Doubler ombane: iimpawu nangemigaqo yokusebenza

Doubler - isixhobo eyenzelwe ukuguqula ombane eliguquguqukayo. Le nkqubo uthatha indawo kwi zigaba. Standard ombane ifildi Doubler siqulathe uluhlu capacitors kunye ilight.

Kananjalo kubalulekile ukuba siqaphele ukuba kukho utshintsho ezisezantsi rhoqo abo benziwa ekwenzeni. Amaninzi zifumaneka izikrini. Ipharamitha iphambili iinguqulelo eziyimfuneko ukuze athwale Uhanjiso embundwini pole ombane kunye overdrive. Ukuze siyiqonde ngakumbi doublers, kubalulekile ukuqwalasela siseko imodeli operation.

Umgaqo esebenza ngayo doubler

Umgaqo esebenza ngayo doubler yakhelwe phezu ukuguqulwa ombane le. Ukulungiselela le njongo, ifowuni iye ejikeleza capacitor yonke. Ahluke kwi conductance kwipali kunye capacitance. Le ama kulo mzekelo zixhonywe lwekontraka. Xa kusetyenziswa doubler ombane ukuze kufakwe operation thyristor le. element uthe iyakwazi esebenza ezitsho ezithile.

Kulo mzekelo, oku kuxhomekeke nenguqulo umenzi. Ezinye imifuziselo kusetyenziswa lining, nto leyo enza i yokwambathisa. Ngqo yangoku imizekelo bayagqobhoza, bayangena wesekethe capacitor. Mpuluswa kwenzeka phezu kwimodyuli, nto leyo diode njengenxenye. Kunye ombane aphezulu imveliso akholisa ukubakho transients. Enye doublers abaphumeleli ziquka inzuzo ombane buthathaka. Akukho ezo ngxaki abaguquli.

Models yama- low

doubler ombane eliphantsi yama- nzi ukuba izilawuli kwaye idla kuzakucwangcisa comparator. imifuziselo abaninzi lusebenze conductivity eliphantsi. Ekwenzeni zisetyenziswa kunye wegazi diode-based.

Yenza doubler ombane ngezandla lwakho kunye capacitors ezimbini. Ngqo diode Iqinisekile ukuya transceiver. Ethetha parameters, lo sindisa iphezulu modeli umalunga 15 V. Kulo mzekelo, 'ngumlingani ka loguqu kunokuba-10%.

Isixhobo yama- High

High doubler ombane yama- lisetyenziswa kwi-network AC. Lidla isixhobo inokufumaneka zasendlini. Ezi nguqu ahluka conductivity elungileyo; njengoko zisebenzisa ngababini eziliqela capacitors. model yamiselwa thyristor. Izilungiso ezininzi kwenziwe bobuso yaye ukhuseleko elungileyo. Esi sithintelo engundoqo uvakalelo embundwini eliphezulu. Ukongeza, kufuneka sinikele ingqalelo ilight. Ezinye iimodeli ziyasetyenziswa ngaphandle extender. Doubler DC lombane volts 12 savula rhoqo 30 Hz e.

Ingakumbi imifuziselo ezisezantsi-frequency

doublers elisezantsi frequency-ibekwe comparators amandla eliphantsi. Ukuba ucinge doubler ombane elula, uye wasebenzisa capacitor ezintathu. Le diode kule meko omi phezu resistor yomgama. Le conductivity ngamayelenqe ukuba kakhulu ukwanda. Xa oku frequency egcinwa yi-somfanekiso. imifuziselo amaninzi insulators eziliqela. Kule uqhagamshelo doubler nga zenzeke transceiver. Umfuziselo eqhelekileyo ithathwa ezimbini transistor.

izixhobo eliphezulu-frequency

I eliphezulu-rhoqo ombane doubler kwenzekayo ngokususela capacitor kolawulo. Kukho iindlela ezimbini diode esetyenzisiweyo. Conductivity ukuba bamalunga nama-55 microns. Kananjalo kubalulekile ukuba siqaphele ukuba uvakalelo eliphezulu le hlobo doubler. Ezinye iinguqulelo ahamba ekwenzeni capacitive. Imifuziselo afaneleka kahle ukuba comparators. Noko ke, ukuba abayi kusetyenziswa izibane. Ingxaki kule meko bubonakala nobushushu of capacitors. Kananjalo kubalulekile ukuba siqaphele ukuba iinguqulelo bengenako ukusebenza ukuphazamiseka idaleka.

Devices for laser sokumpompa

A doubler ombane ukuze laser pump isebenza qho aphakamileyo. Iimodyuli izixhobo ezisetyenzisiweyo kuphela ngokusekelwe capacitor. imifuziselo abaninzi ukubonisa conductivity elungileyo, kodwa ombane rated ayikho ngaphezu kwe-10 V. Le amacebo asetyenziswa iindidi ngeendidi ilight.

Kananjalo kubalulekile ukuba siqaphele ukuba imarike linikeza iinguqulelo kunye ekwenzeni evulekileyo. Abanawo iingxaki prigrevom, kodwa imodeli ayikho nako ukunika aqhelelkileyo. Idibanisa izixhobo ngokusebenzisa transistors. Kukho kwakhona ukulungiswa transceiver. Zinelungelo Ixabiso eliphezulu kwisibonda conductivity. Noko ke, ububi ziquka banxibe ngokukhawuleza capacitor okubangelwa ufudumele.

Devices for iinkqubo X-ray

Iinkqubo X-ray eziqhelekileyo doublers capacitors igxunyekwe uhlobo. Baye conductivity elungileyo, kodwa kukho ingxaki nge frequency esezantsi. Izilungiso ezininzi ikwazi ukusebenza kwi ombane aphezulu. Kananjalo kubalulekile ukuba siqaphele ukuba olu hlobo yesixhobo isoloko isetyenziswa izibane. imifuziselo ezininzi baxhotyiswa ilight multi-pole. Baye ubuntununtunu elungileyo, i sindisa kweli tyala 2 xa A ecaleni kwe-10%. Ezinye iinguqulelo abelwe capacitors capacitance. Ukuhlobanisa ezi zixhobo kuphela ngokusebenzisa transceiver.

Iimfaniso for ezigqame

Doublers for obala zisebenza kuphela njalo kwi kwaye ombane rated ongowona malunga 10V capacitors yeentlobo ezohlukeneyo imifanekiso efakiweyo. Ukubalwa kwe doubler ombane lwenziwa esekelwe conductivity ixabiso output kunye ukuxhathisa.

Le omninzi into becala ilingana 2 A. okucoca efakwe insulators yaye ukhuseleko elungileyo. imifuziselo abaninzi basebenzisa amacwecwe eziliqela. Ekwenzeni zifumaneka hayi rhoqo kakhulu. Resistors zisetyenziswa ne-adaptha, kwaye ngaphandle kwayo. Fumana iinguqulelo kukhanyisa impela nje emarikeni. ixabiso ukumelana isigaba eziqala evela ohms-30.

Devices izibonisi

Doublers izibonisi ezenziwe condensers nesithandwa sakhe. Kulo mzekelo, i amacebo efakiweyo uhlobo ivuleleke kuphela. Ezinye iinguqulelo fambisiwaka kumaza 20 Hz e. Baye conductivity ephantsi kwi uvakalelo oluphezulu. Kwakhona kwimarike zilungiswe kwi-30 Hz. Basebenzisa capacitors yomgama kunye diode zixhonywe amacwecwe. Ekwenzeni idla ngokusetyenziswa kunye yokuhlwayela adjustable. doublers abaninzi ayifanelekanga ukuba comparators. Xa conductivity owongozelelweyo kune ima microns-5.

Models ngokuba izibane

Doublers ngokuba izibane babe uvakalelo oluphezulu. Amaza Ubuncinane apho ilingana no 20 Hz. kukho imifuziselo Musa ukoyika sithwalisa, baya lokucoca efakwe uphazamiseko, nto leyo inceda kakhulu kunye ombane kwalo. Izilungiso ezininzi ezenziwe capacitors ezininzi, ogama capacitance ayikho ngaphezulu kwama-50 PF. Kananjalo kubalulekile ukuba siqaphele kukuba imodeli enziwa ilight eziliqela. Ukuba sicinga yesiqhelo doubler DC ombane, ukuba ukungena igalelo yi-avareji microns-5. Ekunokuqhagamshelwana kwi izixhobo ezisetyenziswa zezobhedu. Idibanisa doublers umgangatho ngokusebenzisa transceiver.

Doublers ku iimpompo ion

Kuba umbono iimpompo doublers ezifanelekileyo capacitors yomgama. Izilungiso ezininzi uyakwazi ukukhulula kumaza 3 Hz. Zizixhobo bahluka imiqathango yezokhuseleko kwaye conductivity ezahlukeneyo. Uvakalelo ayidli ngakuba microns ngaphezulu kwe-5. amandla ombane e ekuqaleni doublers 10 V. Kananjalo kubalulekile ukuba siqaphele ukuba lomnqongo pump kwi capacitors uhamba-ngokusebenzisa adla ngokusetyenziswa. Baye uvakalelo oluphezulu. Xa conductivity owongozelelweyo kuqinisekiswa kwinqanaba microns 4. Thyristors ke zithelekiswe amaqhoshana contact. Idibanisa doublers ngokusebenzisa transistor. Ekwenzeni kwi izixhobo ezisetyenziswa enqabile.

Iimfaniso for ionizers umoya

Kule mizekelo capacitors channel eqheleke kakhulu ukuba abe umthamo omkhulu. Ezi zixhobo ume ngaphandle inkqubo ukuguqulwa ekhawulezayo, kwaye rhoqo yokusebenza unamalunga 33 Hz. Wegazi imifuziselo kusetyenziswa uhlobo conductive. Bayakwazi ukusebenza kwimo kuqoqosho anigqibele unamandla amancinane.

Le ekwenzeni zisoloko enyusiweyo uhlobo contact. Ezinye iimodeli asebenza kwi ubume transistor. Le reducibility of microns-10 ubuncinane. Ukuba sicinga doubler DC, ngoko uye capacitors coupling ukuba abe capacitance eliphantsi. Isalathisi novakalelo kulo mzekelo iqala 6 MV. Ezi zixhobo ezinkulu comparators.