Cathode Ray Oscilloscope kya hota hai | Construction Working and Application
"Hello engineers I am Vaibhav you are reading the post of electrical Zindagi it's a part of Shri Raadhe studies"
doston aaj kee yah post aapake lie behad importent hone vaalee hai kyonki aaj kee is post par ham log ilektrikal se rileted ek behad mahatvapoorn prashn chathodai ray oschilloschopai in hindi par baat karane vaale hain yah prashn aapake ilektrikal intaravyoo mein poochha jaata hai saath hee mein agar aap ilektrikal injeeniyaring se padhaee kar rahe hain to aapake semestar egjaam mein bhee poochha ja sakata hai to is post ko end tak padhiega aur apane doston ke saath mein sheyar kariega .
to chalie aaj kuchh naya seekh lete hain...
What is Cathode Ray Oscilloscope?
Cathode Ray Oscilloscope kya hota hai?
Cathode Ray Oscilloscope क्या होता है?
Cathode Ray Oscilloscope kya hota hai: chathodai ray oschilloschopai ko sankshipt roop mein chro bhee kahate hain isaka upayog ailaichtrichal kvaantitee ko vevaphorm mein mejar karane ke lie kiya jaata hai.
is upakaran kee sahaayata se ailaichtrichal kvaantitee kee veb phorm ko empleetyood aur taim kee rispekt main graaph kee sahaayata se darshaaya jaata hai is upakaran mein graaph ko darshaane ke lie 2 axis hotee hain x axis , y axis
chathodai ray oschilloschopai kee sahaayata se non ailaichtrichal kvaantitee ko bhee mejar kiya ja sakata hai parantu aisa karane ke lie traansadyoosar ka upayog kiya jaata hai.
Block Diagram of Cathode Ray Oscilloscope
Parts of Cathode Ray Oscilloscope
- Cathod Ray Tube
- Vertical Amplifier
- Horizontal Amplifier
- Delay line Circuit
- Trigger Circuit
Cathode Ray Tube
Cathode Ray Tube: chathodai ray tubai main ek ilektron gan lagee hotee hai jab is ilektron gan mein voltej aplee karate hain to ilektron gan se ilektron beem nikalatee hai ye ilektron beem vairtichal daiflaichtion platai , horizontal daiflaichtion platai se hote hue phaasphoras (phosphor) skreen par takaraatee hai.
Vertical Amplifier
jis signal ko meetar karana hota hai use vartikal empaleephaayar mein bheja jaata hai yah empaleephaayar signal ko emapleephaee karake dile lain sarkit ko bhejata hai aur yah signal aage jaakar vartikal diphalekshan plet par pradarshit kiya jaata hai.
Delay line Circuit
jab signal vartikal empaleephaayar se dile lain sarkit ko bheja jaata hai tabhee signal ka kuchh ansh horijental empaleephaayar kee taraph bhee bhej diya jaata hai.
horijental empaleephaayar ke maadhyam se signal ke proses ko kampleet hone mein kuchh samay lagata hai itane samay ke lie vartikal empaleephaayar se nikale signal ko hold karane ke lie dile lain sarkit ka upayog kiya jaata hai.
Trigger Circuit
trigar sarkit ka upayog vartikal empaleephaayar se aae hue signal ko ek nishchit samay antaraal mein trigar karane ke lie upayog mein laaya jaata hai samay antaraal ka gyaan taim bes janaretar ke maadhyam se kiya jaata hai.
Horizontal Amplifier
vartikal empaleephaayar se signal empleephaee hokar jab dile lain sarkit kee taraph jaata hai tabhee signal ka kuchh ansh horijental empaleephaayar ko bhee bhej diya jaata hai horijental empaleephaayar tak signal aane se pahale signal ko trigar sarkit va taim bes janaretar ke maadhyam se ek nishchit samay antaraal mein trigar karaaya jaata hai.
horijental empaleephaayar mein praapt signal veek ho chuka hota hai ise punah empaleephaayar karake horijental diphalekshan plet mein signal ko bhej diya jaata hai.
Working
jab kisee ilektrikal ya non ilektrikal kvaantitee ka adhyayan vebaphorm ke maadhyam se karana hota hai tab chathodai ray oschilloschopai ka upayog kiya jaata hai.
is upakaran mein ilektrikal kvaantitee daayarekt maapee ja sakatee hai jabaki non ilektrikal kvaantitee ko maapane ke lie traansadyoosar ka upayog kiya jaata hai.
maapee jaane vaalee kvaantitee ko vartikal empaleephaayar mein bheja jaata hai vartikal empaleephaayar ke maadhyam se kvaantitee ko ampleephaee kiya jaata hai ab empleephaayar kvaantitee ko dile sarkit mein bheja jaata hai isee beech is kvaantitee ke kuchh ansh ko horijental empaleephaayar ko bheja jaata hai horijental empaleephaayar aane se pahale is kvaantitee ko trigar sarkit va taim bes janaretar ke maadhyam se ek nishchit samay antaraal mein trigar karaaya jaata hai aisa karane se kvaantitee veek ho jaatee hai is kvaantitee ko horijental empaleephaayar ke maadhyam se ampleephaee kiya jaata hai aur horijental diphalekshan plet mein kvaantitee ko bheja jaata hai jaise hee yah kvaantitee horijental diphalekshan plet mein aatee hai dile sarkit vartikal empaleephaayar se praapt kvaantitee ko vartikal diphalekshan plet mein bhej deta hai.
is proses ke daramiyaan mein kaithod re tyoob ke maadhyam se ilektron beem schraiain par riphlekt karaaya jaata hai.
jaise hee vartikal diphalekshan plet va horijental diphalekshan plet mein kvaantitee aatee hai yah plet ilektron beem ka prasaar kar detee hain aisa karane se skreen mein kvaantitee kee vebaphorm ban jaatee hai jo ki megneetyood aur taim ke rispekt mein hotee hai.
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Electrical zindagi contact info...
aasha karata hoon ki aaj ki aapako yah post pasand aaee hogee is post ko apane any doston ke saath jaroor sheyar karen
ilektrikal injeeniyaring se juda koee bhee prashn ya is post ke sandarbh mein aapaka koee sujhaav ho to aap hamen hamaare vhaatsep nambar 8840546854 par maisej kar sakate hain dhanyavaad.
ilektrikal injeeniyaring se jude aane vaalee any post do kee jaanakaaree paane ke lie hamaare vhaatsep grup aur teleegraam grup ko jaroor join karen.