIO) 13.3.2 Setting the Range To set the meter range, follow the procedure below. The table below shows the responsiveness for different meter RESPONSE settings. Table 13-1 Meter responsiveness RESPONSE delay time* return time* PEAK60dB Instantaneous 1.7 sec PEAK90dB Instantaneous 1.7 sec...

  • Page 166: Meter Settings Overview

    13. AUDIO DISPLAY (AUDIO) 13.3.5 Meter Settings Overview The meter reading for a -10 dB audio signal are shown below. Table 13-2 Meter Settings F•1 REF LEVEL -20dB -18dB -12dB F•D 1 F•3 SCALE TYPE-A TYPE-B TYPE-A TYPE-B TYPE-A TYPE-B HOLD TIME PEAK60dB...

  • Page 167: Lissajous Settings (Lissajou Setup)

    13. AUDIO DISPLAY (AUDIO) 13.4 Lissajous Settings (LISSAJOU SETUP) To configure lissajous settings, press F•3 LISAJOU SETUP in the audio menu. You can set the lissajous curve display format, gain, and intensity, and you can set the scale display format and intensity. AUDIO (press and hold) →...

  • Page 168: Selecting The Scale Display Format

    13. AUDIO DISPLAY (AUDIO) LISSAJOU MODE = SINGLE LISSAJOU MODE = MULTI Figure13-6 Lissajous curve display format 13.4.2 Selecting the Scale Display Format To set the scale display format, follow the procedure below. Procedure AUDIO (press and hold) → F•3 LISSAJOU SETUP → F•2 FORM Settings X-Y: R is assigned to the X-axis (horizontal), and L is assigned to the Y-axis...

  • Page 169: Setting The Gain

    13. AUDIO DISPLAY (AUDIO) 13.4.3 Setting the Gain To set the lissajous curve gain, follow the procedure below. Procedure AUDIO (press and hold) → F•3 LISSAJOU SETUP → F•3 GAIN Settings ×1: No gain. This is the default setting. AUTO: The gain is set so that the lissajous curves fit within the scale.

  • Page 170: Display Settings (Display)

    13. AUDIO DISPLAY (AUDIO) 13.5 Display Settings (DISPLAY) To configure the display settings, press F•4 DISPLAY in the audio menu. You can configure thumbnail displays. AUDIO (press and hold) → F•4 DISPLAY → Figure13-9 DISPLAY menu 13.5.1 Displaying the Picture To display the picture in the audio display, follow the procedure below.

  • Page 171: Headphone Settings (Volume)

    13. AUDIO DISPLAY (AUDIO) 13.6 Headphone Settings (VOLUME) To configure the headphone settings, press F•D 1 VOLUME in the audio menu. You can adjust the headphone volume. F•D 1 VOLUME appears in other levels of the audio menu and functions in the same way. AUDIO (press and hold) →...

  • Page 172: Status Display (Status)

    14. STATUS DISPLAY (STATUS) 14. STATUS DISPLAY (STATUS) 14.1 General Status Display Explanation The status display appears when you press STATUS. Error count values are displayed beneath VIDEO, AUDIO, and GAMUT. Errors are counted by field. Only one error can be counted for a single field, no matter how many errors occur on that field.
  • Page 173 14. STATUS DISPLAY (STATUS) ● VIDEO_ERR The CRC (VIDEO) and EDH error counts are displayed here. CRC is for when the input SDI signal is HD, and EDH is for when the signal is SD. The text here is typically displayed in white, but it is displayed in red when errors are being counted.
  • Page 174 14. STATUS DISPLAY (STATUS) SDI SIGNAL If an SDI signal is detected at the input terminal, “DETECT” appears here. Otherwise, “NO SIGNAL” appears. If “NO SIGNAL” appears, the error count information below will be blank. The input format indication in the upper left of the screen will also show “NO SIGNAL.”...
  • Page 175 14. STATUS DISPLAY (STATUS) AUDIO When the link format is set to dual, only errors in the audio signal embedded in link A are detected. ● AUDIO appears when the input SDI signal is HD. An error is counted if the input SDI signal’s embedded audio BCH code causes an error. Errors may be counted at the instant when audio is embedded into an input SDI signal, or at the instant when the audio is removed.
  • Page 176 14. STATUS DISPLAY (STATUS) GAMUT ● LUMA The luminance error count is displayed here. By computing the luminance component, you can also detect errors when R, G, and B are being applied through a dual link signal. You can set the gamut error detection limits by pressing ERROR CONFIG and then LUMA ERROR in the status menu.

  • Page 177: Event Log Settings (Event Log)

    14. STATUS DISPLAY (STATUS) 14.2 Event Log Settings (EVENT LOG) The LV 5380 can log various events and save event logs in text format to a USB memory device. To configure event log settings, press F•1 EVENT LOG in the status menu. The event log contains both channel A and channel B events regardless of how INPUT is set.
  • Page 178 14. STATUS DISPLAY (STATUS) Logging status “NOW LOGGING” appears here when events are being logged. “LOGGING STOPPED” appears when logging is stopped. You can start and stop event logging by pressing F•1 LOG. [Reference] LOG → Section 14.2.3, “Starting Event Logging” Event numbers Events are assigned numbers in order of their occurence.

  • Page 179: Scrolling Through The Event Log

    14. STATUS DISPLAY (STATUS) 14.2.2 Scrolling through the Event Log To scroll through the event log and view parts of the list that are outside of the display, follow the procedure below. The event log entries are listed in order with the most recent events listed first.

  • Page 180: Saving The Event Log To Usb Memory

    14. STATUS DISPLAY (STATUS) 14.2.6 Saving the Event Log to USB Memory To save the event log in text format to USB memory, follow the procedure below. You can view the saved event log on a PC. This command appears when the LV 5380 has USB memory connected to it. The file name is automatically set to the date and time that you set in the system settings according to the procedure in section 5.6, “Setting the Date and Time.”...

  • Page 181: General Data Dump Explanation

    14. STATUS DISPLAY (STATUS) 14.3.1 General Data Dump Explanation To show the data dump display, press F•2 DATA DUMP in the status menu. Figure14-5 Data dump display Error counter The error counter, the current time, and the elapsed time are displayed here. For details, see section 14.1, “General Status Display Explanation.”...

  • Page 182: Selecting A Line In The Data Dump Display

    14. STATUS DISPLAY (STATUS) Table 14-2 Ancillary data types Display Display color Ancillary data type Cyan Ancillary data header word Cyan Ancillary data ID word SDID Cyan Secondary format data in which DID is smaller than 80H. Cyan Primary format data in which DID is larger than 80H. Cyan Ancillary data count word Cyan...

  • Page 183: Setting The Data Dump Display Mode

    14. STATUS DISPLAY (STATUS) 14.3.4 Setting the Data Dump Display Mode To set the data dump display mode, follow the procedure below. Procedure STATUS (press and hold) → F•2 DATA DUMP → F•1 MODE Settings RUN: The displayed input SDI signal data is updated automatically. This is the default setting.
  • Page 184 14. STATUS DISPLAY (STATUS) ● When the Link Format Is Set to Dual Settings LINK A: The parallel converted data sequences of link A are displayed. This is the default setting. LINK B: The parallel converted data sequences of link B are displayed. LINK A/B: Links A and B are combined, and their parallel data sequences are displayed.

  • Page 185: Setting The Data Dump Display Start Location

    14. STATUS DISPLAY (STATUS) 14.3.6 Setting the Data Dump Display Start Location To set the data dump display start location, follow the procedure below. Procedure STATUS (press and hold) → F•2 DATA DUMP → F•3 JUMP Settings EAV: The display starts with the EAV sample. This is the default setting. SAV: The display starts with the SAV sample.
  • Page 186 14. STATUS DISPLAY (STATUS) Single link, HD Single link, SD 2008/07/11 08:21:59 2008/07/11 09:41:47 SDI A SDI A REF INT REF INT FORMAT 1080i/59.94 FORMAT 525i/59.94 LINE NUMBER 205 LINE NUMBER 4 SAMPLE:DATA SAMPLE:DATA ADDR:Y ,C ADDR:Y ,C 1920:3FF,3FF 0720:000,3FF 1921:000,000 0721:2D8,000 1922:000,000...

  • Page 187: Phase Difference Measurement Settings (Ext Ref Phase)

    14. STATUS DISPLAY (STATUS) 14.4 Phase Difference Measurement Settings (EXT REF PHASE) To configure phase difference measurement settings, press F•3 EXT REF PHASE in the status menu. You can use this menu to measure the phase difference between the SDI signal and the external sync signal and between channels A and B.

  • Page 188: Phase Difference Measurement Display Explanation

    14. STATUS DISPLAY (STATUS) 14.4.1 Phase Difference Measurement Display Explanation To display the phase difference measurement display, press F•3 EXT REF PHASE in the status menu. Figure14-11 Phase difference measurement display Sync signal EXT appears here when an external sync signal is being used.Set the LV 5380 to external sync to measure the phase difference between the input signal and an external sync signal.
  • Page 189 14. STATUS DISPLAY (STATUS) The external sync signal setting is indicated using one of the following messages: INT: Indicates that the internal sync signal is being used. Phase difference measurement cannot be performed. EXT HD: DEFAULT: Indicates that a tri-level sync signal is being used with the default phase difference setting.

  • Page 190: Configuring A User-Defined Phase Difference Setting

    To set the phase difference between the signals to the default setting, follow the procedure below. The default setting is the phase difference between the SDI output signal of the LEADER LT 443D MULTIFORMAT VIDEO GENERATOR without a timing offset and a BB signal when both signals are connected through cables of equal length.

  • Page 191: Displaying The Phase Difference Between Channels A And B

    14. STATUS DISPLAY (STATUS) 14.4.4 Displaying the Phase Difference between Channels A and B To display the phase difference between channel A (the reference) and channel B, follow the procedure below. This setting is not displayed when channel A is selected. Procedure STATUS (press and hold) →...

  • Page 192: Error Settings (Error Config)

    14. STATUS DISPLAY (STATUS) 14.5 Error Settings (ERROR CONFIG) To configure error settings, press F•4 ERROR CONFIG in the status menu. You can configure the input SDI signal video error, audio error, gamut error, composite error and luminance error settings. When D_LINK FORMAT is set to XYZ12bit in the system settings, F•3 GAMUT ERROR is not displayed.

  • Page 193: Detecting Crc Errors

    14. STATUS DISPLAY (STATUS) 14.5.1 Detecting CRC Errors To detect CRC errors, follow the procedure below. If you set this setting to ON, the number of CRC errors appears next to CRC (VIDEO) in the status display. This setting is valid when the input SDI signal is HD. Procedure STATUS (press and hold) →...

  • Page 194: Detecting Crc Errors

    14. STATUS DISPLAY (STATUS) 14.5.4 Detecting CRC Errors To detect CRC errors, follow the procedure below. If you set this setting to ON, the number of CRC errors appears next to CRC (AUDIO) in the status display. Procedure STATUS (press and hold) → F•4 ERROR CONFIG → F•2 AUDIO ERROR → F•2 CH Settings CRC errors are detected.

  • Page 195: Detecting Gamut Errors

    14. STATUS DISPLAY (STATUS) 14.5.7 Detecting Gamut Errors To detect gamut errors, follow the procedure below. If you set this setting to % or mV, the number of gamut errors appears next to GAMUT in the status display. Procedure STATUS (press and hold) → F•4 ERROR CONFIG → F•3 GAMUT ERROR → F•2 GAMUT ERROR →...

  • Page 196: Detecting Composite Gamut Errors

    14. STATUS DISPLAY (STATUS) ● Setting the Error Detection Area An error is detected when an error above the specified value occurs in the active picture. If you press F•D 1, the area will be set to its default value of 1.0 %. Procedure STATUS (press and hold) →...

  • Page 197: Detecting Luminance Errors

    14. STATUS DISPLAY (STATUS) ● Setting the error detection lower limit An error is detected when the input SDI signal level goes below the specified value. If you press F•D 1, the lower limit will be set to its default value of -40.0 % or -280.0 mV. Procedure STATUS (press and hold) →...

  • Page 198: Clearing Errors (Error Clear)

    14. STATUS DISPLAY (STATUS) ● Setting the error detection upper limit An error is detected when the level of the SDI input signal's luminance component exceeds the specified value. If you press F•D 1, the lower limit will be set to its default value of 109.4 % or 756.8 mV. Procedure STATUS (press and hold) →...

  • Page 199: External Interface (Option)

    15. External Interface (Option) 15. External Interface (Option) 15.1 Remote Control Feature You can use the remote control connector on the rear panel to load presets, transmit the alarm signal, and perform other operations. Use the 15-pin D-sub connector that comes with the option.

  • Page 200: Control

    15. External Interface (Option) 15.1.2 Control The input connectors respond to active-low signals. To configure a setting, apply a stable signal for at least 350 ms. After configuring a setting, wait at least 1 second before configuring the next setting. Figure 15-2 Control timing 1 After a setting is made, it may take about 3 seconds for the operation to finish.

  • Page 201: Loading Presets

    15. External Interface (Option) 15.1.3 Loading Presets You can use pins 2 through 9 (/P1 through /P8) of the remote control connector to load presets. By default, /P1 to /P8 correspond to preset numbers 1 to 8, but you can load any of the 30 presets by setting REMOTE MODE to BINARY in the system settings.

  • Page 202: Switching The Input Channel

    15. External Interface (Option) 15.1.4 Switching the Input Channel Pin 10 (/ACH) and pin 11 (/BCH) of the remote control connector are used for input channel switching. Channel switching is not valid in displays, such as the 2-channel display, in which the front-panel INPUT key does not function.

  • Page 203: Transmitting The Alarm Signal

    15. External Interface (Option) 15.1.6 Transmitting the Alarm Signal The alarm signal is transmitted from pin 14 (ALARM) of the remote control connector when the LV 5380 internal temperature reaches or exceeds a specific value, when the fan is broken, or when an error occurs in one of the items set to ON in the menu that appears when you press F•4 ERROR CONFIG in the status menu.

  • Page 204: 16. Appendix

    16. APPENDIX 16. APPENDIX 16.1 Menu Tree The menu structure is indicated below. The default settings are underlined. 16.1.1 Picture Menu MONO/ ADJUST ( COLOR / MONO ) COLOR CHROMA ( NORMAL / UP ) GAIN/ R SIGNAL ( ON / OFF ) BIAS G SIGNAL ( ON / OFF )
  • Page 205 16. APPENDIX USER ( ON / OFF ) ZONE1 USER ( ON / OFF ) ZONE2 menu USER ( 0% - 90% - 100% ) ZONE1 H USER ( 0% - 90% - 100% ) ZONE1 V USER ( 0% - 80% - 100% ) ZONE2 H USER ( 0% - 80% - 100% )
  • Page 206 16. APPENDIX Does not appear when CINELITE DISPLAY of the CINELITE display option is set to CINEZONE. Does not appear in the multi-screen display when INPUT MODE is set to 3D ASIST. Appears when CHROMA UP is set to NORMAL. Appears when you press R SIGNAL (unless R SIGNAL is set to OFF).

  • Page 207: Video Signal Waveform Menu

    16. APPENDIX 16.1.2 Video Signal Waveform Menu INTEN/ SCALE ( HDV,SD% / HDV,SDV / HD%,SD% / 1023 / 3FF ) SCALE UNIT SCALE ( HDV,SD% / HDV,SDV / HD%,SD% / 3FF ) UNIT SCALE ( HDV,SD% / HDV,SDV / HD%,SD% / 150% / 1023 / 3FF ) UNIT SCALE ( HDV,SD% / HDV,SDV / HD%,SD% / 150% / 3FF )
  • Page 208 16. APPENDIX LINE SEL LINE ( ON / OFF ) EXT REF SELECT FIELD ( FIELD1 / FIELD2 / FRAME ) EXT REF ( ON / OFF ) menu LINE VARIABLE COLOR COLOR DISPLAY ( YCbCr / GBR / RGB / COMPOSIT ) SYSTEM MATRIX COLOR...
  • Page 209 16. APPENDIX THUMB- AUDIO ( ON / OFF ) NAIL METER LAYOUT ( HORIZ1 / HORIZ2 ) PICTURE ( ON / OFF ) menu H POS V POS menu H POS V POS CURSOR CURSOR ( X / Y / OFF ) Y UNIT ( mV / % / R% ) X UNIT...
  • Page 210 16. APPENDIX set to PARADE. Appears in the multi-screen display when INPUT MODE is set to DUAL or 3D ASIST and MODE is set to OVERLAY. Appears when SWEEP is set to H or H_1H. Appears when SWEEP is set to H_2H. Appears when SWEEP is set to V.

  • Page 211: Vector Menu

    16. APPENDIX 16.1.3 Vector Menu INTEN/ VECT IQ AXIS ( ON / OFF ) SCALE SCALE ( WHITE / YELLOW / CYAN / GREEN / MAGENTA / RED / BLUE ) COLOR VECT VECT ( WHITE / GREEN ) COLOR COLOR menu VECTOR...

  • Page 212: Audio Menu

    16. APPENDIX Appears when MODE is set to VECTOR. Appears in the single-screen display. Appears when GAIN MAG is set to X1. Appears when GAIN MAG is set to X5. Appears when GAIN MAG is set to IQ-MAG, the input signal is HD, and COLOR MATRIX is set to COMPONEN.
  • Page 213 16. APPENDIX METER ( -20dB / -18dB / -12dB ) LEVEL SETUP RESPONSE ( PEAK60dB / PEAK90dB / AVERAGE ) SCALE ( TYPE-A / TYPE-B ) menu HOLD ( 0.5 - 5.0 / HOLD ) TIME LISSAJOU LISSAJOU ( SINGLE / MULTI ) SETUP MODE FORM...

  • Page 214: Status Menu

    16. APPENDIX 16.1.5 Status Menu EVENT STATUS ( START / STOP ) CLEAR LOG MODE ( OVER WR / STOP ) USB MEM STORE menu SCROLL DATA MODE ( RUN / HOLD ) DUMP DISPLAY ( SERIAL / COMPO ) DISPLAY ( LINK A / LINK B / LINK A/B ) JUMP...
  • Page 215 16. APPENDIX COMPOSIT COMPOSIT ( NTSC / PAL / OFF ) GAMUT GAMUT UPPER ( 90.0% - 135.0% ) LEVEL LOWER ( -40.0% - 20.0% ) LEVEL UPPER ( 630.0mV - 945.0mV ) LEVEL LOWER ( -280.0mV - 140.0mV ) LEVEL AREA ( 0.0% - 1.0% - 5.0% )

  • Page 216: Multi-Screen Display Menu

    16. APPENDIX 16.1.6 Multi-Screen Display Menu INPUT MULTI ( SINGLE / DUAL / 3D ASIST ) MODE INPUT ( SINGLE / DUAL ) MODE INPUT ( SINGLE ) MODE DISPLAY ( PIC+WFM1 / PIC+WFM2 / P+W+V / P+W+V+A ) MODE DISPLAY ( P+W:H / P+W:V / W+V:V / WFM+PIC / VEC+PIC ) MODE...
  • Page 217 16. APPENDIX GRID ( 6pix - 96pix - 192pix ) SIZE GRID ( 0.3% - 5.0% - 10.0% ) SIZE GRID ( 6line - 54line - 108line ) SIZE GRID ( 0.6% - 5.0% - 10.0% ) SIZE H POS V POS LEFT VERT...
  • Page 218 16. APPENDIX USER ALL COPY COPY LAYOUT USB->INT COPY ALL COPY COPY INT->USB COPY menu 3D INPUT ( L/R DUAL / HF SbyS / TOP&BOTM ) FORMAT WFM WIPE VARIABLE Appears when in the system settings, LINK FORMAT is set to SINGLE and an SD signal is not being applied.

  • Page 219: Screen Capture Menu

    16. APPENDIX 16.1.7 Screen Capture Menu REFRESH ( REAL / HOLD / BOTH ) DISPLAY FILE ( ON / OFF ) BMP FILE SELECT BSQ FILE ( ON / OFF ) menu USB MEM STORE USB MEM RECALL RECALL DELETE DELETE DELETE menu...

  • Page 220: Preset Registration Menu

    16. APPENDIX 16.1.8 Preset Registration Menu FULL COMMENT PSET DELETE PRESET INPUT <= => CHAR menu CHAR SELECT OVER WR STORE OVER WR DELETE DELETE DELETE menu FILE SELECT FUNCTION FUNCTION ( ON / OFF ) PRESET PRESET COMMENT DELETE INPUT <= =>...

  • Page 221: System Menu

    16. APPENDIX 16.1.9 System Menu LINK FORMAT MODE ( SINGLE / DUAL / 2K ) FORMAT FORMAT ( AUTO / MANUAL ) SELECT menu i/PsF ( INTERLAC / SEG.FRM ) SELECT SCANNING ( 1080i / 1080PsF / 1080p / 720p / 525i / 625i ) SCANNING ( 1080i / 1080PsF / 1080p ) SCANNING...
  • Page 222 16. APPENDIX DELETE <= => CHAR menu CHAR SELECT menu INFOR- TIME ( LTC / VITC / OFF ) MATION CODE ERROR ( ON / OFF ) COUNTER FORMAT ( ON / OFF ) INPUT ( ID / CHANNEL / OFF ) INFO menu menu...
  • Page 223 16. APPENDIX INIT INIT INIT CANCEL MENU ( 5 sec - 10 sec - 60 sec / OFF ) AUTO OFF BATTERY ( IDX / ANTON-BA / OTHERS / OFF ) LICENSE CLEAR SETUP CHAR REGISTER REMOVE menu CHAR SELECT prev menu TIME...

  • Page 224: Firmware Revision History

    16. APPENDIX 16.2 Firmware Revision History This manual was written for firmware version 4.4. You can view the firmware version in the display that appears when you turn on the power. ● Ver. 4.4 • A feature that does not automatically clear the function menu has been added. •...
  • Page 225 16. APPENDIX ● Ver. 3.3 • The video signal waveform display now includes a 150 % scale. The 255 and FF scales have been removed. • The gamut error's UPPER LEVEL range on the status display has been changed. • The composite gamut error's LOWER LEVEL range on the status display has been changed.
  • Page 226 16. APPENDIX ● Ver. 1.9 • Battery mount options (OP73: BATTERY MOUNT IDX, and OP74: BATTERY MOUNT ANTON) are now supported. ● Ver. 1.8 • The headphone output channels can now be set to any two channels. • The multi-screen display now supports the simultaneous display of two separate inputs.

  • Page 227: Index

    INDEX BATTERY ..............45 BCH................180 —1— BLANKING ...............124 BRIGHTNESS ............86 1st GROUP.............. 149 —C— —2— CAP ................79 2nd GROUP ............149 CENTER..............91 CH CRC ..............181 —3— CHANNEL SELECT ..........148 CHROMA GAIN............89 3D FUNCTION ............59 CHROMA UP..............87 3D INPUT FORMAT ..........59 CINELITE ..............102 CLEAR ..............166 —5—...
  • Page 228 EVENT LOG ............164 HOLD TIME..............152 EXT REF ........117, 118, 136, 137, 178 EXT REF PHASE ............ 174 —I— —F— I/F SETUP ..............42 i/PsF SELECT ............36 FD VAR TRACK............128 ID NAME ..............39 FIELD ............97, 118, 137 INFORMATION............41 FIELD FREQ............. 37 INIT................45 FILE SELECT ............
  • Page 229 STATUS..............159 —P— SUB-ITEM ..............54 SWEEP ..............112 PHONES CHANNEL ..........150 SWEEP MAG ............115 PIC................84 SYS ................35 PICTURE..........126, 140, 157 PICTURE FORM ............60 —T— PSET ................. 72 THUMBNAIL........101, 125, 139, 157 —R— TIME................44 TIME CODE ...............41 R BIAS............... 88 TIME SET..............45 R GAIN ..............
  • Page 230 —X— —Y— X UNIT..............129 Y UNIT..............129 YGBR ...............121 YRGB ...............121 YRGB SELECT ............57...
  • Page 231 Following information is for Chinese RoHS only 所含有毒有害物质信息 部件号码: LV 5380 此标志适用于在中国销售的电子信息产品,依据2006年2月28日公布的 《电子信息产品污染控制管理办法》以及SJ/T11364-2006《电子信息产品污染 控制标识要求》，表示该产品在使用完结后可再利用。数字表示的是环境保护使 用期限，只要遵守与本产品有关的安全和使用上的注意事项，从制造日算起在数 字所表示的年限内，产品不会产生环境污染和对人体、财产的影响。 产品适当使用后报废的方法请遵从电子信息产品的回收、再利用相关法令。 详细请咨询各级政府主管部门。 产品中有毒有害物质或元素的名称及含量 部件名称 有毒有害物质或元素 Hazardous Substances in each Part Parts 铅 汞 镉 六价铬 多溴联苯 多溴二苯醚 (Pb) (Hg) (Cd) (Cr(Ⅵ)) (PBB) (PBDE) 实装基板 ×...
  • Page 232 LEADER ELECTRONICS CORP. 2-6-33 Tsunashima-Higashi, Kohoku-ku, Yokohama 223-8505, Japan PHONE:81-45-541-2123 FAX:81-45-541-2823 http://www.leader.co.jp May 8, 2013 Ver. 14 (FW Ver. 4.4)

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