I-DC-DC high-power booster module 600W i-voltage engaguquki yamanje voltage yemoto yamanje elawulwa ukushaja kwelanga 12-80V

Amapharamitha emojuli:
Igama lemojuli: 600W booster module yamanje njalo
Izakhiwo Zemojuli: I-BOOST Module Engahlukanisiwe (BOOST)
I-voltage yokufaka: Izigaba ezimbili zamandla kagesi okufakwayo azikhethelwa (kukhethwe yi-jumper ebhodini)
1, 8-16V okokufaka (ochungechungeni oluthathu lwezinhlelo zokusebenza zebhethri ze-lithium ne-12V) Kulesi simo sokufaka, ungafaki i-overvoltage input, ngaphandle kwalokho izoshisa i-module !!
2, 12-60V uhla oluzenzakalelayo lwefekthri yokufaka (yezinhlelo zokusebenza zebanga le-voltage ebanzi yokufaka)
Okokufaka kwamanje: 16A (MAX) Ngaphezu kuka-10A sicela uqinise ukunqanyulwa kokushisa
Ukusebenza kwamanje: 15mA(uma i-12V iye ku-20V, ukuphakama kwe-voltage ephumayo, i-static current izokwanda)
I-voltage ephumayo: 12-80V eguquguqukayo eqhubekayo (okukhiphayo okuzenzakalelayo 19V, uma udinga enye i-voltage sicela uchazele umninisitolo. I-12-80V I-Fixed output (kumakhasimende evolumu ye-Pi)
Okukhiphayo kwamanje: 12A MAX ngaphezu kwe-10A, sicela uqinise ukuchithwa kokushisa (okuhlobene nomehluko wokufaka nokucindezela okukhiphayo, umehluko omkhulu wengcindezi, omncane ophumayo wamanje)
Ibanga lamanje eliqhubekayo: 0.1-12A
Amandla okukhiphayo: = I-voltage yokufaka *10A, njengalokhu: okokufaka 12V*10A=120W, okokufaka 24V*10A=240W,
Faka 36V x 10A=360W, 48V x 10A=480W, kanye 60V x 10A=600W
Uma udinga amandla engeziwe, ungasebenzisa amamojula amabili ngokuhambisana, njengokuphuma ku-15A, ungasebenzisa amamojula amabili ngokuhambisana, okwamanje kwemojula ngayinye ku-8A kungalungiswa.
Izinga lokushisa elisebenzayo: -40~+85 degrees (sicela uqinise ukunqanyulwa kokushisa lapho izinga lokushisa lendawo liphezulu kakhulu)
Imvamisa yokusebenza: 150KHz
Ukusebenza kahle kokuguqulwa: Z ephezulu 95% (ukusebenza kahle kuhlobene nokokufaka, i-voltage ephumayo, yamanje, umehluko wengcindezi)
Ukuvikela okudlulele: Yebo (faka ngaphezu kuka-17A, yehlisa ngokuzenzakalelayo i-voltage ephumayo, kunohlu oluthile lwamaphutha.)
Ukuvikelwa kwesekethe emfushane: kukhona (i-fuse engu-20A yokokufaka) ukuvikelwa kwesekethe emfushane kabili, ukusetshenziswa okuphephile.
Ukuvikelwa kokuhlehlayo kokokufaka: akukho (sicela ufake i-diode uma kudingeka)
Okukhiphayo ukushaja okuphambene nokuhlehla: Yebo, akudingekile ukwengeza ama-anti-reverse diode uma ushaja.
Indlela yokukhweza: 2 3mm izikulufu
Imodi yocingo: Akukho okuphumayo kwe-welding kumatheminali ezintambo
Usayizi wemojula: ubude 76mm ububanzi 60mm ukuphakama 56mm
Isisindo semojuli: 205g

Ububanzi besicelo:
I-1, i-DIY ukunikezwa kwamandla okulawulwayo, okokufaka okungu-12V kungaba, okukhiphayo kungaba ngu-12-80V okulungiswayo.
2, sebenzisa imishini yakho ye-elekthronikhi, ungasetha inani eliphumayo ngokuya nge-voltage yesistimu yakho.
3, njengogesi wemoto, wekhompuyutha ephathekayo yakho, i-PDA noma ukunikezwa kwamandla kwemikhiqizo ehlukahlukene yedijithali.
I-4, i-DIY ibhuku lokubhalela lamandla aphezulu amandla eselula: ifakwe umthamo omkhulu webhethri we-12V we-lithium, ukuze incwadi yakho yokubhalela ikwazi ukukhanyiswa nomaphi lapho iya khona.
5, solar panel voltage regulation.
6. Shaja amabhethri, amabhethri e-lithium, njll.
7. Shayela izibani ze-LED ezinamandla amakhulu.

Imiyalo yokusebenza:

Okokuqala, ukukhethwa kobubanzi be-voltage okokufaka: okuzenzakalelayo kwefekthri kungu-12-60V okokufaka, uma usebenzisa ibhethri engu-12V noma emithathu, uchungechunge olune lwebhethri ye-lithium, ungasebenzisa i-jumper cap short, khetha okokufaka kwe-9-16V.

Okwesibili, indlela yokulawula yamanje yokuphumayo:

1, Lungisa i-potentiometer ye-CV, ngokuya ngebhethri lakho noma i-LED, setha i-voltage ephumayo enanini le-voltage oyidingayo. Isibonelo, i-voltage ye-LED enezintambo ezingu-10 ilungiswa ku-37V, futhi ibhethri yezintambo ezine ilungiswa ku-55V.

2, ngokuphikisana newashi setha i-CC potentiometer cishe amajika angama-30, setha okukhiphayo kube ngu-Z omncane, xhuma i-LED, lungisa i-CC potentiometer ibe yamanje oyidingayo. Ngokushaja ibhethri, ngemva kokuba ibhethri seliphumile, bese lixhunywa kokuphumayo, lungisa i-CC ibe yamanje oyidingayo, (ukushaja, qiniseka ukuthi usebenzisa ibhethri elilahliwe ukuze ulungise, ngoba lapho ibhethri lihlala linamandla, liba lincane ibhethri. yamanje yokushaja.) Ungawulungisi umsinga ngesekhethi emfishane. Isakhiwo sesifunda se-booster module asikwazi ukulungiswa ngomjikelezo omfushane.

Kungeniswe indandatho kazibuthe engu-27mm enkulu ye-ferrosilicon, enesibindi. Intambo enoqweqwe lwethusi oluphindwe kabili kanye nomoya, irediyetha ye-aluminium ejiyile, yenza ukushisa kwemojuli yonke kube phansi, okokufaka okungu-1000uF/63V i-electrolytic capacitor, ikhipha i-electrolytic engu-470uF/100V emibili ephansi, kanye nokuphumayo kwe-electrolytic okuphansi. Idizayini evundlile engenisayo izinzile, i-fuse eshintshwayo, ukuvikela okukabili kunokwethenjelwa kakhulu. Isilungiselelo sisonke sinengqondo kakhulu, futhi ukwakheka kwesakhiwo kuhle kakhulu.