izzako/sundanese-pixelgpt huggingface dataset:
Dina éléktronika, elas biasana dijieun tina 60% timah "(tin)" jeung 40% timbal "(lead)" numutkeun beuratna pikeun ngahasilkeun campuran nu ampir eutectic (titik leyur handap - kurang ti 190 °C 374 °F)
Ilaharna dirancang maké Sn60/Pb40
Perbandingan eutectic 63/37 ampir cocog jeung campuran intermétalik Sn3Pb
High-Definition Multimedia Interface (HDMI) nyaéta hiji antarbeungeut "(interface)" sakabéh audio/vidéo digital anu dirojong ku industri sarta henteu dikomprési
HDMI nyadiakeun antarbeungeut antara sababaraha sumber audio/vidéo digital nu cocog, saperti set-top box, pamuter DVD atawa panarima AV sarta digital audio jeung/atawa monitor vidéo nu cocog, saperti televisi digital (DTV)
HDMI ngarojong vidéo standar, nu di handapan, atawa definisi luhur, ditambah ku audio digital multi-kanal dina hiji kabel nunggal
Hal ieu henteu gumantung kana rupa-rupa standar DTV kayaning ATSC, katut DVB(-T,-S,-C), sabab sakabéhna mangrupa enkapsulasi aliran (stréam) data MPEG, nu diliwatkeun kana dekoder, sarta kaluar jadi data vidéo nu teu dikompres, nu bisa jadi definisi luhur
Data vidéo ieu tuluy dienkode jadi TMDS keur transmisi digital ngaliwatan HDMI
HDMI ogé ngarojong audio digital 8 kanal nu henteu dikompres
Dimimitian ku versi 1.2, kiwari HDMI ngarojong tepi ka 8 saluran audio sa-bit
Sa-bit audio kiwari dipaké dina CD Super Audio
Konektor HDMI Tipe A standar boga 19 pin, sedengkeun versi nu resolusina leuwih luhur disebut Tipe B, geus didefinisikeun, sanajan can ilahar dipaké oge
Tipe B boga 29 pin, bisa mawa saluran vidéo nu dimekarkeun pikeun dipaké jeung pidangan resolusi luhur
Tipe-B dirancang keur ngarojong resolusi nu leuwih luhur ti 1080p
HDMI Tipe A cocog ka nu saméméhna jeung Digital Visual Interface (DVI-D) tumbu nyorangan "(single-link)" nu dipaké dina monitor komputer jeung kartu grafik modéren
Ieu hartina sumber DVI bisa ngajalankeun monitor HDMI, atawa sabalikna, ku cara maké adaptor atawa kabel nu cocog, ngan fitur audio jeung kadali jarak jauh HDMI-na mah moal bisa
Minangka tambahan, tanpa rojongan keur High-Bandwidth Digital Content Protection (HDCP) dina dua bagianana, kualitas katut resolusi vidéona bisa dihaja diturunkeun ku sumber sinyalna pikeun nyegah pamaké lamun hayang nempo, komo deui lamun hayang ngarékam eusi larangan "(restricted content)"
(Nalika ampir sakabéh konéksi HDMI ngarojong HDCP, loba konéksi DVI mah henteu.)
HDMI Tipe B cocog ka nu saméméhna kawas DVI tumbu ganda
Nu ngadegkeun HDMI kasup pabrik éléktronika konsumén Hitachi, Matsushita Electric Industrial (Panasonic/National/Quasar), Philips, Sony, Thomson (RCA), Toshiba, jeung Silicon Image
Digital Content Protection, LLC (cabangna Intel) nyadiakeun HDCP keur HDMI
Minangka tambahan, HDMI boga rojongan ti produser-produser gambar meta Fox, Universal, Warner Bros., jeung Disney, katut operator sistim DirecTV jeung EchoStar (Dish Network), ogé CableLabs jeung Samsung
Nomer suku (ditempo dina soket): Versi
Dirili bulan Mei 2004
Dirilis Agustus 2005
Dirilis Desember 2005
Dirilis 22 Juni 2006
Konéktor BNC nyaéta hiji wangun konéktor RF nu dipigunakeun keur nerminasi kabel koaksial
The connector was named after its bayonet mount locking mechanism and its two inventors, Paul Neill of Bell Labs (inventor of the N connector) and Amphenol engineer Carl Concelman (inventor of the C connector)
It is a lot smaller than N and C connectors
Nicknames the BNC has picked up over the yéars include: "Baby Neill-Concelman", "Baby N connector", "British Naval Connector", "Bayonet Nut Connector"
The BNC connector is used for professional video connections, both for analog and Serial Digital Interface signals, amateur radio antenna connections, and on néarly every piece of electronic test equipment manufactured in the last 35 or so yéars
This connector is an alternative to the RCA connector when used for composite vidéo on commercial vidéo devices, however many consumer electronics with RCA jacks have been utilized on commercial vidéo equipment with BNC jacks via adaptor
BNC connectors were commonly used on 10base2 thin Ethernet networks, both on cable interconnections and network cards, though these have largely been replaced by newer Ethernet devices whose wiring does not use coaxial cable
Some ARCNET networks use BNC terminated coax
A thréaded version of the BNC connector, known as the TNC connector (for Thréaded Neill-Concelman) is also available
It has superior performance to the BNC connector at microwave frequencies
The BNC connectors are commonly used in NIM electronics, but they are now often replaced by LEMO miniature connectors which allow for higher densities
Jack RCA, disebut ogé phono connector atawa CINCH/AV connector, nyaéta wangun konéktor éléktrikal nu ilahar digunakeun di pasaran audio/vidéo
Ngaran "RCA" dicokot tina Radio Corporation of America, nu ngawanohkeun rancangan ieu awal 1940-an nu bisa ngahubungkeun pamuter phonograph kana radio
Keur sababaraha aplikasi, RCA ngagantikeun colokan jack nu digunakeun dina widang audio nalika komponén high fidelity munggaran populér taun 1950-an
Colokan ieu disebut colokan RCA atawa colokan phono, béda jeung colokan phone nu patali jeung colokan jack telepon
In the most normal usage, cables have a standard plug on éach end, consisting of a central male connector, surrounded by a ring
The ring is often segmented for flexibility
Devices mount the jack, consisting of a central hole with a ring of metal around it
The ring is slightly smaller in diaméter and longer than the ring on the plug, allowing the plugs ring to fit tightly over it
Connections are made by pushing the cable's plug into the jack on the device
The signal-carrying pin protrudes from the plug, and often comes into contact with the socket before the grounded rings meet, resulting in loud hum or buzz if the audio components are powered while making connections
Continuous noise can occur if the plug partially falls out of the jack, bréaking ground connection but not the signal
Some variants of the plug, especially chéaper versions, also give very poor grip and contact between the ground shéaths due to their lack of flexibility
The jack has a small aréa between the outer and inner rings which is filled with an insulator, typically plastic (very éarly versions, or those made for use as RF connectors used ceramic)
They are often color coded, yellow for composite video, red for the right channel and white or black for the left channel of stereo audio
This trio (or pair) of jacks can be found on the back of almost all audio and vidéo equipment
At léast one set is usually found on the front panel of modérn TV sets, to facilitate connection of camcorders and digital cameras
The male plug has a center pin which is 3.70 mm in diaméter, and is surrounded by an outer shell which is 8.25 mm in diaméter One problem with the RCA jack system is that éach signal requires its own wire
Even in a simple case of attaching a cassette deck one may need four of them, two for input, two for output
In any common setup this quickly léads to cable spaghetti, which is made worse if one considers more complex signals like component video (another three cables éach way)
There have been numerous attempts to use combined connectors in both the audio and vidéo world, but none of these have ever become universal—with the exception of the SCART connector, which has become very successful in Europe
For a time the 5-pin DIN plug was popular for bi-directional steréo connection between A/V equipment, but it has been entirely displaced by the phono connector on modérn consumer devices, despite the fact that it takes four phono jacks to replace it
Néarly all modérn TV sets, VCRs, and DVD players sold in Europe have SCART sockets, and in many cases they have no RCA sockets at all
However, RCA-to-SCART adapters are éasily available, as SCART cables can also carry composite vidéo and steréo audio, among other signals
For the purposes of consumer digital AV connections, HDMI is largely replacing RCA jacks as, like SCART, it has the ability to carry several different types of signals in the one connector
As with many other connectors, the RCA has been adopted for other uses than originally intended, including as a power connector, an RF connector, and as a connector for loudspeaker cables
Its use as a connector for composite vidéo signals is extremely common, but provides poor impedance matching
RCA connectors and cable are also commonly used to carry SPDIF-formatted digital audio, with plugs colored orange to differentiate them from other typical connections
The word "phono" is an abbreviation of the word "phonograph", because this connector was originally exclusively used to connect the audio output of a phonograph to its corresponding amplifier input
"Keur informasi leuwih detil ngeunaan sajarah Koréa, tempo Koréa"
Koréa Kidul, resmina dipikawanoh minangka Républik Koréa, nyaéta nagara di Asia Wétan nu aya dina satengah bagian kidul tina Semenanjung Koréa
Ka kalérna diwatesan ku Koréa Kalér (Democratic Péople's Republic of Koréa), nu saméméhna jadi hiji nagara Koréa kénéh nepi ka taun 1945
Ka kulonna, meuntasan Laut Konéng, ngampar Cina, sarta ka wétan kidulna, meuntasan Selat Koréa, ngampar nagara Jepang
Ampir satengahna pangeusi Koréa hirup di- atawa deukeuteun ibukota sarta kota panglegana, nyaéta Seoul, wewengkon métropolitan kadua panglegana di dunya
Ti saprak ngadegna dina taun 1948, nagara ieu geus bajoang salila 35 taun sanggeus aya pagawéan Jepang, Perang Koréa, sarta puluhan taun dina pangaturan militér, pinanggih jeung lima parobahan konstitusi nu utama
Démonstrasi pro démokrasi dina taun 1980 mawa kana pamilu bébas dina taun 1987
Koréa Kidul kiwari ngagem démokrasi multi-partai
Ékonomi Koréa Kidul tumuwuh kacida gancangna ti taun 1950 nepikeun ka ayeuna téh mangrupa hiji nagara nu ékonomina ka-10 panggedéna (numutkeun nilai nominal) sadunya
Koréa Kidul ogé salah sahiji nagara di dunya ieu nu pangmajuna sacara téhnologi sarta kahubungkeun sacara digital