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LV 58SER03
Instruction Manual
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User Manual
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LEADER LV 58SER03 Instruction Manual

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Page 1
LV 58SER03
COMPOSITE VIDEO INPUT
INSTRUCTION MANUAL
Page 2

TABLE OF CONTENTS

1. INTRODUCTION ...................................................................................................... 1
2. SPECIFICATIONS .................................................................................................... 2
2.1 General.....................................................................................................................................
2.2 Features ...................................................................................................................................
2.3.1 Input Terminal .................................................................................................................... 3
2.3.2 Output Terminal................................................................................................................. 3
2.3.3 Waveform Display .............................................................................................................3
2.3.4 Vectorscope Display.......................................................................................................... 4
2.3.5 Picture Display................................................................................................................... 4
2.3.6 Status Display.................................................................................................................... 5
2.3.7 General Specifications....................................................................................................... 5
2 2
3. NAMES AND FUNCTIONS OF PARTS .................................................................... 6
4. MENU STRUCTURE ................................................................................................ 7
5. PROCEDURE ......................................................................................................... 10
6. WAVEFORM DISPLAY ........................................................................................... 12
7. VECTORSCOPE DISPLAY..................................................................................... 16
8. PICTURE DISPLAY ................................................................................................ 22
9. STATUS DISPLAY .................................................................................................. 25
10. FIRMWARE REVISION HISTORY.......................................................................... 28
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1. INTRODUCTION

1. INTRODUCTION

1.1 Maximum Allowable Input Voltage

1.2
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.
Input Connector Maximum Allowable Input Voltage
Composite Input A, B ±5 V (DC + peak AC)
N ations Used in This Manual ot
The key and other operations explained in this manual apply to the LV 5800, but you can also perform similar operations on the LV 7800.
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2. SPECIFICATIONS

2.1 General

This unit is installed in the LV 5800 (MULTI MONITOR) or LV 7800 (MULTI RASTERIZER), and it is used to display and measure the analog NTSC or PAL video signals. The LV 5800’s newest functions related picture monitor, and EXT REF phase display function can be used on NTSC and PAL formats. For a description of the e of this newly added option, see the
pecifications of the ndard model.
s sta This unit in combination with the LV 58SER01A is suitable for monitoring in a mixed environment containing SDI and com
2.2

Features

･ Input/Output
There are two input connectors: INPUT A and INPUT B. The selected channel is output from the PIX OUT connector on the rear panel.
･ Display

2. SPECIFICATIONS

to waveforms such as the waveform monitor, vectorscope, sim
analog video signals of
specifications other than thos
posite signals.
ple
Waveform display, vectorscope display, picture display, and EXT REF phase display function are available. In addition, the luminance component can be displayed using a low-pass filter.
･ SCH Measurement Function
You can perform SCH measurements which are essential when editing the composite signal.
･ EXT REF Phase Display Function
Compares the input signal to the V.H sync signal of the external reference signal and displays the phase difference numerically and graphically. This function makes synchronization phase management easy.
･ Cursor Measurement
Cursors can be used to measure the amplitude, time, and phase with high accuracy.
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2.3 Specifications

2.3.1 Input Terminal

Composite Input
Input Signal Supported Standards SMPTE 170M and ITU-R BT.470 Input Connector BNC connector 2 connectors Input Impedance Input Return Loss ≥ 30 dB (up to 6 MHz)
2.3.2
2.3.3 W
Maximum Input Voltage
EXT REF (*)
Input Signal NTSC/PAL
* Other s
pecifications are the same as those of the LV 5800/7800.

Output Terminal

PI
X Out
Output Signal Active Output Con Output Impedance 75 Ω Output Amplitude Frequency Characteristics ±5 % (25 Hz to 5 MHz)
aveform Display
2. SPECIFICATIONS
NTSC/PAL composite video signals
75 Ω
±5 V (DC + peak AC)
black burst signals
nector BNC connector 1 connector
1 Vp-p ± 5 %
-10 % to +5 % (5 MHz to 5.6 MHz)
Vertical Axis
Sensitivity
IRE Scale (N
TSC) −40 IRE to 100 IRE
V Scale (PAL) −0.3 V to 0.7 V Gain ×1 or ×5 Variable Gain x0.2 to x2 Amplitude Accuracy
±1 %
Frequency Characteristics ±2 % (25 Hz to 5 MHz)
-7 % to +3 % (5 MHz to 5.6 MHz)
Step Response (for 1 V full scale, flat, 2T pulse, and 2T bar)
Overshoot ±2 % Preshoot ±1 % Ringing ±2 % Pulse/Bar Ratio ±1 % Vertical Tilt ±1 % Filter Luminance filter DC Restorer Clamp to the back porch (fixed)
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Horizontal Axis
Line Select
C ment
Im ent Brightness adjustment
2.3.4 Ve
2. SPECIFICATIONS
Operation Mode Displays a single waveform or 4 waveforms (*). Display Format
Line Display
Line Magni
fication
1H or 2H
×1, ×10, or x20 Field Display 1V or 2V Field Magnifica ×1, ×20, or x40
Time Base Accura ±1 %
* 4 waveforms display Re 6.3, “4 Parade”
tion
cy
fer to Section
Displays the selected line.
ursor Measure
Horizontal Cursors 2 cursors (REF, DEL
TA) Time Measurement Displayed in [SEC] Frequency Measur
ement Displays the frequency in which the time between
cursors is considered a cycle.
Vertical Cursor 2 cursors (REF
Amplitude M Measureas e in terms of [%] or [V].
s , DELTA)
urement
age Quality Adjustm
ctorscope Display
2.3.5
Scale
75 % or 100 % Using a color bar Gain ×1, ×5, or IQ-MAG Variable Gain Phase Accura
cy ±2°
x0.2 to x2
Amplitude Accuracy ±3 %
se Adjustment Rang 360°
Pha e Display
p (NTSC) 0 % or 7.5 %
Setu NTSC Display (PAL) AL display
Axis Select show
IQ or hide.
H Display Displa
SC ys the SCH value numerically.
ne Select Displays the selected lin
Li e. Image Quality Adjustment
NTSC or P
Brightness adjustment

Picture Display

M
arker Display 16:9 marker display
Safe action marker display
tle marker display
Safe ti
r marker display
Cente D l size
isplay Size Reduced display, full frame display, and actua
display Line Select Displays a marker for the selected line. Image Quality Adjustment Brightness adjustment, contrast adjustment, RGB
level adjustment, and RGB bias adjustment
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2. SPECIFICATIONS
2.3.6
2.3.7 G s

Status Display

D osite
isplay Displays the phase difference between the comp
lay Range
Disp
V direction Appro
H direction ±1 line
Synchroniza NTSC/PAL black burst sign
tion Signal als
eneral Specification
Env 0/7800
ironmental Conditions Same as the LV 580
Pow
er Consumption Supplied from the LV 5800/7800 9 W max. Weight 0.25 Ac
cessories Instruction manual 1
signal and external sync signal numerically and graphically Holds and disp being mea
(see Chapter 9
.
lays eight phase difference values
sured.
ximately ±1/2 frame
“STATUS DISPLAY".)
kg
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3. NAMES AND FUNCTIONS OF PARTS

3. NAMES AND FUNCTIONS OF PARTS
1 COMPOSITE INPUT A, COMPOSITE INPUT B
NTSC/PAL analog composite video input connectors. Terminated at 75 Ω.
* Do not apply a voltage exceeding ±5 V (DC + peak AC) to the SDI signal input connector. If you do, the
instrument may malfunction.
2 PIX OUT
NTSC/PAL analog composite video output connectors. Active output. The signal selected using the A/B input channel selection key on the front panel is output.
3 EXT REF（Rear panel of LV 5800/7800）
The external synchronization signal input connector for the video signal waveform display. The input configuration is loop-through. Terminate the end of the cascade connection at 75 Ω. HDTV tri-level sync signals and NTSC/PAL black burst signals are supported for the input signal.
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4. MENU STRUCTURE
The structure of the menu of WFM, VECT, PIC, and STATUS is shown below. Underlined sections indicate initial settings.

4.1 Waveform Display Menu

4. MENU STRUCTURE

WFM
INTEN /
F1 F1
SCALE
GAIN/FLT
F2
SWEEP
※1
L
INE
F3
SELECT
F4
※1
※2
※1
※2
F2
F3
F6
F7
F1
F2
F3
F4
F5
F5
F6
F6
F7
F1
F2
F7
F1
WFM INTEN
WFM COLOR
SCALE INTEN
SCALE COLOR
up menu
GAIN VARIABLE
GAIN MAG
FILTER
SWEEP
H_SWEEP
V_SWEEP
EEP
SW MAG
SW
EEP
MAG
up menu
NE
LI SELECT
FIELD
up menu
CURSORCURSOR
( -128 - 0
( WHITE
( -8 - 4
( WHITE / YELLOW
( CAL / VARIABLE )
( X1
( FLAT
( H
( 1H
( 1V
( X1
( X1
( ON / OFF
( FIELD1 / FIELD2 / FRAME
( ON / OFF
- 127 )
/ GREEN )
- 7 )
/ CYAN / GREEN / MAGENTA　/ RED / BLUE )
/ X5 )
/ LOW PASS )
/ V )
/ 2H )
/ 2V )
/ X10 / X20 )
/ X20 / X40 )
)
)
)
F2
XY SEL
※3
F3
Y UNIT
※4
F3
X UNIT
F4
FD VAR
※5
F5
REF SET
up
F7
menu
F5
※6
F1
F2
F7
PERSISTENCE PERSISTENCEARRANGE
SPECIAL FORM
up menu
( X / Y
)
/ % / R% )
( mV
/ Hz )
( sec
( REF
/ DELTA / TRACK )
F1
F2
F7
/ 4 PARADE )
( NORMAL
PERSIST CLEAR
up menu
( ON / OFF
/ INFINIT )
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*1 Displayed if F･4 SWEEP is set to H.
*2 Displayed if F･4 SWEEP is set to V.
*3 Displayed if F･2 XY SEL is set to Y.
*4 Displayed if F･2 XY SEL is set to X.
*5 Displayed if F･3 Y UNIT is set to R%.
*6 Displayed if 1-screen display is enabled.

4.2 Vectorscope Display Menu

4. MENU STRUCTURE
INTEN / SCALE
F2 F1GAIN
LINE
F3
SELECT
COLOR
F4
SYSTEM
F5F6FD VAR
※1
※2
( PHASE
VECTOR INTEN
VECTOR
F2
COLOR
SCALE
F3
INTEN
F4
IQ AXIS ( ON / OFF
SCALE
F5
COLOR
up
F7
menu
GAIN VARIABLE
GAIN
F2
MAG
up
F7
menu
LINE
F1
SELECT
FIELD
F2
up
F7
menu
F3
SETUP
COLOR
F4
BAR
NTSC
F5
DISP
up
F7
menu
/ LINE SEL )
( -128 - 0
( WHITE / GREEN )
( -8 - 4
( WHITE / YELLOW
( CAL
( X1
( ON / OFF
( FIELD1 / FIELD2 / FRAME
( 0%
( 100%
( ON / OFF
- 127 )VECT F1 F1
- 7 )
)
/ CYAN / GREEN / MAGENTA　/ RED / BLUE )
/ VARIABLE )
/ X5 / IQ-MAG )
)
/ 7.5% )
/ 75% )
)
)
PERSISTENCE
F7 SCH ( ON / OFF )
F1
PERSISTENCE
PERSIST
F2
CLEAR
up
F7
menu
( ON / OFF / INFINIT )
*1 Displayed if the input signal is NTSC.
*2 Displayed if the input signal is PAL.
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4.3 Picture Display Menu

4. MENU STRUCTURE
PIC F1 F1ADJUST
※1
F2
MARKER ( ON / OFF
F7
F2
F3
F4
BRIGHTNESS
GAINF3
up menu
SAFE ACTION
SAFE TITLE
CENTER
( -30 - 0 - 30 )
( 0.70 - 1.00
( ON / OFF
( ON / OFF
( ON / OFF
- 1.30 )F2 CONTRAST
R GAIN
F1
G GAIN
B GAIN
F3
up
F7
menu
R BIAS
F1F4 BIAS
F2
G BIAS
B BIAS
F3
up
F7
menu
)F1 16:9
)
)
)
( 0.70 - 1.00
( 0.70 - 1.00
( 0.70 - 1.00
( -0.30 - 0.00
( -0.30 - 0.00
( -0.30 - 0.00
- 1.30 )
- 1.30 )F2
- 1.30 )
- 0.30 )
- 0.30 )
- 0.30 )
※1
※2
LINE
F3
SELECT
F4 DISPLAY
MENU
F6
OFF
*1 Displayed if the F･1 SIZE is set to FIT after pressing the F･4 DISPLAY.
*2 Displayed if 1-screen display is enabled.

4.4 Status Display Menu

STATUS F1 NUMBER ( 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 )
F2
MEMORY
up
F7
menu
LINE
F1
SELECT
FIELD
F2
up
F7
menu
F1 SIZE
F2
HISTOGRAM
up
F7
menu
( ON / OFF
( FIELD1 / FIELD2 / FRAME
( FIT
( ON / OFF
)
/ REAL / FULL_FRM )
)
)
MEMORY
F3
CLEAR
USER REF
F5
SET
REF
F6
DEFAULT
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5. PROCEDURE

This unit displays and measures analog NTSC/PAL composite video signals. To display the signal, press the key corresponding to this unit from the front panel, press the A or B channel key, and press the WFM, VICT, PIC, or STATUS mode selection key.
5. PROCEDURE
● Display
The unit automatically detects NTSC or PAL. The detected format is displayed at the upper left of the screen.
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5. PROCEDURE
● Multi Screen Displa
y
Setting the Input Channel and External Synchronization If the vectorscope screen of the same unit is shown in the multi screen display, the input channel and external synchronization (INT/EXT) settings apply to all scree
ns. Therefore, if you change the input channel or external synchronization of a selected screen, the change is also applied to the other screens, and the display changes accordingly.
Phase Display If multiple vectorscope screens of the same unit are displayed in the multi screen display, the phase is common to all screens. If you change the phase by turning the function dial (F•D) in a selected area, the phase also changes in the other areas.
Note You cannot display input channels A and B at the same time on the multi screen display. Therefore, to display four different input signals at the same time, you have to install four LV 58SER03 units into the LV 5800/7800.
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6. WAVEFORM DISPLAY

6. AY
WAVEFORM DISPL
Pres nt panel to display the video signal
s the WFM (video signal waveform display) key on the fro
wav
eform, scale, waveform display menu, and the like.
● Displayed
The scale varies depending on the input signal format. The scale is IRE for NTSC and V for PAL.
Scale
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● Menu Hierarchy
6. WAVEFORM DISPLAY
This section describes the hierarchy and each menu of the waveform display menu.
[See also] Setting the Filter → Section 6.2, “Setting the Filter”
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6. WAVEFORM DISPLAY
[See also] 4 waveform display of the special form setting → Section 6.3, “4 Parade”

6.1 Setting the Waveform Display Position

Use the V POS (vertical position adjustment) control and H POS (horizontal position adjustment) control on the front panel to adjust the position of the waveform display in the selected display area.
● V POS Control
Adjusts the vertical display position of the video signal waveform. Press the control to reset the vertical display position of the video signal waveform to the reference position.
● H POS Control
Adjusts the horizontal display position of the video signal waveform. Press the control to reset the horizontal display position of the video signal waveform to the reference position.
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6.2 Setting the Filter

You can select the filter to be applied to the displayed video signal from the following list using
6.3 4
F•3 FILTER in the gain adjustment menu.
FLAT: Filter with flat frequency characteristics over the entire bandwidth of the input
signal.
LOW PASS: Filter that displays the luminosity component of the input signal.
PARADE
6. WAVEFORM DISPLAY
If you set F•2 SPECIAL FORM in the disp waveforms of different units are displayed side-by-side when multiple LV58SER03 units are installed. You can display the waveforms of up to 4 units in the 1-screen display by assigning each unit and INPUT A or B to ar
• All four inputs must be of the same format and must be synchronized.
• Valid only during 1-screen display. SPECIAL FORM is not displayed during multi screen display.
• If you set MODE to a mode other than WFM in areas 1 to 4, the waveform in the corresponding areas will not be displayed.
• Input channel A/B cannot be switched during 4 PARADE display.
eas 1 to 4 in the 4-screen multi display.
lay style setup menu to 4 PARADE, the WFM
Note You cannot display input channels A and B at the same time on the 4 PARADE screen. Therefore, to display four different input signals at the same time, you have to install four LV 58SER03 units into the LV 5800/7800.
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7. VECTORSCOPE DISPLAY

7. VECTORSCOPE DISPLAY
Prdiess the VECT (vector) key on the front panel to display the vector waveform, scale, vector
splay menu, and the like.
[See also] Function dial setting → Section 7.3, “Setting the Function Dial” SCH measurement → Section 7.4, “SCH Measurement”
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● Displayed Scale
7. VECTORSCOPE DISPLAY
The scale varies depending on the input signal format.
● Scale Explanation
No. Description
1 Fixed amplitude circle. This is the amplitude when the amplitude of the input chrominance signal
is 0.883 Vp-p.
Each major division is 10 °, and each minor division is 2 °. This is used during phase difference
measurements.
2 The B-Y axis.
3 The R-Y axis.
4 The Q axis. Displayed when IQ AXIS on the intensity adjustment menu is set to ON.
The scale on the axis represents vertical lines for each color.
5 The I axis. Displayed when IQ AXIS on the intensity adjustment menu is set to ON.
The scale on the axis represents vertical lines for each color.
6 The burst level of a 100/7.5/100/7.5 color bar.
7 The burst level of a 100/0/100/0 color bar.
8 Tolerances of ±2.5 IRE units in amplitude and ±2.5 ° in phase are displayed for each color in the
color bar.
The phase of each color is as follows:
Mg: 60.7 °. R: 103.5 °. Yl: 167.1 °. G: 240.7 °. Cy: 283.5 °. B: 347.1 °.
9 Tolerances of ±20 % in amplitude and ±10 ° in phase are displayed for each color in the color bar.
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7. VECTORSCOPE DISPLAY
on No. Descripti
10 The scale used to measure differential gain (DG) and differential phase (DP). The differential
gain and differential phase are measured using staircase signals that have chrominance signals
superimposed. The scale is 0 to 20 % in the amplitude direction (the perimeter is 0%) and ±10 °
in the phase direction.
11 The U axis. The scale on the axis represents vertical lines for each color.
12 The V axis. The scale on the axis represents vertical lines for each color.
13 The vertical line for the burst level of a 100/0/100/0 color bar.
14 Tolerances of ±5 % in amplitude and ±3 ° in phase are displayed for each color in the color bar.
The phase of each color is as follows:
Mg: 60.7 °, R: 103.5 °, Yl: 167.1 °, G: 240.7 °, Cy: 283.5 °, and B: 347.1 °.
mg: 299.3 °, r: 256.5 °, yl: 192.9 °, g: 119.3 °, cy: 76.5 °, and b: 12.9 °.
●
Menu Hierarchy
This section describes the hierarchy and each menu of the vectorscope display menu.
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7. VECTORSCOPE DISPLAY
[See als NTSC d
o] isplay → Section 7.5, “NTSC Display”

7.1 Setting the Waveform Display Position

Use the V POS (vertical position adjustment) control and H POS (horizontal position adjustment) control on the front panel to adjust the position of the waveform in the selected display area.
● V POS Control
Adjusts the vertical display position of the vector waveform. Press the control to reset the vertical display position of the vector waveform to the reference position.
● H POS Control
Adjusts the horizontal display position of the vector waveform. Press the control to reset the horizontal display position of the vector waveform to the reference position.
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7.2 Setting the Phase

You can adjust the phase of the vector waveform using the function dial (F•D) on the front panel. Turn the function dial (F•D) to shift the phase or press it to reset the phase to the reference position.
7. VECTORSCOPE DISPLAY
7.3
When adjusting the phase, F•5 FD VAR in the vectorscope display menu must be set to PHASE. If multiple vectorscope screens of the same unit are displayed in the multi screen display, the phase is common to all screens.
[See also] Notes concerning the ph Setting the phase → Section 7.3, “Setting the Function Dial”
ase display → Chapt
er 5, “PROCEDURE”

Setting the Function Dial

You can set how the unit operates when the function dial (F•D) is turned using F•5 FD VAR in the vectorscope display menu.
PHASE： Shift the vector phase. LINE SEL： Select a line.
To select a line using F•1 LINE SELECT in the line select menu, F•5 FD VAR in the vectorscope display menu must be set to LINE SEL. If F•5 FD VAR is set to PHASE, you will not be able to select a line when you rn the function dial even if you press F•1 LINE SELECT tu to select ON. The phase will be shifted instead.
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7. VECTORSCOPE DISPLAY

7.4 SCH Measurement

You can measure the phase difference between the horizontal sync signal and color burst
y pre
signal b The measured value is displayed at the lower left of the screen.
ssing F•7 SCH in the vectorscope display menu to select ON.

7.5 NTSC Display

If you press F•5 NTSC DISP in the color system setup menu to select ON when the input signal is PAL, the V-axis polarity is inverted every other line to produce NTSC display that does not alternate every other line.
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8. PICTURE DISPLAY
Praness the PIC (picture display) key on the front panel to display the picture, picture display menu,
d the like.

8. PICTURE DISPLAY

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● Menu Hierarchy
8. PICTURE DISPLAY
This section describes the hierarchy and each menu of the picture display menu.
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8. PICTURE DISPLAY
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9. STATUS DISPLAY
Carry out the procedure below to measure the phase difference between the composite video signal and external sync signal.
1. Apply an NTSC/PAL composite video signal to COMPOSITE INPUT A or B on the rear panel of this unit.

9. STATUS DISPLAY

2. Apply an NTSC/PAL black burst signal to EXT REF on the rear panel of the LV 5800/7800
.
Make sure the format of the composite video signal and external sync signal is the same.
Press the STATUS key followed by the EXT (external synchronization) key to display the phase difference measurement screen and phase difference measurement menu used to measure the phase difference between the composite video signal and external sync signal.
* If you press the EXT key in the multi screen display, all the other screens will also be set to external
synchronization.
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9. STATUS DISPLAY
● Screen Description
・CURRENT PHASE
Displays the phase difference between the current composite video signal and external sync signal.
V PHASE:
The phase difference is displayed in unit of lines. H PHASE: The phase difference is displayed in unit of time (us). TOTAL PHASE: The phase difference sum total of V PHASE and H PHASE is
displayed in unit of time (us).
・COMP PHASE MEMORY
Up to eight points of the phase difference measured using CURRENT PHASE can be stored. This feature is used such as when synchronizing the phase while changing t
he system using
a switcher or the like.
Press F•2 MEMORY to store the current measured value to the number selected by F•1 NUMBER. Press F•3 CLEAR to clear the measured value that is stored to the number selected by F•1 NUMBER.
・REF
Displays the status of the sync signal.
REF INT: Internal synchronization. REF EXT BB:DEFAULT: External synchronization with the phase difference set to default
(*1) REF EXT BB:USER REF: External synchronization with the phase difference set to user
defined (*2) REF NO SIGNAL: External synchronization without an external sync signal.
*1 Press F•6 REF DEFAULT to set the phase difference (CURRENT PHASE) to the default setting. The
default setting is defined as the setting in which the phase difference is assumed to be zero when
NTSC/PAL black burst signal is applied and cables of the same length are connected to COMPOSITE
INPUT and EXT REF.
*2 Press F•5 USER REF SET to set the phase difference (CURRENT PHASE) to the zero. This function
allows the reference to be set arbitrarily to match your system environment.
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9. STATUS DISPLAY
・Phase Difference Gra
The phase difference
phical Display
is displayed graphically at the right of the screen. The vertical and horizontal axes represent V PHASE and H PHASE, respectively. If the composite video signal la
gs the external sync signal, +Delay is indicated. If the composite video signal is
ahead of the external sync signal, -Advance is indicated.
In both the H direction, approximately up to +1/2 frame with resp
V direction and ect to the center is shown by a Delay axis, on the other hand approximately up to -1/2 frame with respect to the center is sho
wn by an Advance axis.
The display range of a Delay axis and an Advance axis is as follows.
Format
NTSC -262 -63.518 ~ 0 0 ~ 262 0
PAL -312 -63.962 ~ 0 0 ~ 312 0
Displayed with an Advance axis
Displayed with a Delay axis
V PHASE H
[Lines]
PHASE
[us]
V PHASE
[Lines]
H PHASE
[us]
V PHASE
[Lines]
H PHASE
[us]
The phase d no phase dif difference, the circle is displayed in whi The conditions in which the circle bec
ifference is indicated using two circles. If the circle is at the center, this indicates
ference. The circle is displayed in green in this case. If there is a phase
te. omes green (indicating no phase difference) are as
follows:
V PHASE: 0 line
sc clH PHASE: ±3 clocks (8 F ock reference)
(±0.105 us (for NTSC), ±0.085 us (for PAL))
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10. FIRMWARE REVISION HISTORY

10. F RY
IRMWARE REVISION HISTO
This
manual was written for the following firmware versions:
• Ve
r. 6.2 on the LV 5800
• Ve
r. 1.1 on the LV 7800
To confirm STEM INFORMATION.
●
Ver. 5.9 on the LV 5800 / Ver. 1.1 on the LV 7800
・ icture display of the LV 58SER03.
A histogram display feature has been added to the p
●
Ver. 4.7 on the LV 5800
・T o sign e displays were changed for the LV 58SER03.
WHITE and GREEN are now selectable for t
● Ver. 3.7 on the L
・The phase d nce fu tion is improved r the 58SER03. The horizontal sweep
r chan o ±1
●
Ver. 1.7 on the LV 5800
・
The LV 58SER03 can be used.
the version, press a key in order of SYS → F･5 SY
he vide al waveform and vectorscop
V 5800
iffere display nc fo LV
ate is ged t H.
he display color.
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Following information is for Chinese RoHS only
所含有毒有害物质信息
部件号码:
此标志适用于在中国 《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 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
部件名称
Parts 铅 汞 镉 六价铬 多溴联苯 多溴二苯醚
实装基板 × ○ ○ ○ ○ ○
主体部 × ○ ○ ○ ○ ○
附件 ○ ○ ○ ○ ○ ○
包装材 ○ ○ ○ ○ ○ ○
有毒有害物质或元素 Hazardous Substances in each Part
(Pb) (Hg) (Cd) (Cr(Ⅵ)) (PBB) (PBDE)
LV 58SER03
销售的电子信息产品,依据2006年2月28日公布的
表示的是环境保护使
产品不会产生环境污染和对人体、财产的影响。
主管部门。
产品中有毒有害物质或元素的名称及含量
备注）
○：表示该有毒有害物质在该部件所有均质材料中的含量均在SJ/T11363-2006 规定的限量要求以下。
×：表示该有毒有害物质或元素至少在该部件的某一均质材料中的含量超出SJ/T11363-2006
　　标准规定的限量要求。
Ver.5
Page 32
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
Nov. 24, 2009 Ver.4 (FW Ver.6.2)
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