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baad mein, nirvaat tube ka istemaal kiya gaya. ye bahut tej the, lekin garmi utpann karte the aur filaameints ke jal jaane ke kaaran avishvasaneeya the. fainaaaut aam taur par paanch se saat the, jo tube ke vidyut se heeting dvaara seemit the. 1950 ke dashak mein, filaameint ke saath vishesh "computer tube" viksit kiye gaye jo silikaun ki tarah asthir tatvon ko nikaal dete the. ye kai hajaaron ghante tak chalte hain.
svaasthya ke haanikaarak prabhaavon se pratirodh ki kami aashaavaadi poorvaagrah ka ek praacheen aadarsh (prototeepikl) udaaharan hai. iske alaava sambhaavana ki samajh ki kami ki aam taur par iska prabhaav jyaada umr mein dikhaayi deta hai aur vyaktitv mein hraas ya vikaar paida karta hai jo aam taur par uchch jokhim ya aatm vinaashakaari vyavahaar mein dikhaayi deta hai.[krupaya uddharan jodein]

jin deshon mein ek saarvajanik svaasthya pranaali hai, vahaan dhoomrapaan karne vaale beemaar logon ki samaajik chikitsa dekhbhaal ki laagat karon mein vruddhi ke maadhyam se vahan ki jaati hai. is morche par do tark maujood hain, "dhoomrapaan samarthakon" ka tark hai ki bhaari dhoomrapaan karne vaale aam taur par lamba jeevan naheen jeete jisse budhaape ko prabhaavit karne waali kharcheeli aur puraani beemaari naheen hoti aur yeh samaaj mein svaasthya seva ke bojh ko kam karta hai. "dhoomrapaan virodhi" tark ke anusaar svaasthya chikitsa ka bojh badhta hai kyonki dhoomrapaan karne vaalon ki saamaanya aabaadi ki tulana mein kam umr mein lambi beemaari dar adhik hai.
saan Diego, California, metropolitan traanjit system (MTS), north County traanjit distrikt (NCTD) aur the sain Diego asosiyeshan of gavarmeint (SANDAG) ek ri-raaitebal RFID smart card ka upayog karti hai jise sthaaneeya taur par kampaas card ke roop mein nirdisht kiya jaata hai aur bason aur railgaadiyon ki yaatra aasaan banaane ke liye dainik, saaptaahik ya maasik paas ya nakad moolya ke roop mein upayog kiya ja sakta hai. 

ek audio deta mein singal-bit truti seedhe leeniyr pals code modyuleshan (jaise ek CD-ROM par) ke roop mein store ho jaane se ek singal klik se varst ho jaata hai. iske bajaay bahut se log storej space aur daaunalod samay ko surakshit karne ke liye audio kampreshan ka upayog karte hain kyonki ek ekal bit truti bhi poore gaane ko karapt kar sakta hai.
kaaryaatmak satyaapan data, aam taur par "pareekshan vektar" kahalaate hain. kaaryaatmak pareekshan vektar ko sanrakshit kiya ja sakta hai aur kaarkhaane mein yeh pareekshan karne ke liye istemaal kiya ja sakta hai ki navanirmit laujik sahi dhang se kaam karta hai ya naheen. haalaanki, kaaryaatmak pareekshan paitarn, aam nirmaan galatiyon ki khoj naheen karte. utpaadan pareekshan, aksar software upakaran dvaara design kiye jaate hain jinhein "test paitarn generator" kaha jaata hai. laujik ki sanrachana ki jaanch aur vyavasthit dhang se vishesh dosh ke liye test janit kar, ye pareekshan vektar ko utpann karte hain. is tarah fault coverage kareeb 100% tak pahunch sakta hai, basharte dijaain ko theek tarah se pareekshan yogya banaaya gaya ho (agale anubhaag ko dekhein).

sabse saamaanya-uddeshya transfer-laujik machine ek computer hai. yeh moolat: ek svat: baainari abekas hai. aam taur par computer ki niyantran ikaai ka design ek micro program ke roop mein kiya gaya hai jise ek maaikroseekveinsar dvaara chalaaya jaata hai. yeh micro program ek player-piyaano rol ki tarah hoti hai. har taalika pravishti ya sookshm program ke "shabd" state ke har bit ko command deti hai jo ki computer par niyantran karti hai. anukramak fir use ginti karta hai aur memori ya sanyojan laujik machine mein yeh ginti sambodhit karta hai jismein micro program samaahit hota hai. maaikroprograam se bits ankaganiteeya laujik ikaai, memori aur computer ke anya bhaagon aur swayam maaikrosikyonsar par niyantran karta hai.
sakriya RFID ka sabse bada prayog, ameriki raksha vibhaag dvaara apne das lakh se adhik shiping kantenaron par saavi[3] sakriya taig ka upayog hai jo mahaadveepeeya America (CONUS) ke baahar jaata hai. sabse bada nishkriya RFID prayog, difens laujistiks agency (DLA) ka hai jo odin dvaara 72 suvidhaaon par laagoo hai[4] jisne eyarabas ke liye vaishvik prachaar kiya[5] jo vishv bhar mein 13 pariyojanaaon se nirmit tha.
Wall-Mart aur ameriki raksha vibhaag ne un aavashyakataaon ko prakaashit kiya hai jo unke vikretaaon ne aapoorti shrrunkhala prabandhan mein sudhaar ke liye ladaan par RFID taig par lagaaya hai. in do sangathanon ke aakaar ke kaaran, unka RFID adhidesh duniya bhar mein hajaaron companiyon ko prabhaavit karta hai. samay seema ko kai baar badhaaya gaya hai kyonki kai vikreta RFID pranaali ko laagoo karne mein mahatvapoorn kathinaaiyon ka saamana karte hain. vyavahaar mein, vartamaan mein safal pathan dar keval 80% chalti hai, utpaadon aur paikejing ki vajah se hone vaale radio tarang ksheenan ke kaaran. bhavishya mein yeh aasha ki jaati hai ki chhoti companiyaan bhi baahar jaane vaale apne ladaan par RFID taig lagaane mein saksham hongi.
RFID praudyogiki ke kai upayogon mein se ek hai unka pustakaalayon mein prayog. is praudyogiki ne dheere-dheere pustakaalaya ki cheejon par (kitaabein, CD, DVD, aadi) paaramparik baarakod ki jagah lena shuroo kar diya hai. RFID taig mein pehchaan sambandhit jaankaari ho sakti hai jaise ek pustak ka sheershak ya saamagri prakaar, jiske tahat ek alag daataabes ki or ishaara karne ki aavashyakta naheen hogi (lekin yeh uttar America mein durlabh hai). yeh jaankaari ek RFID reedar dvaara padhi jaati hai, jo maanak baarakod reedar ko jo saamaanyat: ek pustakaalaya ki sanchalan mej par paaya jaata hai, pratisthaapit karta hai. pustakaalaya saamagri par paaya jaane wala RFID taig aamtaur par uttar America mein 50 mm X 50 mm aur Europe mein 50 mm x 75 mm ke naap ka hota hai. ise baarakod ki jagah ya usamein shaamil kiya ja sakta hai, jo staaf ko soochi prabandhan ka ek alag tareeka aur lene vaalon ko swayam seva pradaan karega. yeh ek suraksha upakaran ke roop mein bhi kaarya kar sakte hain aur paramparaagat vidyut chumbakeeya patti[28] ki jagah le sakte hain aur na keval kitaabein, balki sadasyata card mein bhi ek RFID taig lagaaya ja sakta hai.
isi prakaar ki samaan praudyogiki, jaise United Kingdom mein 1915 mein aavishkaar ki gayi IFF traansapondar, ka dviteeya vishv yuddh mein mitr raashtron dvaara vimaanon ki dost ya dushman ke roop mein pehchaan karne ke liye niyamit roop se istemaal kiya gaya. abhi bhi traansapondar ka, atyadhik shaktishaali vimaan dvaara aaj bhi prayog kiya jaata hai. RFID ki padtaal karta ek anya kaarya, 1948 ka Harry staukaman ka mahatvapoorn pepar hai, jiska sheershak tha "kamyunikeshan baai meens of riflekted power" (IRE ki kaaryavaahi, pp 1196–1204, October 1948). staukaman ne bhavishyavaani ki ki "... riflekted-power sanchaar mein shesh buniyaadi samasyaaon ko hal karne aur upayogi anuprayogon ke kshetr ka pata lagaane se pehle kaafi anusandhaan aur vikaas ka kaam kiya jaana hai."
sabse saamaanya-uddeshya transfer-laujik machine ek computer hai. yeh moolat: ek svat: baainari abekas hai. aam taur par computer ki niyantran ikaai ka design ek micro program ke roop mein kiya gaya hai jise ek maaikroseekveinsar dvaara chalaaya jaata hai. yeh micro program ek player-piyaano rol ki tarah hoti hai. har taalika pravishti ya sookshm program ke "shabd" state ke har bit ko command deti hai jo ki computer par niyantran karti hai. anukramak fir use ginti karta hai aur memori ya sanyojan laujik machine mein yeh ginti sambodhit karta hai jismein micro program samaahit hota hai. maaikroprograam se bits ankaganiteeya laujik ikaai, memori aur computer ke anya bhaagon aur swayam maaikrosikyonsar par niyantran karta hai.

sooparakandaktiviti ki khoj, raipid ekal flaks kvaantam (RSFQ) ke vikaas sarkit praudyogiki ko sambhav kar pai hai joki traanjistar ke bajaay josefasan jankshan ka upayog karta hai. haal hi mein, aise shuddh optikl kanpyooting pranaali ko banaane ka prayaas kiya gaya, joki naunaleeneear optikl tatvon ka prayog karke digital soochana sansaadhit karne mein saksham hai.
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