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imikhiqizo

STF13N80K5 Trans MOSFET N-CH 800V 12A 3-Pin(3+Tab) TO-220FP Tube

incazelo emfushane:

Amandla we-STF13N80K5 MOSFETde anamandla asetshenziswa kakhulu angama-35,000 mW.Ukuqinisekisa ukuthi izingxenye azilinyazwa ukupakishwa kwenqwaba, isebenzisa ukupakishwa kwe-tubular, okwengeza ukuvikelwa okuncane ngokugcina izingxenye ezivulekile kumashubhu angaphandle.I-transistor ingashintsha kalula futhi ngokushesha phakathi kwamasignali ahlukene kagesi.Idivayisi isebenzisa ubuchwepheshe be-super mesh.I-transistor ye-MOSFET isebenza ebangeni lokushisa -55°C kuya ku-150°C.


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izimfanelo Zomkhiqizo

I-EU RoHS

Ithobelana Nokukhululwa

I-ECCN (US)

I-EAR99

Isimo Sengxenye

Iyasebenza

I-HTS

8541.29.00.95

I-SVHC

Yebo

I-SVHC Yeqa I-Threshold

Yebo

Ezezimoto

No

I-PPAP

No

Isigaba somkhiqizo

Amandla MOSFET

Ukucushwa

Awushadile

Ubuchwepheshe Benqubo

I-SuperMESH

Imodi yesiteshi

Ukuthuthukisa

Uhlobo Lwesiteshi

N

Inombolo Yezinto Nge-Chip ngayinye

1

I-Maximum Drain Source Voltage (V)

800

I-Maximum Gate Source Voltage (V)

±30

I-Maximum Gate Threshold Voltage (V)

5

Izinga lokushisa le-Operating Junction (°C)

- 55 kuya ku-150

I-Maximum Continuous Drin Current (A)

12

Umthombo Wesango Eliphezulu Lokuvuza Kwamanje (nA)

10000

I-IDSS enkulu (uA)

1

I-Maximum Drain Source Resistance (mOhm)

450@10V

Inkokhelo Yesango Ejwayelekile @ Vgs (nC)

27@10V

Ukushaja Kwesango Okujwayelekile @ 10V (nC)

27

Amandla Okufaka Ajwayelekile @ Vds (pF)

870@100V

Ukukhipha Amandla Okukhulu (mW)

35000

Isikhathi Esijwayelekile Sokuwa (ns)

16

Isikhathi Esijwayelekile Sokuvuka (ns)

16

Isikhathi Esijwayelekile Sokubambezeleka Kokuvala (ns)

42

Isikhathi Esivamile Sokulibala Sokuvula (ns)

16

Izinga Lokushisa Eliphansi Lokusebenza (°C)

-55

Izinga Lokushisa Eziphezulu Ezisebenzayo (°C)

150

Supplier Temperature Grade

Izimboni

Ukupakisha

Ithubhu

I-Maximum Positive Gate Source Voltage (V)

30

I-Maximum Diode Forward Voltage (V)

1.5

Ukukhweza

NgeHole

Ukuphakama Kwephakheji

16.4(Ubukhulu)

Ububanzi Bephakheji

4.6(Ubukhulu)

Ubude Bephakheji

10.4(Ubukhulu)

I-PCB ishintshile

3

Ithebhu

Ithebhu

Igama Lephakheji Elijwayelekile

TO

Iphakheji Lomhlinzeki

TO-220FP

I-Pin Bala

3

Umumo Wokuhola

NgeHole

isingeniso

Ishubhu lomphumela wensimu yi-idivayisi kagesiesetshenziselwa ukulawula nokulawula amandla amanje kusekethe kagesi.Kuyi-triode encane enenzuzo ephezulu kakhulu yamanje.Ama-Fets asetshenziswe kabanzi kumasekethe kagesi, njengei-amplifier yamandla, Isifunda se-amplifier, umjikelezo wesihlungi,ukushintsha isifundanjalo njalo.

Umgomo we-tube yomphumela wensimu umphumela wensimu, okuwumcimbi kagesi obhekisela kwezinye izinto ze-semiconductor, njenge-silicon, ngemva kokusetshenziswa kwensimu kagesi esetshenzisiwe, umsebenzi wama-electron awo uthuthukiswa kakhulu, ngaleyo ndlela ushintsha indlela yokuqhuba. izakhiwo.Ngakho-ke, uma i-electric insimu isetshenziswa ebusweni bempahla ye-semiconductor, izakhiwo zayo zokuqhuba zingalawulwa, ukuze kuzuzwe inhloso yokulawula yamanje.

Amafethi ahlukaniswe abe amafethi ohlobo lwe-N kanye nohlobo lwe-P.Amafethi ohlobo lwe-N enziwe ngezinto ze-semiconductor zohlobo lwe-N ezine-conductivity ephezulu eya phambili kanye ne-low reverse conductivity.Amafethi ohlobo lwe-P enziwe ngezinto ze-semiconductor zohlobo lwe-P ezine-conductivity ephezulu ehlehlayo kanye ne-conductivity eya phambili ephansi.Ishubhu yomthelela wensimu eyakhiwe ngeshubhu yomphumela wensimu yohlobo lwe-N kanye neshubhu yomphumela wensimu yohlobo lwe-P ingabona ukulawula kwamanje.

Isici esiyinhloko se-FET ukuthi inenzuzo ephezulu yamanje, elungele imvamisa ephezulu kanye namasekhethi azwela kakhulu, futhi inezici zomsindo ophansi nomsindo wokusika kancane.Iphinde ibe nezinzuzo zokusebenzisa amandla aphansi, ukuchithwa kokushisa okuphansi, ukuzinza nokuthembeka, futhi iyisici sokulawula samanje esifanelekile.

Ama-Fets asebenza ngendlela efanayo nama-triode ajwayelekile, kodwa ngenzuzo ephezulu yamanje.Isifunda sayo esisebenzayo ngokuvamile sihlukaniswe izingxenye ezintathu: umthombo, ukukhishwa kanye nokulawula.Umthombo nokukhipha amanzi kwakha indlela yamanje, kuyilapho isigxobo sokulawula silawula ukugeleza komsinga.Lapho i-voltage isetshenziswa esigxotsheni sokulawula, ukugeleza kwamanje kungalawulwa, ukuze kufezwe injongo yokulawula yamanje.

Kuzinhlelo zokusebenza ezingokoqobo, ama-Fets avame ukusetshenziswa kumasekhethi aphezulu, njengama-amplifiers, amasekhethi okuhlunga, ama-switching circuits, njll. Isibonelo, kuma-amplifiers amandla, ama-Fets angakwazi ukukhulisa amandla okufakwayo, ngaleyo ndlela akhulise amandla okukhipha;Kumjikelezo wesihlungi, ishubhu yomphumela wensimu ingahlunga umsindo kusekethe.Kumjikelezo wokushintsha, i-FET ingabona umsebenzi wokushintsha.

Ngokuvamile, ama-Fets ayingxenye ebalulekile ye-elekthronikhi futhi asetshenziswa kakhulu kumasekethe kagesi.Inezici zenzuzo ephezulu yamanje, ukusetshenziswa kwamandla okuphansi, ukuzinza nokuthembeka, futhi iyisici sokulawula samanje esifanelekile


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