Faroudja LD100/LD100U Installation & Operation Instructions Download Page 12

6)

Brightness Level 

– Known as “Set-up” in the

broadcast industry, the BRIGHTNESS control is
used to set up the background black level. Pull
the knob out and turn fully counter clockwise
until the picture goes dark. Then rotate the con-
trol clockwise until the black areas in the picture
just begin to go gray. Turn the control back
counter clockwise until the gray just goes to
black. This is the optimum setting.

7)

Contrast Level 

– As the BRIGHTNESS control

sets the background black level, the CONTRAST
control sets the foreground white level. First set
the BRIGHTNESS level as above, then pull out
and rotate the CONTRAST level clockwise, start-
ing at the full counter clockwise position, until the
white areas of the picture are clearly obvious.

8)

Color level 

– With the Color control pressed in,

the LD100 uses its internal AGC, (Automatic
Gain Control) to set the color level. Pull the knob
out and starting from the full counter-clockwise
position, rotate clockwise for increased color sat-
uration. This is a subjective setting, there is no
right or wrong. Simply adjust for the most pleas-
ing color level.

9)

Tint

– Also known as “Hue” or “Phase”, pull the

knob out to adjust to your personal taste, partic-
ularly in flesh tones. Adjusting the tint control
shifts the picture towards the green or red areas
of the color spectrum. Tint is only active in the
video or Y/C input modes. With the control
pressed in, the LD100 is in the Auto-Tint mode.
The Auto-Tint mode is achieved by using internal
phase comparison techniques to automatically
display colors as intended.

IMAGE SHARPNESS CONTROLS (2)

The two rotary-style Image Sharpness controls,
NOISE REDUCTION and DETAIL LEVEL, work
together to sharpen edge transitions for a “punchi-
er” picture. The proprietary bandwith expansion cir-
cuitry contained in the LD100 is critical to its spec-
tacular performance. Typical line doublers produce a
flat, soft picture. The LD100’s Image Sharpness cir-
cuitry improves the sharp line and edge transitions
making for clearer, more vivid video images. This is
accomplished with the two controls working in tan-
dem, without adding video noise or digital artifacts
which could otherwise degrade the picture.

10)

Noise Reduction 

– After setting the detail level

(11), the noise reduction control is then used to
remove any residual noise that may be added
during the Image Sharpness process.

11)

Detail Level 

– To set the detail level start full

counter clockwise and add detail until the edge
transitions just begin to sharpen.

12)

Digital Filter 

– The Digital Filter eliminates

compression artifacts generated by video
sources transmitted via a digital compressed
path and should not be used with conventional
video sources.

13)

Freeze On/Off 

– Press to capture the current

picture displayed on the screen. Press again to
return to normal, active video. The freeze mode
digitally captures the incoming video signal and
holds it for critical viewing and adjustment. This
feature allows you to optimize the LD100 pic-
ture controls on a still, constant image of your
choosing. 

MII is a registered trademark of Panasonic. Betacam and Betacam SP are registered trademarks of Sony.

11

Every LD100 is subjected to an intense battery of QC and environmental tests. Then
each unit is re-tested and re-calibrated for optimum performance. The component
parts used in the LD100 are the finest available, ensuring long term consistent per-
formance and reliability. This unique, quality oriented “Faroudja touch” can also 
be seen in the design of many of the LD100’s controls and features.

Summary of Contents for LD100/LD100U

Page 1: ...The Faroudja LD100 LD100U Line Doubler Installation Operation Instructions...

Page 2: ...rmation 18 Copyright 1994 by Faroudja Laboratories Inc No part of this document may be copied photocopied reproduced translated or reproduced to any electronic medium or machine readable form without...

Page 3: ...ration and benefits Also supplied is an overview of the proprietary tech 2 nologies utilized in this extraordinary device and an explanation of the visual improvements it provides in home video playba...

Page 4: ...anies The following list represents those that have recog nized the value of Faroudja s solutions to imaging problems and pay for the opportunity to incorporate this technology in their advanced video...

Page 5: ...ectable 75 Ohm ter minator switch is provided and should be in the ON position if the input loop is not used The Y C input uses a standard 4 pin S VHS connector This input is not available for a loope...

Page 6: ...now enters the Luminance Detail and Noise Reduction block where the functions of Noise Reduction and Detail Level are controlled The Luminance signal from the Luminance Detail and Noise Reduction bloc...

Page 7: ...s annoying artifact is caused by imperfect separation of the color chroma and black and white luminance sig nals by the color decoder circuitry Simple techniques used commonly to separate the two sign...

Page 8: ...n one doubles the scan lines and performs other signal processing The lack of high frequency detail becomes very obvious with almost all sources The resultant picture is free of scan lines but dull wi...

Page 9: ...ce the reliability of the unit and lead to the possibility of overheating When the LD100 LD100U is rack mounted a mini mum of 1 25 1 rack unit height of free space is to be provided for both the top a...

Page 10: ...n of the LD100 using inputs from 1 A composite source such as a Laser Disk Player VCR or TV Receiver 2 A Y C input such as a S VHS VCR 3 An RGB input with sync on green or a Component input such as a...

Page 11: ...5 Component Input Component Inputs are more commonly used in the broadcast studio or post production environment The video signal in its component form Y R Y B Y is carried in a 3 wire cable with BNC...

Page 12: ...rk together to sharpen edge transitions for a punchi er picture The proprietary bandwith expansion cir cuitry contained in the LD100 is critical to its spec tacular performance Typical line doublers p...

Page 13: ...e output cable RGB cables are swapped Check projector monitor termination Input source not selected correctly No burst on input RGB or Y R Y B Y Inputs not terminated Picture washed out Composite inpu...

Page 14: ...over of the LD100 Line Doubler A 4 switch Dip switch is located on the front panel Set the switch es from the table shown below If the BAUD rate is changed the LD100 MUST be powered off and then on fo...

Page 15: ...or r Select RGB Input Mode This command is a single character command X or x Select Component YUV Mode This command is a single character command Variable Adjustment Commands B or b Adjust Brightness...

Page 16: ...ons are placed in the remote mode If a pot function is set via the remote it can be returned back to local mode by adjusting that function on the front panel This is accomplished by creating a win dow...

Page 17: ...NC connectors on each end as well as 15 pin VGA cable when using the VGA output Cable Type Maximum Length Mini BNC cables 75 ohm 100 Feet 1 15nS Foot propagation RG 59 U type cable 75 ohm 150 Feet 75...

Page 18: ...C Y C 3 58 Non Composite 700m Vp p Y 286mVp p C Burst RGB 700mVp p Non Composite 1Vp p Composite YUV Y 1V w Sync R Y 714mV B Y 714mV Composite Sync Negative 4Vp p Composite INPUT SIGNALS PAL 625 Line...

Page 19: ...sell ing distributor to repair or replace at its option those products which the selling distrib utor determines to have breached this warranty within the specified period Any claims under this warra...

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