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Ikhaya Ibhulogi I-MCC500-16IO1: Umhlahlandlela wakho kumamojula wamandla aphezulu wamanje

I-MCC500-16IO1: Umhlahlandlela wakho kumamojula wamandla aphezulu wamanje
2025-04-02 186

I-MCC500-16io1 iyimodyuli eqinile ye-thyristor ehlala e-Ixys, eyenzelwe izinhlelo zokusebenza ezinamandla amakhulu afana nokulawulwa kwezimoto, abaguquli bamandla kanye nemishini yokushiswa.Ngamandla okuphatha kuze kube ngu-1600 v no-500 a, inikeza ukusebenza okuthembekile ezimeni ezinzima.Yize imodyuli ingaseyona ekhiqizweni, isatholakala ukuthi ithengwe, ukuqinisekisa ukusekelwa kwezinhlelo ezikhona.Lo mbhalo uzomboza izici, izinhlelo zokusebenza, kanye nezinye izindlela ze-MCC500-16io1.

Namabhuku

MCC500-16IO1.jpg

I-MCC500-16IO1 Overview

Le khasi Mcc500-16io1 Ingabe imodyuli eqinile ye-thyristor eqinile evela kuma-ixys, enzelwe ukufunwa kwezicelo ezifunwa kakhulu lapho kulawulwa khona ukulungiswa nokushintsha okusebenzayo kuyadingeka.Imodyuli ngayinye yakhiwa ngama-Jeyristiya amabili elungiselelweni elijwayelekile le-Conthode, enzelwe ukuphatha imithwalo kagesi efanelekile ngempumelelo.Ifaka i-reptitive peak voltage (vIdre) ka-1600 v futhi ingaphatha isilinganiso esiphakathi nendawo (iItav) ka-500 a ekushiseni kwecala ka-89 ° C.Idivayisi iyakwazi ukukhuthazelela ukuhlinzwa okuphezulu okuphindwayo okuphezulu (iTsm) ka-16.5 ka, kufanelekile izinhlelo zokusebenza ezidinga amandla aphezulu nokwethembeka.

Yize i-MCC500-16io1 imakwe njengephelelwe yisikhathi, ihlala itholakala ngewebhusayithi yethu, iqinisekise ukusekelwa kwama-setups akhona adinga ukushintshwa noma izidingo ezithile zomklamo.Kulabo abanentshisekelo yokuhlola okuningi ngale module ye-thristor noma ukwenza ukuthenga, sicela uxhumane nathi namhlanje ukuvikela isidingo sakho ngenkathi izinto zokuthenga.

Izici ze-MCC500-16IO1

Ama-Thyristors Dual Thyristors - Abafowethu ababili bama-thyristors kuyunithi elilodwa, besebenzisa ukwakheka okujwayelekile kweKathode.

Iphatha i-voltage ephezulu - Ungaphatha kuze kube yi-1600 volts ngaphandle kokudiliza phansi.

Ithwala kanzima yamanje - Usekela ama-amps angama-500 ngokuqhubekayo emazingeni okushisa aphezulu.

Ukuvikelwa Kokuhlinzwa - Iyakwazi ukuphatha ukuqhuma okufushane kuze kufike ku-16 500 Amps ngama-millilisecond ayi-10.

Ukwakha okuqinile - Iza nge-compact, chassis-Mount Case (WC-500) yokufaka okulula nokulawulwa kokushisa okuhle.

Kulula ukudala - Isebenza ngezimpawu zesango ezifika kuma-3 volts nama-milliamps angama-300.

Uhlala lapho edingeka - Idinga kuphela i-1 amp kuphela ukuze uhlale uqhuba ngesikhathi sokusebenza.

Yakhelwe izimo ezinzima - Ithembekile emandleni aphezulu kanye nezindawo eziphakeme zokushisa.

Izicelo ze-MCC500-16IO1

I-AC ne-DC motor control - Isetshenziswa kuma-drives aguqukayo aguqukayo kanye neziqalo ezithambile zemoto yezimboni.

Abaguquli bamandla - Ilungele ama-repifiers alawulwayo kanye nabaguquli abalawulwa ngesigaba.

Imishini yokushiswa - Inikeza ukushintsha okuthembekile nokuphathwa kwamanje kuma-welders asebenza kanzima.

Amashaja webhethri - Ilungele izinhlelo eziphezulu zokushaja kwebhethri ezimboni.

Amasistimu wokulawula i-HET - Isiza ukulawula amandla ezinhlelweni ezinkulu zikagesi zokufudumeza ngogesi.

Ukuhlinzekwa kwamandla okungaphazanyiswa (phezulu) - Usekela ukushintshwa okuthembekile ezinhlelweni zamandla ezipele.

Amandla Amandla Wezimboni - Isetshenziswa ezinhlelweni zamandla zamanje, eziphakeme zamandla wamafektri kanye ne-automation.

Amanye ezinye izindlela ze-MCC500-16IO1

• I-ASMCC500-16-IO1

• Skkt-570-16-e

• MCC312-16io1

I-MCC500-16io1 Ukucaciswa kukagesi

Ipharameter Isifanekiselo Thanda Izimo
Ukuphindaphindwa okuphindaphindwa kwamandla kagesi VIdre / VRrm 1600 v Tj = 125 ° C
Isilinganiso esisesimweni samanje se-thyristor MinaT (av) 500 a TC = 89 ° C
I-RMS On-State yamanje MinaT (RMS) 1294 a TC = 55 ° C
Ukuhlinzwa (okungaphindi okuphindaphindiwe) ku-State yamanje MinaTsm 16.5 ka t = 10 ms, Half-sine, tj = 25 ° C
Inani le-I²t lokuhlekisa I²T 1358 kava t = 10 ms
I-Peak Gate Trigger yamanje MinaI-gt 300 ma Tj = 25 ° C
I-Peak Gate Trigger Voltage VI-gt 3.0 V Tj = 25 ° C
Ukubamba okwamanje MinaH < 1 A Tj = 25 ° C
I-DV / DT ebalulekile (DV / DT)c I-1000 v / μs Tj = 125 ° C
Ukwehla kwe-voltage ye-state VH I-1.04 v (yp), 1.20 v (max) MinaT = 1575 a, tj = 25 ° C

Mcc500-16io1 okushisayo kanye nezimpawu zomshini

Ipharameter Isifanekiselo Thanda Imibandela / Amanothi
Ukumelana ne-Thermal-to-Case (nge-thyristor) UmI-THJC 0.062 K / W -
I-Case-to-HeatSink Ukumelana nokushisa okushisayo (ngemodyuli ngayinye) Umthck 0.02 k / w Ngokugcoba amafutha
Ukushisa okuphezulu kwe-junction Tj -40 ° C kuya ku- + 125 ° C -
Ibanga lokushisa lokushisa Tisitshepho -40 ° C kuya ku-150 ° C -
I-torque ekhuphukayo - ukuphela okuyinhloko - 6 nm M8 isikulufa nge-washer yasentwasahlobo
Torque ekhuphukayo - izikulufo ezikhuphukayo - 6 nm M6 isikulufa nge-washer yasentwasahlobo
Isisindo - Approx.1.5 kg -
Ubukhulu (l × w × h) - Approx.I-150 mm × 60 mm × 52 mm Kubandakanya i-BasePlate Nezindlu
Indlela yokupholisa - I-HeatSink (iphoqelelwe noma yemvelo) Kuncike ekuklameni okushisayo

I-MCC500-16IO1, ASMCC500-16-IO1 ne-MCC312-16IO1 ukuqhathanisa

Ubuso
Mcc500-16io1 I-ASMCC500-16-IO1 MCC312-16io1
Umenzi I-ixys Njengoba i-Energie ™ (Epfarements) I-ixys
Isilinganiso samanje (iItavIsihlehlukene 500 a 500 a 312 a
I-Peak Voltage (VIdreIsihlehlukene 1600 v 1600 v 1600 v
Surge yamanje (iTsmIsihlehlukene 16.5 ka 16.5 Ka (okufanayo) 8.3 ka
Ukumisa Dual Thristor, Callode Commor Cathode Ukucushwa okufanayo Dual Thristor, Callode Commor Cathode
Uhlobo lwephakheji Wc-500 I-WC-500 (Iyahambisana) I-WC-Type (incane)
Isikhundla -Ngasaphathwa Kutholakala (esikhundleni se-Drop-in) -Khuthele
Ukulingana kwesicelo Ukusetshenziswa Okuphezulu Kwezimboni Ukufakwa esikhundleni kwe-MCC500-16io1 Izicelo eziphakathi nendawo

I-MCC500-16IO1 ADVANTATHERAGES kanye nobunzima

Izinzuzo:

- Usekela kuze kufike ku-500 a, okwenza kulungele ukusetshenziswa kwezimboni ezisindayo.

- Umelana ne-16.5 ka Sperge Shesha yamanje, ukuvikela amasistimu ngesikhathi samandla we-Power Spikes.

- Kukalwe ngo-1600 v, ilungele izinhlelo zokusebenza eziphezulu zamandla.

- Yenza lula ukwakheka kwesifunda futhi kusindisa isikhala sebhodi.

- Easy ukufaka ukusebenza okuhle okushisayo endaweni ehlanganisiwe yonyawo.

- Yakhelwe ukwenza ngokufunwa kwezindawo ezishisayo nezikagesi.

Okubi:

- Akusekho ekukhiqizweni ngama-ixys, okwenza ukutholakala kukhawulelwe esitokisini noma ezimakethe zesibili.

- Kudinga kuze kufike ku-300 Ma ukuze avukele, engafuna okuningi kusuka kumasekhethi e-Gate Drive.

- Kungaba yi-bulkier ukwedlula okusha, ukwakheka okuhlangene okunezilinganiso ezifanayo.

- Ukucushwa okuhleliwe kungenzeka kungafaneleki ukwakheka okwenziwe ngokwezifiso noma kwanamuhla.

Umdwebo we-MCC500-16IO1

MCC500-16IO1 outline drawing.jpg

Umdwebo owumele wemodyuli kagesi ye-MCC500-16IO1 uhlinzeka ngolwazi oluyisisekelo mayelana nobukhulu obubonakalayo, ukucushwa okufakwayo, kanye nokuhlelwa kwesithangami sedivayisi.Ukubuka okuphezulu kugcizelela ama-terminals amathathu aphambili abhalwe ngo-1, 2, no-3, okuvame ukuhambisana nokuxhumeka kukagesi kwemodyuli yamandla.Isikhala phakathi kwama-terminals sikhonjiswe ngokucacile, ngebanga lesikhungo-ukuya enkabeni esingu-112 mm phakathi kwama-terminals 1 no-3. Izimbobo ezikhuphukayo zibekwe kuwo wonke amakhona amane, okuvumela ukufakwa okuphephile ku-Heatsink noma Panel.Lezi zimbobo zilinganiswa ngama-bolts we-m10, ziqinisekisa ukuqina kwemishini.

Ukubuka okuhlangenwe nakho okubonisa ukuphakama okuphelele kwemodyuli, okucishe kube ngu-62 mm, futhi kuqinisekisa ukuba khona kwezikhungo ezihlanganisiwe ngaphezulu kokuxhunyaniswa kagesi.Umdwebo ukhombisa nobude obuyisisekelo se-150 mm kanye nokuphakama okuphakeme kwe-4 mm ezansi, okusiza ngokuxhumana okushisayo kanye nokuqondanisa okulandelanayo.

Ukubuka kokuphela kuhlinzeka ngokubheka ama-terminals okulawula, okulebula k no-G, okuvame ukusetshenziselwa amasignali wesango kanye namamojula wokulawula ama-IGBT.Ngokubambisana, le mibono iqinisekisa ukuthi ingakwazi ukuhlanganisa ngokuzethemba kwe-MCC500-16io1 kwimiklamo yakho ngokufaka izidingo zayo zonyawo kanye nezidingo zayo ezibonakalayo.

I-MCC500-16IO1 Umdwebo Wangaphakathi Wokujikeleza

MCC500-16IO1 internal circuit diagram.jpg

Umdwebo wesekethe wangaphakathi we-MCC500-16io1 ukhombisa ukucushwa kwawo njengemodyuli ye-Dual-Diode.Ama-terminals 1 no-2 amele ama-cathrode ama-diode amabili wamandla, ngenkathi i-terminal 3 yi-anode eyabiwe.Lesi sakhiwo esijwayelekile seKathrode sivumela ukuthi i-Impiyutha igeleze kusuka ku-terminal 3 kuya kuma-terminals 1 no-2 ngokusebenzisa ama-diodes, ukuhlinzeka ngokulungiswa ngezicelo eziphezulu.Ama-terminals amancane anezinombolo (4, 5, 6, no-7) ukuxhumana okusizayo noma okuzwakalayo, okuvame ukusetshenziselwa ukuqapha noma amanethiwekhi we-snibber.

Umdwebo futhi ukhombisa ukuthi ama-terminals 6 no-7 xhuma ngaphakathi ku-maphakathi phakathi kwama-diode amabili, okubonisa ukuthi kungenzeka kube khona amaphuzu kampompi wokuzwa okushisayo noma kwe-volutage ukuzwela.Lokhu kusethwa kuvame emabhulokini e-Industrial Rexigier, lapho imodyuli isetshenziswa kubaguquli bamandla, ama-inverters, noma ukushayela kwezimoto.Isakhiwo sangaphakathi sigcizelela ukusebenza kahle okuphezulu nokuhlanganiswa okuhlanganisiwe ngokuhlanganisa ama-diode amabili aphezulu aphezulu kwiphakheji elilodwa ngamaphoyinti wokuqapha atholakalayo.

Umkhiqizi we-MCC500-16IO1

I-Ixys Corporation yayingumkhiqizi owaziwayo wama-semiconductor wamandla kanye namasekethe ahlanganisiwe, abhekane nemikhiqizo efana ne-thyristers, ama-igbts, amamaki wezokwelapha, ezokwelashwa, kanye nezimakethe zezokwelapha.Yasungulwa ngo-1983 futhi yabhekelwa eCalifornia, ama-Ixys athole idumela lokuhlinzeka nge-Power Solutions esebenza kahle eklanyelwe ukuthuthukisa ukusetshenziswa kwamandla ekushintsheni nasemasuni wokuguqula amandla.Le nkampani yagxila ezingxenyeni ezithembekile, ezimanzi ezisetshenziswayo ezisetshenziswa ekudleni kwezimoto, ama-inverters elanga, amasistimu we-UPS, nezinye izinhlelo zokusebenza ezinamandla aphezulu.Ngo-2018, ama-Ixys atholwe yiLatlfAse, Inc., eyandisa ukufinyeleleka kwayo emhlabeni jikelele kanye neminikelo yomkhiqizo ngaphansi komkhiqizo we-latted.

Ukugcina

I-MCC500-16io1 iyindlela eqinile futhi ethembekile yezinhlelo zokusebenza ezinamandla, yize manje sekuphele.Iyaqhubeka nokusebenza ezinhlelweni ezidinga ukushintshwa noma ukuthuthukiswa.Ngenkathi ezinye izindlela ezintsha zitholakala, le module isanikeza inani elikhulu.Xhumana nathi namuhla ukuthola ikhambi elihle kakhulu ngezidingo zakho.

Datasheet pdf

Ama-datasheedi e-MCC500-16IO1:

I-1.MCC500-16IO1.PDF
MAYELANA NATHI Ukwaneliseka kwamakhasimende ngaso sonke isikhathi.Ukwethembana kanye nezintshisakalo ezivamile. I-ARIAT Tech isungule ubudlelwano besikhathi eside nobuzinzile nabakhiqizi abaningi nabenzeli. "Ukuphatha amakhasimende ngezinto zokwakha zangempela nokuthatha insizakalo njengezinkinga", yonke ikhwalithi izohlolwa ngaphandle kwezinkinga futhi idluliselwe uchwepheshe
Ukuhlolwa komsebenzi.Imikhiqizo ephakeme kakhulu esebenza kabi futhi insizakalo engcono kakhulu ukuzibophezela kwethu kwaphakade.

imibuzo ejwayelekile ukubuzwa [FAQ]

1. Kuyini ukucushwa okufakwayo kwe-MCC500-16io1?

Imodyuli ifaka iphakethe le-Chassis-Mount (WC-500) ngezimbobo ezikhuphukayo ze-M10 Bolts, ilungele ukufakwa okuphephile ku-Heatsink noma Panel.

2. Isebenza kanjani i-MCC500-13IO1's Diode?

Imodyuli iqukethe ama-Jeristors amabili elungiselelweni le-cathode elijwayelekile, avumela ukuphathwa kwemithwalo kagesi efanelekile ngokulungiswa okulawulwayo.

3. Ngabe i-MCC500-16io1 ibhekele izindawo eziphakeme zokushisa?

Yebo, imodyuli yenzelwe ukusebenza ezindaweni ezinobubanzi bokushisa obungu-40 ° C kuya ku- + 125 ° C.

4. Iyiphi indlela yokupholisa i-MCC500-16io1 idinga?

Imodyuli idinga i-heatsink yokupholisa, noma iphoqelelwe noma yemvelo, kuya ngokwakheka okushisayo kohlelo.

5. Iyini inhloso yama-terminals alawulayo k no g ku-MCC500-16io1?

Ama-terminals we-K ne-G asetshenziselwa amasignali wokulawula amasango namamojula we-IGBT, avumela ukuthuthuka nokuqapha.

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