Semiconductor lùth tùsail 21ED21-05 SCR Thyristor Smachd ìre TRIAC airson ceartadairean 6500V airson tagraidhean inverter

Sealladh farsaing air Thyristor Smachd Ìre

Thyristor smachd ìre, gu tric air ainmeachadh mar triac no SCR (Ceartaiche fo smachd silicon) ann an cuid de thagraidhean, Is e inneal semiconductor a th ’ann a thathas a’ cleachdadh airson smachd a chumail air na tha de chumhachd air a lìbhrigeadh gu luchd le bhith ag atharrachadh a ’cheàrn ìre aig a bheil cead aig cruth tonn AC a ghiùlan. Canar smachd ceàrn ìre no dìreach smachd ìre air an dòigh smachd seo. Thathas a ’cleachdadh thyristors smachd ìre gu farsaing ann an grunn thagraidhean a dh’ fheumas riaghladh mionaideach air cumhachd dealain, leithid dimmers solais, smachdan astar motair, luchd-riaghlaidh teòthachd, agus tuilleadh.

Feartan Thyristor Smachd Ìre

Smachd ceàrn ìre: A’ ceadachadh a’ phuing giùlain atharrachadh taobh a-staigh gach leth-chearcall de chruth-tonn AC, a’ comasachadh smachd mionaideach air a’ chumhachd cuibheasach a thèid a lìbhrigeadh don luchd.

Àrd Èifeachdas: Ag obair le glè bheag de chall nuair a bhios tu a’ giùlan, toirt seachad smachd cumhachd èifeachdach.

Giùlan dà-thaobhach (Triacs): Airson tagraidhean AC, faodaidh triacs sruth a ghiùlan an dà thaobh, gan dèanamh freagarrach airson smachd làn-tonn air luchdan AC.

Giùlan Aon-stiùiridh (SCRs): Bidh SCRan a’ giùlan sruth ann an aon taobh a-mhàin agus mar as trice bidh iad air an cleachdadh airson smachd leth-tonn air luchdan AC no DC.

Toradh Geata: Bidh giùlan a’ tòiseachadh nuair a thèid sruth beag a chuir air ceann-uidhe a’ gheata, a’ ceadachadh smachd furasta air a’ phuing tionndaidh.

Latching an-dràsta: Aon uair 's gu bheil e air a bhrosnachadh, tha an thyristor a' leantainn air adhart a' giùlan gus an tuit an sruth troimhe fo ìre shònraichte ris an canar an sruth-gleidhidh.

Mothachadh Teòthachd: Faodaidh atharrachaidhean teothachd buaidh a thoirt air coileanadh, feum air beachdachadh air riaghladh teirmeach ann an dealbhadh.

Ìrean bholtachd agus gnàthach: Ri fhaighinn ann an raon farsaing de ìrean bholtachd is gnàthach gus freagairt air diofar fheumalachdan tagraidh.

Gineadh Fuaim: Is urrainn dha eadar-theachd electromagnetic a ghineadh (EMI), feumach air sìoladh ceart agus dìon ann an tagraidhean mothachail.

Innealan dìon: Gu tric bidh iad a’ toirt a-steach dìon togte an aghaidh overvoltage agus suidheachaidhean overcurrent gus an inneal agus na siostaman ceangailte a dhìon.

(Semiconductor lùth tùsail 21ED21-05 SCR Thyristor Smachd ìre TRIAC airson ceartadairean 6500V airson tagraidhean inverter)

Specification of Original Energy Semiconductor 21ED21-05 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

This Original Power Semiconductor 21ED21-05 is a durable SCR Thyristor TRIAC. It’s developed for requiring tasks. Particularly, it takes care of stage control inside high-power rectifiers. These rectifiers feed inverters. The target voltage is significant: 6500V applications. This part handles large currents reliably.

The core task is controlling a/c power flow. It does this exactly making use of phase control techniques. You readjust the factor where the tool turns on throughout the air conditioner cycle. This controls the power provided to the lots. It’s important for inverter inputs needing secure DC voltage. The 21ED21-05 succeeds below.

Its voltage score is important. It blocks up to 6500 bholta. This high rating suits industrial power systems. It stands up to the harsh conditions located in rectifier heaps. The existing handling is significant too. It handles the hefty tons regular in these configurations. Rise existing tolerance is strong. This safeguards versus abrupt power spikes.

The TRIAC design is essential. It conducts current in both instructions. This simplifies circuit layout for air conditioning control. You don’t require different SCRs. It incorporates the feature. Installment calls for proper thermal management. Make use of an appropriate heatsink. Mount it properly. Make certain excellent electrical insulation. Comply with the defined torque for placing equipment.

Reliability is key. This thyristor takes care of hard conditions. It uses steady efficiency gradually. This decreases upkeep requirements. It maintains important inverter systems running smoothly. Lasting procedure is its focus. Customers obtain regular power control.

(Semiconductor lùth tùsail 21ED21-05 SCR Thyristor Smachd ìre TRIAC airson ceartadairean 6500V airson tagraidhean inverter)

Applications of Original Energy Semiconductor 21ED21-05 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

The Original Power Semiconductor 21ED21-05 SCR Thyristor TRIAC offers essential phase control for demanding inverter applications. This component takes care of high voltages up to 6500V. It masters rectifier circuits within these inverters. Specific phase control manages the power circulation effectively. This is crucial for converting DC back to usable AC power.

Engineers pick the 21ED21-05 for its robust performance. The high 6500V ranking suits commercial power systems. It manages the significant electrical stresses usual in big inverters. Reliable stage control makes sure smooth inverter operation. This translates to secure air conditioner outcome for electric motors or other loads.

Its design focuses on toughness under hard problems. The thyristor framework takes care of high currents effectively. This minimizes power losses during the rectification procedure. Efficient thermal management stops getting too hot. This long-lasting reliability reduces upkeep requirements and downtime.

Utilizing the 21ED21-05 streamlines inverter layout. Its tested phase control capacity is a key advantage. Designers incorporate it into rectifier stages with confidence. It offers regular switching for exact power law. This stability is crucial for delicate equipment powered by the inverter.

The part withstands voltage surges common in power grids. This fundamental durability secures the inverter system. It contributes to general system safety and long life. Suppliers trust it for critical power conversion tasks. It fulfills the extensive needs of modern commercial applications.

Pròifil companaidh

Tha PDDN Photoelectron Technology Co., Earr.(reic@pddn.com) 'S e aon de na prìomh iomairtean ann an cumhachd eileagtronaigeach teicneòlas agus cumhachd bathar, a tha gu tur an sàs ann a bhith a’ leasachadh inverters grèine， cruth-atharraichean, riaghladairean bholtaids, cabinets sgaoilidh, luchd-turuis， modalan， diodes， luchd-teasachaidh, agus innealan dealanach eile no semiconductors. Bidh sinn dealasach a thaobh a bhith a’ toirt seachad luchd-cleachdaidh le càileachd àrd, toraidhean èifeachdach agus seirbheis mothachail.

Gabhaidh e ri pàigheadh ​​tro chairt creideas, T/T, Aonadh an Iar, agus Paypal. Cuiridh PDDN am bathar gu luchd-ceannach thall thairis tro FedEx, DHL, ri taobh na mara, no le adhair. If you want high-quality Original Energy Semiconductor 21ED21-05 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications, feuch an cuir thu fios thugainn; bidh sinn an seo gus do chuideachadh.

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Cumhachan stòraidh

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5 FAQs of Original Energy Semiconductor 21ED21-05 SCR Thyristor TRIAC Phase Control for 6500V Rectifiers for Inverter Applications

Seo iad 5 FAQs about the Original Energy Semiconductor 21ED21-05 SCR Thyristor TRIAC for 6500V Rectifiers in Inverter Applications:

What is the 21ED21-05 used for?
This component controls power flow in 6500V rectifiers. It manages phase angles in inverters. Inverters change DC to AC power. Industrial motor drives use this. Power supplies rely on it too.

What voltage does it handle?
Bidh e a 'làimhseachadh suas gu 6500 bholta. This high rating suits heavy-duty rectifiers. It blocks reverse voltage safely. The design prevents breakdowns.

Why choose it for inverters?
Precise phase control improves efficiency. It switches currents accurately. This reduces energy loss. Inverters run smoother. Stability increases overall.

Does it have protection features?
Tha. It tolerates overvoltage spikes. It withstands overcurrent surges. High-temperature operation is safe. Built-in ruggedness prevents failures.

Is it reliable in tough conditions?
Gu tur. Industrial environments demand durability. This thyristor resists vibration. Dust and heat don’t affect it. Long-term performance is proven.

(Semiconductor lùth tùsail 21ED21-05 SCR Thyristor Smachd ìre TRIAC airson ceartadairean 6500V airson tagraidhean inverter)