Uml, Zane-zanen Kewaya, Kuma Jagororin Allah

Canji - yana da alhakin duk abin da yake gudana na halin yanzu. Hutu ne a madaidaiciyar layi ko layin diagonal na sama a cikin zanen da'irar. Yana ba da ƙarfin lantarki da na yanzu don makamashi na'urar da aka haɗa da kewaye. Tushen wutan lantarki yana rungumar batir kowane iri, kamar yadda ake amfani da su a cikin motoci, kwamfyutocin cinya, bangarori na wutar lantarki, da dai sauransu.

Babu buƙatar fita daga cikin siginar waya don neman bayanai masu alaƙa da yakamata ku gano matsalar. DUBA BIDIYON don ganin Zane -zanen Waya Mai Sadarwa a cikin motsi. Tare da yawa wanda zai iya yin kuskure ba tare da manyan motoci na yau ba, kuna buƙatar dawo da bayanan da ke rage rikitarwa kuma yana sanya ku cikin kuɗin binciken ku. Sabbin abubuwan haɓakawa zuwa zane-zane na almara na ProDemand suna sake fasalin bincike na lantarki tare da fasalulluka masu hulda da juna wanda ke taimaka muku ɗaukar mataki na gaba zuwa tasirin bincike.. Alamomin ƙirar op-amps galibi ba sa nuna fil ɗin da ba a amfani da su a cikin da'irar, kamar yadda lamarin yake ga alamar LM358 a sama inda kawai 5 na fil takwas an tabbatar.

Simulation Circuit Kuma Tsarin

Daga nan sai na nuna wa ɗalibai alamar da aka daidaita ga kowane kayan aiki kuma na sa su ƙara waɗannan alamomin a kan ginshiƙi. Ina jagorantar ɗalibai cikin tattaunawa mai sauri game da dalilin da ya sa za a iya amfani da waɗannan alamomin don kowane siyayya da yadda za su iya taimaka wa baƙo fahimtar da'irar da alamomin ke wakilta.. Tarihin abubuwan da aka gyara na dijital ya sake komawa ƙasa da abin da Leyden ya ƙirƙira na masu haɓakawa 1745. Duk da haka, batura masu sauƙi na iya wanzuwa a ƙalla na shekaru dubu biyu, misali, Batirin Baghdad wanda da alama yana amfani da jan ƙarfe, baƙin ƙarfe, da bitumen don samar da kwararar lantarki.

Wannan alamar tana nuna takamaiman fil wanda ya kamata abubuwan da'irar su haɗa. Canjin maɓallin turawa shine gungume ɗaya, canji guda ɗaya tare da 4 fil fil yana canza shigar daya zuwa akalla fitarwa daya. Kasa shine manufar http://circuit-diagrams.com na mafi ƙarancin kuzari a cikin da'ira, duk halin yanzu zai yi ƙoƙarin zagawa zuwa ƙasa. Babu ja da baya - nuna haske yana ƙaruwa cikin duk shafuka har sai da'irar ta kai ƙarshenta.

• Yi amfani da ƙimar daidaitaccen yanzu don zana layin da ba a karye a kan ƙirar ƙirar kan daidai wanda ke nuna alƙawarin daidaitaccen halin yanzu.
• ga misali, lokacin da kuka ɗauki jirgin karkashin kasa, taswirar jirgin karkashin kasa na fasinjoji wani nau'in makirci ne, kuma yana wakiltar tashoshin jirgin karkashin kasa tare da dige.
• Da zarar kuna da juriya daidai, kuna buƙatar amfani da Dokar Ohm don bincika jimlar halin yanzu, kamar yadda wataƙila kuka yi lokacin da masu adawa suke cikin jerin.
• Mazan da suka fi sanin wutar lantarki, “magana da zane -zane.” Tambaye su tambaya kuma suna buga fensir da yin zane mai sauri don nuna muku menene.

Kowane pin ya kamata a yi masa alama da duka adadi, da aiki. Wasu nau'ikan nau'ikan diodes, kamar Schottky ko zeners, suna da nasu alamomin, tare da ɗan bambanci akan mashaya wani ɓangaren alamar. Canjin mafi sauƙi, gungume guda ɗaya/jifa ɗaya , tashoshi biyu ne tare da layin da aka haɗa da rabi wanda ke wakiltar mai kunnawa . Inductors galibi ana wakilta su ko dai jerin tsintsaye masu lanƙwasa, ko mahaukatan coils. Alamomin ƙasa da ƙasa na iya fayyace inductor azaman madaidaicin murabba'i. Alamar tare da farantin mai lankwasa guda ɗaya tana nuna cewa capacitor yana da ƙarfi.

Fassara Don Zane -zane

An tabbatar da wasu alamomin da'irar da aka yi amfani da su a cikin zane -zane. Zane -zanen da'ira hoto ne mai nuna zanen lantarki. Zane -zanen da'irar hoto yana amfani da hotuna masu sauƙi na abubuwan da aka gyara, yayin da ƙirar ƙira ta bayyana abubuwa da haɗin haɗin kewaya ta amfani da daidaitattun wakilcin alama. Gabatar da haɗe -haɗe tsakanin ɓangarorin kewaye a cikin ƙirar ƙirar ba lallai bane ya dace da tsarin jiki a cikin na'urar da aka kammala.. Zane -zanen da'ira misali ne na da'irar lantarki da aka zana. Injiniyoyi da injiniyoyin lantarki suna amfani da shi don fayyace sassa da hanyoyin koyon lantarki a alamance.

Lokacin da aka danna maɓallin ƙarshe, yana fitowa 1 na ɗan lokaci kaɗan don rage fitarwa, yana ƙara ƙirar cinya a saman kuma yana sake saita duk maɓallan. Matakan gyare -gyare masu sauƙi na inuwa zuwa launin bazuwar kowane sakan.

Idan ƙimar ta fi girma yanzu, da wuce kima kai tsaye gyara. Wannan da'irar tana maye gurbin fitowar maɓallin ta lambobi ba bisa ƙa'ida ba. Maballin yawanci yana da farashin 0 lokacin da ba a matsa ba, and 1 na ɗan gajeren lokaci lokacin da aka matsa. Wannan da'irar tana sa maɓallin ya zama sifili lokacin da ba a danna shi ba kuma lambar sabani lokacin da aka danna.

A cikin da'irar da ke sama misali, Zan ga LDR tare da potentiometer a tsakiyar. Na sani daga gogewa cewa saitin resistors guda biyu kamar wannan yana sanya mai raba wutar lantarki. Kuma na san cewa ƙarfin lantarki da ke fitowa daga mai rarraba wutar lantarki sakamako ne na ƙimar waɗannan tsayayyun. Dinki tare da duarfin duaukaka – Idan ba ku son yin aiki da waya, how about building an e-textiles circuit with conductive thread? That’s the magnificence of schematics, the identical schematic circuit may be built in a quantity of alternative ways with numerous different mediums. Series and Parallel Circuits – Building circuits in sequence or parallel requires a good understanding of schematics.

Positive voltage nodes are often indicated by an arrow pointing up, while floor nodes usually involve one to 3 flat traces (or generally a down-pointing arrow or triangle). Just as there are numerous choices on the market for powering your project, there are all kinds of energy source circuit symbols to help specify the facility source. Variable resistors and potentiometers each augment the usual resistor symbol with an arrow. The variable resistor remains a two-terminal gadget, so the arrow is simply laid diagonally across the middle. A potentiometer is a three-terminal device, so the arrow becomes the third terminal . Then we’ll speak about how these symbols are connected on schematics to create a mannequin of a circuit.