Glossary

Following is an explanation of some of the terms used in this guide which may be unfamiliar or which were not explained in the manual itself. Further information can be obtained by referring to other commercially- available publications.

Component

Video signals which have the video brightness signals and color signals separated, in order to provide

video

better image quality.

 

In high-definition TV (HDTV), it refers to images which consist of three independent signals: Y

 

(luminance signal), and Pb and Pr (color difference signals).

 

 

Composite

Video signals which have the video brightness signals and color signals mixed together. The type of

video

signals commonly used by household video equipment (NTSC , PAL and SECAM formats).

 

Video signals which consist of a carrier signal Y (luminance signal) within the color bar signal, and a

 

chroma or color signal (CbCr).

 

 

Cool-down

This is the process by which the projector's lamp is cooled down after it has become hot through use. It

 

is carried out automatically when the [Power] button on either the remote control or the projector's

 

control panel has been pressed to the projector off. Do not disconnect the power cord while cool-down

 

is in progress, otherwise the cool-down process will not work properly. If the cool-down period is not

 

allowed to finish normally, the projector's lamp and internal components will remain at high

 

temperatures, and this may shorten the useful life of the lamp or cause problems with the operation of

 

the projector. The cool-down period lasts for about 30 seconds. The actual time will vary depending on

 

the external air temperature.

 

 

DCDi

An abbreviation for Directional Correlational Deinterlacing. Refers to a high-resolution image circuit

function

function developed by Faroudja. It incorporates the latest in edge cutting technology to smooth the

 

jaggedness from the edges of images that have been converted from interlaced to progressive video, in

 

order to provide more natural images.

 

 

HDMI

An abbreviation for High Definition Multimedia Interface, and refers to a standard for digital

 

transmission of high-definition images and multi-channel audio signals.

 

HDMI is a standard that is targeted towards household digital equipment and computers that allows

 

digital signals to be transmitted in their original high quality without compression, and it also includes

 

a digital signal encryption function.

 

 

HDTV

An abbreviation for High-Definition Television. It refers to high-definition systems which satisfy the

 

following conditions.

 

Vertical resolution of 720p or 1080i or greater

 

 

(p = progressive, i = interlaced )

 

Screen aspect of 16:9

 

Dolby Digital audio reception and playback (or output)

 

 

Interlace

A method of image scanning whereby the signal bandwidth used is approximately half that required for

 

sequential scanning when images with the same still picture resolution are broadcast.

 

 

NTSC

An abbreviation for National Television Standards Committee, and a format for ground-based analogue

 

color television broadcasts. This format is used in North America, Japan, and Central and South

 

America.

 

 

PAL

An abbreviation for Phase Alternation by Line, and a format for ground-based analogue color

 

television broadcasts. This format is used in Western European countries except France, and also in

 

Asian countries such as China and in Africa.

 

 

Refresh

The light-emitting element of a display maintains the same luminosity and color for an extremely short

rate

time. Because of this, the image must be scanned many times per second in order to refresh the light

 

emitting element. The number of refresh operations per second is called the "refresh rate", and is

 

expressed in hertz (Hz).

 

 

S-Video

A video signal which has the luminance component and color component separated in order to provide

 

better image quality.

 

It refers to images which consist of two independent signals: Y (luminance signal), and C (color

 

signal).

 

 

SDTV

An abbreviation for Standard Definition Television. It refers to standard television systems which do

 

not satisfy the conditions for HDTV .

 

 

SECAM

An abbreviation for Sequential Couleur A Memoire, and a format for ground-based analogue color

 

television broadcasts. This format is used in France, Eastern Europe and the former Soviet Union, the

 

Middle East and Africa.

 

 

sRGB

An international standard for color intervals that was formulated so that colors which are reproduced

 

by video equipment can be handled easily by computer operating systems (OS) and the Internet.

 

 

SVGA

A type of image signal with a resolution of 800 (horizontal) × 600 (vertical) dots which is used by IBM

 

PC/ AT-compatible computers.

 

 

 

Appendices

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Yamaha LPX-510 owner manual Glossary, Component

LPX-510 specifications

The Yamaha LPX-510 is a cutting-edge digital piano that combines traditional craftsmanship with modern technology to provide an unparalleled musical experience. Designed for both beginners and experienced musicians, the LPX-510 boasts features that cater to a wide range of playing styles.

One of the standout features of the LPX-510 is its Graded Hammer Standard (GHS) action. This technology simulates the feel of an acoustic piano by offering heavier resistance in the lower keys and lighter resistance in the upper keys. The result is a more authentic playing experience, allowing musicians to express themselves more fully. Additionally, the keys are touch-sensitive, enabling dynamic control over the sound based on how hard or soft the keys are played.

Sound quality is another hallmark of the LPX-510. Equipped with advanced sampling technology, this digital piano features a range of high-quality instrument sounds, including grand pianos, electric pianos, organs, and string instruments. The AWM Stereo Sampling technique captures the nuances of each instrument, ensuring that the sound produced is rich and realistic. The LPX-510 also comes with a variety of built-in effects, such as reverb and chorus, providing further customization to the sound.

The LPX-510 is designed with versatility in mind. It includes multiple connectivity options, including USB to host, allowing for easy integration with computers and music production software. The MIDI capability enables musicians to connect the piano to external devices, enhancing its functionality for composition and recording. Additionally, Bluetooth connectivity allows for wireless communication with smart devices, making it simple to explore various applications for practice and learning.

Another key characteristic of the LPX-510 is its compact design. With its sleek, modern aesthetic, this digital piano fits seamlessly into any home or studio setting. The user-friendly interface, complete with an intuitive control panel, ensures that players can easily navigate through its various features and settings without confusion.

The Yamaha LPX-510 also places a strong emphasis on educational tools. It offers a range of practice features, including a song recording function and a built-in metronome, helping musicians refine their skills. Furthermore, the digital piano is compatible with Yamaha's Chord Track app, which allows players to learn popular songs and practice chord progressions in a fun and engaging way.

In conclusion, the Yamaha LPX-510 is a remarkable digital piano that excels in sound quality, playability, and connectivity. Whether for practice, performance, or composition, it offers an exceptional platform for musicians of all levels to unleash their creativity. With its combination of advanced technologies and thoughtful design, the LPX-510 stands as a versatile instrument that enriches the musical journey of every player.