Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module

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.

(Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module)

Specification of Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module

This Y76ZKC thyristor module handles phase control jobs. It’s built tough for demanding industrial power jobs. The module uses SCR (Ceartaiche fo smachd silicon) technology. This technology manages AC power flow precisely.

The key feature is its high voltage blocking ability. It handles voltages from 1100 volts up to 2000 bholta. This wide range covers many medium and high voltage setups. The peak repetitive voltage rating (VRRM/VDRM) confirms this blocking strength. You need this strength for reliable operation under stress.

It manages significant current too. The average on-state current (ITAV) is high. The RMS on-state current (ITRMS) is also substantial. These ratings mean it powers heavy loads effectively. Think big motor controllers or large power converters.

Heat management is critical for power parts. The Y76ZKC excels here. It has a very low thermal resistance from junction to case (Rthjc). This low resistance means heat escapes the silicon die fast. Good heat spreading protects the module. It prevents overheating during continuous heavy use. The module uses a press-pack housing. This housing ensures solid contact for cooling. Mounting it properly with force is vital. This force guarantees optimal heat transfer to the heatsink. Proper cooling directly affects performance and lifespan.

This module fits systems needing precise AC power control. It’s common in motor speed drives. It works well in industrial heating controls. You find it in power supplies for factories. It’s suitable for static switches managing large currents. It also works in power factor correction units. Its rugged build handles tough electrical settings. The high voltage and current specs make it versatile. The efficient thermal design ensures stability. Engineers trust it for core power switching tasks. It delivers control where high power meets precision.

(Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module)

Applications of Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module

This Y76ZKC Phase Control Thyristor Module is a robust SCR device. It handles heavy power. Its voltage rating spans 1100V to 2000V. This makes it very versatile. It controls AC power flow precisely. Industrial motor drives need this. The module manages large motor speeds reliably. It adjusts torque smoothly. This is vital for conveyors or heavy machinery.

Industrial heating systems use it widely. Think large ovens or furnaces. The thyristor regulates temperature accurately. It switches high currents for heating elements fast. This ensures consistent heat output. Energy waste drops significantly. Process stability improves.

Lighting control benefits too. Especially for big installations like stadiums or street lights. The module dims lights gradually. It handles sudden power surges well. Lamp life extends. Power consumption lowers.

Power supplies use this thyristor. It acts as a solid-state switch. It manages transformer tap changers. It provides soft-start functions. This protects equipment from inrush currents. Voltage regulation becomes more stable.

Chemical plants and steel mills need reliable power control. Harsh environments exist there. The Y76ZKC withstands these conditions. Its construction is rugged. Electrical noise immunity is high. Temperature variations cause fewer problems. System uptime increases.

Renewable energy systems integrate it. It manages power flow from sources like wind. It interfaces with the grid effectively. Power conversion efficiency stays high. Grid stability improves.

Semiconductor manufacturing equipment relies on precise power. This thyristor delivers it. It handles the demanding cycles. Process repeatability is essential. The module supports this need.

Welding machines use similar power control. Consistent arc performance matters. The Y76ZKC provides stable current output. Welding quality improves. Machine reliability gets better.

Its design focuses on easy integration. Mounting is straightforward. Cooling requirements are manageable. Electrical connections are clear. Maintenance needs are low. This reduces overall system costs. Operational simplicity is a key benefit.

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.

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Cumhachan stòraidh

1) Bùth ann an àrainneachd thioram aig teòthachd an t-seòmair.

2) Seachain taiseachd agus teòthachd àrd.

3) Cleachd sa bhad às deidh dhut am baga pacaidh a-staigh fhosgladh.

5 FAQs of Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module

What does the Y76ZKC thyristor module do?
This module controls heavy power. It acts like a fast switch for AC electricity. It handles big currents. It turns power on precisely during each AC cycle. This manages motor speed or light brightness.

What do the 1100-2000V ratings mean?
These numbers show the voltage it blocks safely. The module blocks at least 1100 bholta. Bidh e a 'làimhseachadh suas gu 2000 volts safely. Use the correct voltage rating for your circuit. This prevents damage.

Where is this thyristor module used?
It fits industrial jobs needing power control. Common uses are motor speed controllers. It works in large lighting systems. It powers big industrial heaters. It also fits some power supplies.

Why choose a module instead of separate parts?
The module packs everything together. It saves space on your circuit board. Connections inside are already done. This makes wiring simpler. It also cools better as one unit. Reliability improves.

What temperature can it handle?
Check the detailed datasheet. The module has strict temperature limits. Exceeding these limits causes failure. Proper cooling is absolutely necessary. Use heatsinks correctly. Ensure good airflow.

(Phase Control Thyristor Y76ZKC 1100-2000V SCR Thyristor Module)