optical transister

ack optical transister, jise optical switch yaa light walve key roop mein bhee jaanaa jaataa haye, ack aisaa upkaran haye joe optical sanketon koo badal detaa haye yaa badhaata haye. ack optical transister key input parr honey vaalaa prakaash transister key output seey utsarjit prakaash kii teevrata koo badal detaa haye jabaki output shakti kii aapoorti ack atirikt optical srot dwara kii jaati haye. choonki input sanket kii teevrata srot kii tulanaa mein kamjor hoe sakati haye, isaliye ack optical transister optical sanket koo badhaata haye. yeh upkaran electronic transister kaa optical analogue haye joe aadhunik electronic upkaranon kaa aadhar banaata haye. optical transister kewal prakaash kaa upayog karke prakaash koo niyantrit karane kaa ack saadhan pradaan karate hain aur optical computing aur fiber-optic sanchaar network mein isake anuprayog hain. iss tarah kii takneek mein adhik shakti kii bachat karate hue electronics kii gati koo paar karane kii kshamata haye.
sabse teji seey pradarshit aul-optical switching signal 900 attosecond (attosecond = 10-18 sekand) haye, joe ultrafast optical transister vikasit karane kaa maarg prashast kartaa haye. 
choonki photon swabhavik roop seey ack dusare key saath baatchit naheen karate hain, isaliye ack optical transister koo baatchit mein madhyasthata karane key liye ack parichaalan madhyam kaa upayog karna chaahiye. yeh ack madhyavarti charan key roop mein optical koo electronic sanketon mein parivartit kiye binaa kiya jaataa haye. vibhinn prakaar key sanchaalan madhyamon kaa upayog karke karyanvayan prastaavit kiya gayaa haye aur prayogaatmak roop seey pradarshit kiya gayaa haye. haalaanki, aadhunik electronics key saath pratispardha karane kii unaki kshamata vartamaan mein seemit haye.
anuprayog.
optical transister kaa upayog fiber-optic sanchaar network key pradarshan mein sudhaar key liye kiya jaa sakata haye. haalaanki fiber-optic kebalon kaa upayog detta sthanantarit karane key liye kiya jaataa haye, lekin signal rooting jaise kaary electronic roop seey kiye jaate hain. isake liye optical-electronic-optical roopaantaran kii aavashyakta hoti haye, joe baadhaaen paida kartaa haye. siddhant roop mein, sabhi-optical digital signal processing aur rooting photonic ekikrit paripathon mein vyavasthit optical transister kaa upayog karke praapt kii jaa sakati haye. samaan upkaranon kaa upayog sancharan lines key saath sanket ksheenan kii bharpai key liye nae prakaar key optical emplifier banaane key liye kiya jaa sakata haye.
optical transister kaa ack adhik vistrit anuprayog ack optical digital computer kaa vikas haye jisamen sanket photonic hotey hain (i.ee.electronic (taar) key bajaay prakaash-sanchaaran madhyam. isake alawa, optical transister joe ekal photon kaa upayog karke kaam karate hain, way quantum soochana prasanskaran kaa ack abhinn hissa bunn sakate hain, jahan unakaa upayog quantum jaankaari kii vyaktigat ikaaiyon koo chuninda roop seey sambodhit karane key liye kiya jaa sakata haye, jinhen cubits key roop mein jaanaa jaataa haye.
optical transister siddhant roop mein antariksh aur alaukik grahon key uchch vikiran key liye abhedya hoe sakate hain, electronic transister key vipareet joe ekal-ghatana seey peedit hain.
electronics key saath tulanaa.
optical logic key liye sabse aam tark yeh haye kii optical transister switching samay paaramparik electronic transister kii tulanaa mein bahut tej hoe sakata haye. yeh iss tathya key kaaran haye kii ack prakaash madhyam mein prakaash kii gati aamtaur parr ardhchalakon mein electrons key pravaah wegg kii tulanaa mein bahut tej hoti haye.
optical transister koo seedhe fiber-optic kebalon seey jodaa jaa sakata haye jabaki electronics koo photodetector aur ell. ee. dee. yaa lazer key madhyam seey yugman kii aavashyakta hoti haye. fiber-optics key saath sabhi-optical signal processors kaa adhik praakritik ekikaran optical sanchaar network mein sanketon key maarg aur anya prasanskaran mein jatilata aur deree koo cumm karega.
yeh savalia banaa huaa haye kii kyaa optical processing ack ekal transister koo electronic transister seey cumm karane key liye aavashyak oorjaa koo cumm curr sakati haye. vaastavik roop seey pratispardha karane key liye, transister koo prati operation kuchh dasiyon photon kii aavashyakta hoti haye. haalaanki, yeh spasht haye kii yeh prastaavit ekal-photon transister mein praapt kiya jaa sakata haye.
 quantum soochana prasanskaran key liye.
shayed electronic tark parr optical kaa sabse mahatvapurna laabh bijli kii khapat mein kamee haye. yeh vyaktigat tark dwaaron key beach connection mein capacitance kii anupasthiti seey aataa haye. electronics mein, sancharan line koo signal voltage parr charge karane kii aavashyakta hoti haye. ack sancharan rekha kii sandharitrata isaki lambai key samanupati hoti haye aur yeh ack tark dwaar mein transister kii sandharitrata seey adhik hoti haye jaba isaki lambai ack ekal dwaar key barabar hoti haye. paareshan lines kaa charge karna electronic tark mein mukhya oorjaa nuksaanon mein seey ack haye. iss nuksan koo optical sanchaar mein taalaa jaataa haye jahaan kewal praapt karane vaale chhor parr ack optical transister koo badalane key liye paryaapt oorjaa koo ack rekha key neeche preshit kiya jaanaa chaahiye. iss tathya ney lambi doori key sanchaar key liye fiber optics key upayog mein ack pramukh bhoomika nibhai haye, lekin microprocessor star parr iska abhee taka dohan naheen kiya gayaa haye.
uchch gati, cumm bijli kii khapat aur optical sanchaar pranaliyon key saath uchch sangatata key sambhaavit laabhon key alawa, optical transister koo electronics key saath pratispardha karane seey pahale benchmark key ack sett koo santusht karna chaahiye. kissy bhee ekal design ney abhee taka inn sabhi maandandon koo puuraa naheen kiya haye, jabaki atyaadhunik electronics kii gati aur bijli kii khapat seey behtar pradarshan kiya haye.
maandandon mein shamil hainh
karyanvayan.
aul-optical transister koo lagu karane key liye kaee yojanaon kaa prastaav kiya gayaa haye. kaee mamalon mein, avadharana kaa pramaan prayogaatmak roop seey pradarshit kiya gayaa haye. designs mein seey way hain joe iss parr adharit hainh

