Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04

Sealladh farsaing air Thyristor Fast Turn-Off (GTO)

Thyristor tionndaidh dheth luath, ris an canar mar as trice Gate Turn-Off Thyristor (GTO), Is e seòrsa de inneal semiconductor a th’ ann a dh’ fhaodar a thionndadh air is dheth leis a’ chomharra geata aige. Eu-coltach ri thyristors àbhaisteach, nach gabh a thionndadh ach le comharra geata agus a chuir dheth le bhith a’ lughdachadh an t-sruth a tha a’ sruthadh troimhe fo stairsneach sònraichte (cumail sruth), Faodar GTOn a chuir dheth gu gnìomhach le bhith a’ cur a-steach buille geata àicheil. Leigidh an comas seo smachd nas mionaidiche a thoirt air giùlan suidse an inneil.
Bithear a’ cleachdadh GTOn ann an tagraidhean àrd-chumhachd leithid draibhearan motair, solar cumhachd, agus inverters, far a bheil iad a’ comasachadh gluasad luath is smachd air sruthan mòra. Bidh iad ag obair aig sruthan agus bholtaids nas àirde na a’ mhòr-chuid de sheòrsan transistors eile, gan dèanamh freagarrach airson tagraidhean gnìomhachais agus malairteach trom-dhleastanas.

Feartan Thyristor Fast Turn-Off (GTO)

Comas Gnìomhach Turn-Off: Faodar a chuir dheth le bhith a’ cur a-steach buille geata àicheil, a’ toirt seachad smachd nas fheàrr air tionndadh.
Làimhseachadh cumhachd àrd: Comasach air ìrean àrda de chumhachd a riaghladh, le rangachadh gu tric nas àirde na ìrean thyristors àbhaisteach.
Tionndadh luath: Air a dhealbhadh airson amannan tionndaidh is tionndaidh luath, a’ comasachadh obrachadh èifeachdach ann an cuairtean tionndaidh cumhachd.
Comas gnàthach mòr: Comasach air sruthan cudromach a làimhseachadh, gan dèanamh air leth freagarrach airson tagraidhean a dh’ fheumas lìbhrigeadh cumhachd susbainteach.
Fulangas àrd bholtachd: Is urrainn seasamh ri bholtaids àrd, a’ cur ri cho earbsach sa tha iad ann an àrainneachdan dùbhlanach.
Teirm bholtachd ìosal air-stàite: A ’lughdachadh call cumhachd nuair a bhios tu a’ giùlan, a’ leasachadh èifeachdas iomlan.
Riatanasan Gate Drive: Feum air dealbhadh faiceallach de chuairtean dràibhidh geata gus dèanamh cinnteach à gnìomhachd tionndaidh is tionndaidh earbsach.
Cuairtean smachd iom-fhillte: Air sgàth gu bheil feum air an dà chuid buillean geata adhartach agus àicheil, faodaidh cuairteachadh smachd a bhith nas iom-fhillte an taca ri thyristors nas sìmplidh.
Cuairtean Snubber: Gu tric bidh feum air cuairtean snubber gus dìon an aghaidh spìcean bholtachd nuair a bhios tu ag atharrachadh.
Riaghladh Teirmeach: Tha sgaoileadh teas èifeachdach deatamach air sgàth na h-ìrean cumhachd àrd a tha na lùib.

(Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04)

Specification of Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04

The Fast Turn Off Thyristors P0366WC04A, P0366WC04B, P0366WC04C, P0366WC04D, and P214CH04 are high-performance semiconductor tools designed for fast changing in power electronics. These elements are maximized for applications requiring precise control, rapid turn-off times, and high reliability. Below are the key requirements and attributes of each design.

The P0366WC04 series (A, B, c, D) shares a typical style with incremental voltage ratings. All designs include a recurring top off-state voltage (VDRM) varying from 600V (P0366WC04A) to 1200V (P0366WC04D), dealing with diverse voltage needs. The RMS on-state existing (IT(RMS)) is 25A across the collection, with a maximum rise current of 300A. The turn-off time (tq) is exceptionally fast at 10– 15 miosgain, making sure reliable changing in high-frequency circuits. These thyristors run within a junction temperature level range of -40 °C gu +125 ° C and are housed in a TO-247 plan for durable thermal management.

The P214CH04 variant is customized for higher present applications, using an IT(RMS) of 40A and a VDRM of 800V. Its turn-off time is optimized to 8 split seconds, making it optimal for demanding industrial atmospheres. This version sustains a gateway trigger present (IGT) of 50mA and a holding existing (IH) of 200mA, making certain secure operation under varying lots. The P214CH04 additionally uses a TO-247 plan and consists of integrated security against voltage transients.

All versions feature low thermal resistance (0.5 ° C/W), making it possible for reliable warmth dissipation without external cooling in modest conditions. They are RoHS-compliant, lead-free, and compatible with automated assembly procedures. Applications consist of electric motor drives, solar cumhachd gun bhriseadh (UPS), commercial inverters, and energy conversion systems. These thyristors are engineered for durability, with a high dV/dt ranking to hold up against voltage spikes and decrease false triggering.

Ann an geàrr-chunntas, the P0366WC04 series gives scalable voltage alternatives for medium-power circuits, while the P214CH04 delivers boosted present capability for durable applications. Both lines integrate rapid switching, durable building and construction, and thermal efficiency, making them ideal for modern-day power electronics needing accuracy and dependability.

(Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04)

Applications of Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04

The Rapid Turn Off Thyristors (GTOs) in the P0366WC04A, P0366WC04B, P0366WC04C, P0366WC04D, and P214CH04 collection are sophisticated semiconductor tools crafted for high-power, high-frequency changing applications. These components incorporate quick turn-off capability, high voltage and present rankings, and durable thermal efficiency, making them suitable for demanding environments. Their exact control over changing operations makes sure performance and integrity in systems where power administration and timing are essential.

A primary application of these thyristors is in commercial electric motor drives, where they enable exact rate and torque control for heavy machinery. The P0366WC04 collection, with its fast recovery time, lessens power loss during switching, enhancing performance in manufacturing and automation systems. The P214CH04 variant matches these setups with its high surge present tolerance, making certain stability under vibrant lots.

In renewable energy systems, such as solar inverters and wind generator converters, the P0366WC04A-D versions stand out at transforming DC power to grid-compatible air conditioner. Their low switching losses optimize energy harvest, while the P214CH04’s rugged layout deals with voltage variations usual in sustainable installations. For traction systems in electrical trains and metros, both series give trusted power control, supporting smooth velocity and regenerative braking.

High-voltage direct present (HVDC) transmission systems take advantage of these thyristors for effective long-distance power transfer. The P0366WC04C and P0366WC04D, with their high blocking voltage capacity, make sure marginal power loss, while the P214CH04’s thermal strength keeps efficiency in high-stress problems. Medical imaging devices, such as MRI makers, benefits from the exact high-voltage pulse control offered by the P0366WC04B and P214CH04, allowing accurate diagnostics.

Furthermore, industrial power products and UPS systems utilize these thyristors for steady voltage law and fast fault reaction. The P0366WC04A and P214CH04 designs are especially matched for high-frequency switching in welding equipment and induction heating, where resilience and thermal administration are vital.

Created for durability, all variations feature advanced packaging for warm dissipation and electrical isolation, making certain trusted operation in extreme temperatures and rough conditions. Whether in power framework, transportation, health care, or heavy sector, the P0366WC04 and P214CH04 series deliver unparalleled efficiency, èifeachd, and adaptability for next-generation power electronics.

Pròifil companaidh

Luoyang Datang Energy Tech Co.Ltd(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 Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04

What are the primary applications of Fast Turn Off Thyristors like P0366WC04A, P214CH04, and their variants? These thyristors are designed for high-speed switching in power electronics, including motor drives, inverters, industrial power supplies, and pulse generators. Their fast turn-off capability ensures efficient control of high-voltage and high-current loads, reducing energy loss and improving system reliability in demanding environments.

What key features distinguish these thyristors? The P0366WC04 series (A/B/C/D) and P214CH04 models offer high voltage ratings (up to several kilovolts) and current handling capacities (hundreds of amps). They feature ultra-fast turn-off times (typically in microseconds), tuiteam bholtachd ìosal air adhart, and robust thermal performance. These traits make them suitable for high-frequency switching without compromising efficiency or heat dissipation.

How do the P0366WC04A, B, c, and D variants differ? The suffixes denote variations in voltage, gnàthach, or turn-off time specifications. For example, the P0366WC04A might have a higher voltage rating than the P0366WC04B, while the P0366WC04C/D could offer optimized turn-off speeds. The P214CH04 is a separate model with distinct ratings. Always consult the datasheet for exact parameters like peak reverse voltage, average current, and switching characteristics.

What thermal management is required for these thyristors? Proper heatsinking and thermal interface materials are critical. Ensure the junction temperature stays within the specified range (often -40°C to 125°C) using forced air cooling or liquid cooling in high-load scenarios. Overheating can degrade performance or cause failure.

Are these thyristors interchangeable or replaceable with other models? While the P0366WC04 series shares a similar design, electrical differences mean substitutions require careful validation. The P214CH04 has unique specs and may not be a direct replacement. Dearbhaich an bholtadh an-còmhnaidh, gnàthach, and switching parameters with the manufacturer’s guidelines to avoid compatibility issues or damage.

(Fast Turn Off Thyristors P0366WC04A P214CH04 P0366WC04B P214CH04 P0366WC04C P214CH04 P0366WC04D P214CH04)