English: Block diagram of a feedback electronic oscillator circuit. It consists of an amplifier element with amplification A, with its output Vo fed back into its input Vi through a feedback network with transfer function β(jω). It has loop gain βA(jω).
วันที่
แหล่งที่มา
งานของตัว
ผู้สร้างสรรค์
Chetvorno
เวอร์ชันอื่น
Oscillator block diagram.svg is the same image with A and β(jω) replaced with alternate variables G(jω) and H(jω)
Oscillator diagram2.svg is the same image with the feedback loop shown broken, to show how loop gain is calculated.
SVG genesis
InfoField
ซอร์สโค้ดของ SVG นี้ตรวจสอบถูกต้องแล้ว
ไฟล์ภาพกราฟิกส์เวกเตอร์นี้ สร้างขึ้นโดยใช้ Inkscape, or with something else.
การอนุญาตใช้สิทธิ
I, Chetvorno(Chris Burks) release this image to the public domain for any use whatever.
Reverted changes made by Krishnavedala 22:07, April 15, 2015. Krishnavedala, j is not a variable but the imaginary unit √-1. You need to understand the terminology before you edit schematics
{{Information |Description={{en|Block diagram of a feedback Wikipedia:electronic oscillator circuit. It consists of an amplifier element with amplification ''A'', with its output ''V<sub>o</sub>'' fed back into its input ''V<sub>i</sub>'' through a f
ไฟล, oscillator, diagram1, ไฟล, ประว, ไฟล, หน, าท, ภาพน, การใช, ไฟล, วนกลาง, อม, ลเก, ยวก, บภาพขนาดของต, วอย, าง, ของไฟล, กเซล, ความละเอ, ยดอ, กเซล, กเซล, กเซล, กเซล, กเซล, กเซล, ภาพท, ความละเอ, ยดส, งกว, 8206, ไฟล, กเซล, ขนาดไฟล, โลไบต, ปภาพหร, อไฟล, เส, ยงน,. ifl prawtiifl hnathimiphaphni karichiflswnklang khxmulekiywkbphaphkhnadkhxngtwxyang PNG nikhxngifl SVG ni 576 599 phikesl khwamlaexiydxun 231 240 phikesl 461 480 phikesl 738 768 phikesl 984 1 024 phikesl 1 968 2 048 phikesl 834 868 phikesl duphaphthimikhwamlaexiydsungkwa 8206 ifl SVG 834 868 phikesl khnadifl 9 kiolibt rupphaphhruxiflesiyngni tnchbbxyuthi khxmmxns raylaexiyddanlang epnkhxkhwamthiaesdngphlcak ifltnchbbinkhxmmxns khxmmxnsepnewbistinokhrngkarsahrbekbrwbrwmsuxesri thi khunsamarthchwyid khwamyx khaxthibayOscillator diagram1 svg English Block diagram of a feedback electronic oscillator circuit It consists of an amplifier element with amplification A with its output Vo fed back into its input Vi through a feedback network with transfer function b jw It has loop gain bA jw wnthi 23 mithunayn ph s 2552aehlngthima ngankhxngtwphusrangsrrkh Chetvornoewxrchnxun Oscillator block diagram svg is the same image with A and b jw replaced with alternate variables G jw and H jw Oscillator diagram2 svg is the same image with the feedback loop shown broken to show how loop gain is calculated SVG genesisInfoField sxrsokhdkhxng SVG nitrwcsxbthuktxngaelw iflphaphkrafiksewketxrni srangkhunodyich Inkscape or with something else karxnuyatichsiththi I Chetvorno Chris Burks release this image to the public domain for any use whatever Public domain Public domain false falsekhapheca phuthuxlikhsiththiinnganni khxmxbnganihepnsatharnsmbti prakasnimiphlthwolkinbangpraeths karkrathadngklawxacimsamarththaidtamkdhmaykhaphecaxnuyatihthukkhnmisiththiinkarichiflniinthukehtuphlkarich odyimmimienguxnikh ewnaetkdhmayimxnuyatihthaechnnnkhabrryayodyyxithyephimkhabrryaythrrthdediywephuxkhyaykhwamwaiflnimixairxngkvsBlock diagram of feedback oscillatorixethmthiaesdngxyuiniflniprakxbdwysthanalikhsiththicopyrighted dedicated to the public domain by copyright holder xngkvssyyaxnuyatreleased into the public domain by the copyright holder xngkvsthimakhxngiflkarsrangdngedimodyphuxpohldwnthisrang wnkxtng23 mithunayn 2009 prawtiifl khlikwnthi ewlaephuxduiflthipraktinkhnann wnthi ewlarupyxkhnadphuichkhwamehn pccubn04 29 4 mithunayn 2558834 868 9 kiolibt ChetvornoReverted changes made by Krishnavedala 22 07 April 15 2015 Krishnavedala j is not a variable but the imaginary unit 1 You need to understand the terminology before you edit schematics 05 07 16 emsayn 2558129 153 3 kiolibt Krishnavedalafurther simplified drawing 23 27 23 mithunayn 2552834 868 9 kiolibt Chetvorno Information Description en Block diagram of a feedback Wikipedia electronic oscillator circuit It consists of an amplifier element with amplification 039 039 A 039 039 with its output 039 039 V lt sub gt o lt sub gt 039 039 fed back into its input 039 039 V lt sub gt i lt sub gt 039 039 through a f hnathimiphaphni hnatxipni oyngmathiphaphni xielkthrxniks xxssileletxr karichiflswnklang wikixuntxipniichiflni karichbn bg wikipedia org Generator na elektricheski trepteniya karichbn da wikipedia org Elektronisk oscillator karichbn de wikipedia org Stabilitatskriterium von Barkhausen karichbn en wikipedia org Electronic oscillator Barkhausen stability criterion User Viraj nadkarni Elementary electronics karichbn eu wikipedia org Lankide MikelArribalzaga Proba orria Osziladore elektroniko karichbn fa wikipedia org نوسان ساز معیار پایداری بارک هاوزن karichbn fr wikipedia org Critere de stabilite de Barkhausen karichbn fr wikibooks org Electronique Version imprimable Electronique Les oscillateurs generateurs de frequence karichbn hi wikipedia org ब र कह उज न कस ट karichbn pt wikipedia org Criterio de estabilidade de Barkhausen karichbn ru wikipedia org Generator signalov karichbn sv wikipedia org Barkhausen kriteriet karichbn vi wikipedia org Dao động điện tử karichbn vi wikibooks org Sach điện Bộ phận điện Sach điện Bộ phận điện Bộ phat song Sach Vật ly Bộ phận điện Bộ song dao động điện Sach Vật ly Bộ phận điện Bộ phat song Sach điện tử Bộ phận điện tử Bộ phat song May phat song sin Sach điện May điện May phat song May phat song sin Sach vật ly Điện Bộ phận điện Bộ phat song Bộ phat song Sin karichbn zh wikipedia org 电子振荡器khxmulekiywkbphaph phaphnimikhxmulephimetim sungswnihymacakklxngdicitxlhruxsaeknenxrthisamarthekbkhxmuldngklawiwrwmkbphaphid thaphaphnithukprbprungaekikhhruxepliynaeplngcakedim khxmulbangxyangcayngkhngimepliynaeplngehmuxnphaphthithukprbprungaekikhnnkhwamkwang834khwamsung868 28571 ekhathungcak https th wikipedia org wiki ifl Oscillator diagram1 svg, wikipedia, วิกิ หนังสือ, หนังสือ, ห้องสมุด,
