Indima ebalulekileyo yokuhambisa amandla okutshintsha kwamandla aphezulu kwi-PCB ye-elektroniki

1.Yintoni i-ectroplay ye-PCB? 

Ukufakwa kwe-PCB kubhekisa kwinkqubo yokufaka ungqindi lwensimbi kumphezulu we-PCB ukufezekisa unxibelelwano lombane, ukuhanjiswa kwesiginali, ukusasaza ubushushu, neminye imisebenzi. Ukufakwa kwe-DC yendabuko inesiphelo esifana neIliforatity enamachaphaza, ukungcola okungapheliyo, ukwenza ukuba kube nzima ukufezekisa iimfuno zonxibelelwano oluphezulu (i-HDC). Ukuhambisa amanzi aphezulu okuhambisa amanzi aphezulu okuguqula amandla e-ACS kwi-AC ephezulu ye-AC, emva koko ilungiswe kwaye ihlaziyiwe ukuba ivelise i-DC engazinzileyo okanye ityhilwe okwangoku. Ukusebenza kwabo ukusebenza kungafikelela kumashumi okanye amakhulu eKilohertz, ukude kakhulu kwi-frequency (50 / 60hz) yezinto zemveli ze-DC. Le phawu liphezulu le-Right izisa izibonelelo ezininzi ze-PCB electroplastation.

I-Butured yokufumana i-Spling Right SpringS offices kwi-elektroplaItha ye-PCB

Ukuphuculwa kweyunifomu yokufumana iyunifondi: "Isiphumo solusu" semijikelezi-mali ehamba-hamba-ntabalala kubangela ukuba okwangoku igxile kumqhubi womqhubi, ukuphucula iziphumo zokuhlakulela kunye nokunciphisa iziphumo zokuhlalisa. Oku kuluncedo ngakumbi ukubeka izakhiwo ezintsonkothileyo njengemigca elungileyo kunye nemicro-micro.

Ukukwazi okunzulu kokuthintelwa: I-Right Sourteres ende ephuculweyo inokungena ngcono iindonga, ukwandisa ubukhulu kunye nokufana kokujikeleza imingxunya ye-Vias ephezulu.

Ukunyuka kwe-elektroplating: Iimpawu zempendulo ekhawulezileyo zokuhambisa amanzi okutshintsha kwamandla okutshintsha kwamandla okutshintsha kwe-freetency zenza ukuba ulawulo lwangoku, ukunciphisa ixesha lokubeka kunye nokubekwa nokusebenza ngokufanelekileyo.

Ukucuthwa kwamandla kuncitshiso: Ukuhambisa amandla okutshintsha kwe-windows

I-Pullse Ukubeka ixabiso: Ukuhambisa amanzi aphezulu okutshintsha kwamandla okuhambisa amanzi amaninzi kunokukhupha ngokulula, ukuvuselelwa kwepulse. I-pulse iphucule iphucule i-contang, yonyusa ukuxinana okukhulu, kunciphisa ukutyeba, kwaye kuncitshiswe ukusetyenziswa kweezongezo.

3.Ukuposa izicelo zoncedo lwamandla aphezulu okutshintsha kwamandla kwi-PCB electroproplatha

I-A. Ukubetha kobhedu: I-Workstroplay yokubeka isetyenziselwa ukuvelisa i-PCB ukwenza umaleko wesekethe. Ukutshintsha kweRetal-Right Spritication Ukubonelela ngoxinano lwangoku, kuqinisekisa ukubekwa kwe-Popper Copport kunye nokuphucula umgangatho kunye nokusebenza kongqibelo olubekiweyo.

B. Unyango lomphezulu: Unyango lwe-PCBS, njengegolide okanye impahla yesilivere, ikwafuna amandla e-DC. Ukutshintsha kweReciency Rowrocy ePhakamileyo kunokubonelela ngokuchanekileyo kunye nevolthi yokubeka izinyithi ezahlukeneyo, ukuqinisekisa ukubaluleka kunye nokunganyangeki kwendlela yokuziphatha.

C. Ukubethwa kweekhemikhali: Ukubethwa kweekhemikhali kwenziwa ngaphandle kwe-okwangoku, kodwa le nkqubo ineemfuno ezingqongqo kwiqondo lobushushu kunye noxinano lwangoku. Ukutshintsha kweRecancy Rowrocy Rectiment kunokubonelela ngamandla ancedisayo kule nkqubo, enceda ukulawula amaxabiso okutsala.

4.Kho ukufumanisa i-PCB ye-Ectroplait

Inkcazo yoncedo lwamandla lwe-DC olufunekayo kwi-PCB ye-PCB ixhomekeke kwizinto ezininzi, kubandakanya nohlobo lwenkqubo yokufaka i-elektroniki, ubungakanani be-PCB, indawo yokubeka, kunye nokusebenza kwemveliso. Apha ngezantsi kukho iiparamitha eziphambili kunye neenkcazo eziqhelekileyo zokuhambisa amandla:

Inkcazo-ntetho

● Ukuxinana ngoku

● Iyimfuneko yangoku: Iyimfuneko yangoku iyonke ibalwa ngokusekwe kwindawo yePCB kunye noxinano lwangoku. Umzekelo:

I-⬛IF Indawo yokubeka i-PCB yi-10 DM² kunye nokuxinana okwangoku yi-2 A / DM², imfuneko yangoku iyonke iya kuba ngama-20 A.

I-pcbs enkulu okanye imveliso yobuninzi, i-Ameres ezininzi okanye iziphumo eziphezulu eziphezulu zinokufuneka.

I-RIPE eqhelekileyo yangoku:

● I-PCBS ezincinci okanye ukusetyenziswa kwelebhu: 10-50 a

● Ukuveliswa kwe-PCB ephakathi: 50-200 A

● I-PCB ezinkulu okanye imveliso enkulu: 200-1000 a okanye ngaphezulu

Inkcazo ye-B.VOLLTA

I-InPCB ye-elektroplaitha ngokubanzi ifuna i-voltages ephantsi, iqhelekile kuluhlu lwe-5-24 v.

Iimfuneko ze-⬛voltige zixhomekeke kwizinto ezinje ngokuchaseneyo kwendlela yokuhlamba, umgama phakathi kwee-electrone, kunye nokuqhubela phambili kwe-electrolyte.

Iinkqubo ezizodwa (umz.

I-volleges eqhelekileyo:

● I-elektropla ye-DC ye-DC: 6-12 v

● Iinkqubo zokuthintela okanye iinkqubo ezizodwa: 12-16 v okanye ngaphezulu

Iindidi zoNcedo lwaMandla

● Ukubonelela ngamandla i-DC: Isetyenziselwa ukwenziwa kwe-DC, ukubonelela ngokuzinza okwangoku kunye nevolthi.

● Ukucofa amandla: isetyenziselwa ukuphupha i-elektroplating, ikwazi ukupasa i-rive-frequenction ye-currance yokuphucula umgangatho wokubeka indawo.

● Ukuhambisa amanzi aphezulu okuhambisa amanzi amaninzi: Ukusebenza okuphezulu kunye nempendulo ekhawulezileyo, efanelekileyo kwiimfuno zombane eziphezulu.

I-C.PHUNI YOKWAKHIWA

Amandla oNcedo lwaMandla (P) amiselwe yi-OFICH (i) kunye ne-voltage (v), kunye nefomula: p = i × ×

Umzekelo, umbane ophumza ophuma kwi-100 A kwi-12 v uya kuba namandla e-1200 W (1.2 kW).

Uluhlu lwamandla aqhelekileyo:

● Izixhobo ezincinci: 500 w - 2 kw

● Izixhobo eziphakathi eziphakathi: 2 Kum - 10 kw

● Izixhobo ezinkulu: I-10 kw - 50 kw okanye ngaphezulu