NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit

Diodo Tiristoreen Moduluen Sarrera

Tiristoreen diodoen moduluak, sarritan tiristore gisa aipatzen da, Hainbat aplikaziotan potentzia elektrikoa kontrolatzeko eta aldatzeko erabiltzen den erdieroaleen gailu mota bat da. Kontrolatutako etengailu gisa jokatzen dute, ate-seinale txiki batek abiarazten duenean korrontea igarotzen utziz. Behin piztuta, eroale jarraitzen dute haietan zeharkatzen duten korrontea atalase jakin baten azpitik jaitsi arte edo korrontearen noranzkoa alderantzikatu arte.

Tiristore-modulu bat normalean osagai bakar batek kudeatu dezakeen baino korronte edo tentsio handiagoak kudeatzeko elkarrekin bildutako tiristore anitzek osatzen dute.. Modulu hauek hainbat konfiguraziotan aurki daitezke, SCR barne (Silizio kontrolatutako zuzentzailea), TRIAC, eta GTO (Atea Itzali) tiristoreak, bakoitza potentzia kontrolatzeko zeregin mota zehatzetarako diseinatua.

Diodo tiristoreen moduluen ezaugarriak eta abantailak

1. Potentzia Handia manipulatzeko Ahalmena:
   Tiristoreen moduluak potentzia-maila handiak maneiatzeko gai dira, potentzia kudeatzeko irtenbide sendo eta fidagarriak behar dituzten industria-aplikazioetarako egokiak bihurtuz.

2. Potentzia Kontrol eraginkorra:
   Tiristoreek karga bati emandako potentziaren kontrol zehatza eskaintzen dute. Atearen pultsuaren denbora kontrolatuz, transferitzen den potentzia-kopurua doitzea posible da, hori bereziki erabilgarria da AC potentzia kontrolatzeko aplikazioetan, hala nola argiak itzaltzeko edo motoreen abiadura kontrolatzeko.

3. Eroapen-galera baxuak:
   Guztiz piztuta dagoenean, tiristoreek aurrerako tentsio-jaitsiera baxuak dituzte, eroantzean potentzia-galera minimoak eraginez. Eraginkortasun honek funtzionamendu-tenperatura jaisten eta energia-eraginkortasuna hobetzen laguntzen du.

4. Eraikuntza malkartsua:
   Ingurune gogoretarako diseinatua, tiristoreen moduluek tentsio mekanikoa jasan dezaketen ontzi iraunkorrak dituzte, tenperatura gorabeherak, eta industria inguruneetan ohikoak diren beste ingurumen-faktore batzuk.

5. Diseinu trinkoa:
   Botere garrantzitsua kudeatzeko gaitasuna duten arren, Tiristoreen modulu modernoak trinkoak dira, Tamaina eta pisua funtsezkoak diren ekipoetan espazioa aurrezteko diseinuak ahalbidetzea.

6. Konponbide kostu-eraginkorra:
   Tiristoreen moduluek kommutazio eta kontrol funtzio indartsuak ezartzeko modu ekonomikoa eskaintzen dute teknologia alternatiboekin alderatuta, agian hain eraginkorrak ez direnak edo kudeatutako potentzia-unitate bakoitzeko gehiago kosta daitezkeenak..

7. Triggering Mekanismo sinplea:
   Tiristoreek ate-korronte txiki bat besterik ez dute behar pizteko, kontrol-zirkuituen diseinua errazten duena. Abiarazte-mekanismoa lehendik dauden sistemetan erraz integra daiteke osagai gehigarri minimoekin.

8. Aplikazio sorta zabala:
   Motor-kontroletik eta elikatze-iturritik soldadura-makinetara eta trakzio-sistemetaraino, tiristore-moduluek industria-espektro zabal batean aplikazioa aurkitzen dute beren ezaugarri polifazetikoengatik.

9. Gainkorrontearen babesa:
   Tiristoreen modulu asko korronte gehiegizko baldintzetatik babesteko funtzio integratuak dituzte, gailua bera eta konektatutako zamak balizko kalteetatik babestuz.

10. Aldaketa-abiadura azkarrak:
    Tiristoreen modulu aurreratuek egoera azkar alda dezakete, errendimendua kaltetu gabe erantzun denbora azkarrak edo maiz aldatzeko zikloak behar dituzten aplikazioetan onuragarria da.

(NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit)

Specification of NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit

The KBPC5010 is a conventional single-phase bridge rectifier. Lehendik dagoen biraketa bihurtzen du (AIR CONDITIONER) to direct present (DC). This part is new and original. It is available in a typical KBPC plan. The metal covering provides excellent thermal performance.

This diode bridge takes care of high power. Its optimal standard onward corrected present is 50 Ampereak. It can stand up to up to 1000 Volts peak reverse voltage per diode. This makes it appropriate for demanding circuits. The maximum ahead voltage decrease per diode is 1.1 Volts at 25 Ampereak. This worth is typical.

Running temperature range is necessary. The KBPC5010 functions from -55 °C to +150 °C. Its storage space temperature level array coincides. This makes sure dependability in numerous settings. Great thermal management is necessary. The element needs to be installed effectively. Usage thermal compound for finest warm transfer.

The bundle is small and robust. It features four threaded terminals. These terminals accept standard M6 screws. They provide safe electric connections. The general measurements are conventional for KBPC kinds. It measures about 33mm x 33mm x 14mm. The metal case serves as an electric insulator. It likewise efficiently dissipates warmth.

The KBPC5010 is extensively used. It powers commercial devices. It operates in power supplies. It drives electric motor controls. You discover it in welding makers. It runs in battery chargers. It operates in UPS systems. This part is trustworthy for AC/DC conversion. Its high current and voltage rankings are crucial advantages.

(NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit)

Applications of NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit

NOVA’s KBPC5010 bridge rectifier is a hard digital component. It transforms air conditioning power right into DC power effectively. This is crucial for many makers needing steady DC voltage. The KBPC5010 deals with big work. It takes care of as much as 50 amps of current. It likewise endures approximately 1000 volt. This strength makes it reputable sought after areas.

You discover these diodes inside power products for manufacturing facility equipment. They transform the wall electrical outlet a/c power into DC power the equipment makes use of. Motor controllers rely upon them as well. Smooth DC power is vital for specific motor rate control. Battery battery chargers utilize KBPC5010 diodes. They transform air conditioner power from the grid into DC power to charge batteries securely.

Industrial welding devices require durable rectifiers such as this. The KBPC5010 manages the hefty electrical lots welding creates. Power adapters for huge tools likewise utilize it. It supplies dependable conversion without failure. The solitary plan layout streamlines installment. You connect four diodes simultaneously saving room and circuitry time. This incorporated circuit strategy decreases setting up blunders.

This diode bridge functions well in harsh setups. It withstands heats and electrical noise usual in industrial environments. Its reliability stops device downtime. Upkeep teams choose parts like the KBPC5010. They last a long time under tough problems. Design engineers pick it for brand-new power systems. It uses proven performance without intricacy. The KBPC5010 provides the DC power devices need to run efficiently.

Enpresaren profila

PDDN Photoelectron Technology Co., SL.(sales@pddn.com) potentzia elektronikako teknologian eta potentzia produktuetan enpresa nagusietako bat da, eguzki-inbertsoreak garatzen guztiz parte hartzen duena， transformadoreak, tentsio-erreguladoreak, banaketa armairuak, tiristoreak， moduluak， diodoak， berogailuak, eta beste gailu elektroniko edo erdieroale batzuk. Erabiltzaileei kalitate handikoa eskaintzeko konpromisoa hartuko dugu, produktu eraginkorrak eta arreta zaindua.

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5 FAQs of NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit

What is the KBPC5010 bridge rectifier?
The KBPC5010 is a single-phase bridge rectifier. Korronte alternoa bihurtzen du (AC) korronte zuzenera (DC). It has four diodes in one block. This makes circuit design simpler.

What are the key features?
It handles up to 50 amps average forward current. Its peak repetitive reverse voltage is 1000 volt. The package is metal-cased for heat dissipation. It has standard KBPC mounting. This ensures easy installation on heat sinks.

Where is it commonly used?
Elikatze-iturrietan aurkitzen duzu. Industrial equipment uses it. Battery chargers need it. Welding machines rely on it. Any device converting AC power benefits from it.

How do I connect it correctly?
Labeled AC terminals connect to the transformer. Positive and negative DC terminals go to your circuit. Check the markings on the body. Wrong wiring damages components. Always use a heat sink.

What happens if I exceed ratings?
Overloading causes overheating. This shortens its life. Voltage spikes beyond 1000V may break it. Use safety margins. Match your circuit’s needs to its specs.

Why choose this model?
NOVA guarantees original parts. Counterfeit parts risk failure. This rectifier offers reliability. High current capacity suits heavy-duty uses. The design is industry-proven.

(NOVA New And Original Discrete Semiconductorb Diodes Bridge Rectifiers KBPC5010 Electronic Components Integrated Circuit)