Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8

Ro-ràdh do mhodalan Thyristor Diode

Modalan thyristor diode, Gu tric air ainmeachadh mar thyristors, Is e seòrsa de inneal semiconductor a th’ annta a thathas a’ cleachdadh gu sònraichte airson smachd a chumail air agus atharrachadh cumhachd dealain ann an diofar thagraidhean. Bidh iad ag obair mar suidsichean fo smachd, a’ leigeil le sruth sruthadh nuair a thèid a bhrosnachadh le comharra geata beag. Aon uair tionndadh air, bidh iad fhathast gan giùlan gus an tuit an sruth troimhe fo stairsneach sònraichte no gus an tèid stiùireadh an t-sruth a thionndadh air ais.

Mar as trice bidh modal thyristor air a dhèanamh suas de ioma thyristors air am pacadh còmhla gus sruthan no bholtachd nas àirde a làimhseachadh na dh’ fhaodadh aon phàirt a riaghladh. Gheibhear na modalan sin ann an grunn rèiteachaidhean, gabhail a-steach SCR (Ceartaiche fo smachd silicon), TRIAC, agus GTO (Tionndadh Geata dheth) luchd-turuis, gach fear air a dhealbhadh airson seòrsachan sònraichte de ghnìomhan smachd cumhachd.

Feartan agus Buannachdan Modalan Diode Thyristor

1. Àrd Cumhachd Làimhseachadh Comas:
   Tha modalan thyristor comasach air ìrean àrda de chumhachd a làimhseachadh, gan dèanamh freagarrach airson tagraidhean gnìomhachais a dh’ fheumas fuasglaidhean riaghlaidh cumhachd làidir agus earbsach.

2. Smachd cumhachd èifeachdach:
   Bidh thyristors a’ tabhann smachd mionaideach air a’ chumhachd a thèid a lìbhrigeadh do luchd. Le bhith a’ cumail smachd air àm a’ chuisle geata, tha e comasach an ìre de chumhachd a thèid a ghluasad atharrachadh, a tha gu sònraichte feumail ann an tagraidhean smachd cumhachd AC leithid solais lasachaidh no smachd astair air motaran.

3. Call giùlain ìosal:
   Nuair a bhios e làn, tha boinneagan bholtachd ìosal aig thyristors, mar thoradh air glè bheag de chall cumhachd rè giùlan. Tha an èifeachdas seo a’ cur ri teòthachd obrachaidh nas ìsle agus èifeachdas lùtha nas fheàrr.

4. Togail garbh:
   Dealbhaichte airson àrainneachdan cruaidh, Tha modalan thyristor a’ nochdadh pacadh seasmhach a sheasas ri cuideam meacanaigeach, caochlaidhean teòthachd, agus factaran àrainneachd eile a tha àbhaisteach ann an suidheachaidhean gnìomhachais.

5. Dealbhadh Compact:
   A dh'aindeoin an comas a bhith a 'làimhseachadh cumhachd cudromach, tha modalan thyristor an latha an-diugh dlùth, a’ comasachadh dhealbhaidhean sàbhalaidh àite ann an uidheamachd far a bheil meud agus cuideam nam prìomh bheachdachaidhean.

6. Fuasgladh cosg-èifeachdach:
   Tha modalan thyristor a’ toirt seachad dòigh eaconamach airson gnìomhan suidseadh is smachd cumhachdach a chuir an gnìomh an coimeas ri teicneòlasan eile a dh’ fhaodadh nach bi cho èifeachdach no a dh ’fhaodadh a bhith a’ cosg barrachd gach aonad cumhachd a thèid a làimhseachadh..

7. Inneal brosnachaidh sìmplidh:
   Chan fheum thyristors ach sruth geata beag airson tionndadh air, a tha a’ sìmpleachadh dealbhadh chuairtean smachd. Faodar an uidheamachd brosnachaidh a thoirt a-steach gu furasta anns na siostaman a th’ ann mar-thà le glè bheag de phàirtean a bharrachd.

8. Raon farsaing de thagraidhean:
   Bho smachd motair agus solar cumhachd gu innealan tàthaidh agus siostaman tarraing, Bidh modalan thyristor a’ lorg cleachdadh thar speactram farsaing de ghnìomhachasan air sgàth am feartan ioma-ghnìomhach.

9. Dìon Overcurrent:
   Bidh mòran de mhodalan thyristor a ’tighinn uidheamaichte le feartan dìon togte an aghaidh suidheachaidhean thar-shruth, dìon an dà chuid an inneal fhèin agus luchdan ceangailte bho mhilleadh a dh’ fhaodadh a bhith ann.

10. Luas tionndadh luath:
    Faodaidh modalan thyristor adhartach stàitean atharrachadh gu luath, a tha buannachdail ann an tagraidhean a dh’ fheumas amannan freagairt luath no cuairtean atharrachadh tric gun a bhith a’ toirt buaidh air coileanadh.

(Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8)

Specification of Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8

These three-phase rectifier bridge diode modules convert AC power to DC power. They handle high power levels in commercial tools. The PT76S16 model offers a peak repetitive reverse voltage of 1600V. Its average forward existing rating is 76A. This component holds up against high surge currents briefly. It operates reliably within a joint temperature variety from -40 °C gu +150 °C. Mounting utilizes a basic stud permanently warm transfer. The PT76S16A is similar to the PT76S16. Its essential specs suit: 1600V VRRM, 76A typical onward current. The thermal performance and placing equal. Use it where the PT76S16 fits. The PT76S12 offers a somewhat reduced voltage score. Its optimal repetitive reverse voltage is 1200V. The ordinary forward current remains 76A. Surge capacity and running temperatures correspond. Mounting utilizes the exact same stud kind. The PT100SN8 is a different module. It manages greater present. Its ordinary forward existing reaches 100A. The height repetitive reverse voltage is 800V. This suits applications needing more existing at lower voltages. Rise current tolerance is strong. Running junction temperature levels extend -40 °C gu +150 °C. Mounting is likewise using a stud. All modules make use of durable diode innovation. They make sure effective power conversion. Proper heatsinking is crucial for maximum efficiency. These units are constructed for demanding settings like electric motor drives, welders, agus solar cumhachd. They offer trusted rectification.

(Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8)

Applications of Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8

Three-phase rectifier bridge diode modules alter AC power to DC power. They are important for industrial devices. The PT76S16, PT76S16A, PT76S12, and PT100SN8 modules take care of high power reliably. They work in demanding settings. Electric motor drives require these components. Welding systems utilize them as well. Battery battery chargers depend upon their efficiency. Renewable resource setups profit significantly. Solar inverters transform power efficiently. Wind wind turbines call for steady DC result. These modules deliver that.

Manufacturing plants rely upon these rectifiers. Production lines remain functional. Power supplies remain stable. The components manage heavy loads. They withstand heat well. Voltage rises cause no damages. Lengthy life span reduces downtime. Maintenance expenses stay low. The compact style conserves room. Control board fit easily. Installation is easy. Designers conserve time.

The PT76S16 and PT76S16A fit medium to high power jobs. The PT76S12 fits reduced power needs. The PT100SN8 manages severe power levels. Each version meets specific demands. Efficiency is high. Power loss is very little. Operating budget reduce. System reliability improves. These components are practical remedies for contemporary power conversion.

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 Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8

What are these diode modules for? These modules convert three-phase AC power to DC power. They are used in industrial equipment like motor drives and power supplies. They handle high currents and voltages efficiently. They are reliable for heavy-duty applications.

What is the difference between PT76S16 and PT76S16A? Both modules share the same electrical specs. The PT76S16A has improved thermal performance. It can handle higher temperatures better. The physical size and pin layout are identical. Choose PT76S16A for hotter environments.

Dè an ìre bholtachd agus sruth a th’ ann? PT76S16 and PT76S16A handle 1600V and 76A. PT76S12 handles 1200V and 76A. PT100SN8 handles 800V and 100A. Always check your circuit requirements first. Match the module to your voltage and current needs.

How do I install these modules? Mount them firmly on a heat sink. Use thermal paste for better heat transfer. Connect AC wires to the input terminals. Connect DC wires to the output terminals. Tighten screws securely. Follow the datasheet wiring diagram exactly. Wrong wiring destroys the module.

What are the main benefits? They offer high efficiency with low power loss. Their compact design saves space. They withstand voltage surges well. Tha cumail suas sìmplidh. They work in tough conditions like factories. They last longer than single diodes.

(Three Phase Rectifier Bridge DIODE Module PT76S16 PT76S16A PT76S12 PT100SN8)