I-YMIN capacitors: Ukuphucula ukhuseleko lwee-detonators kunye nokukhuthaza ukutsha kwi-teknoloji yokuqhuma

01 Uphando kushishino lweziqhushumbisi kwezoluntu, iziqhushumbisi zombane ziyenyuka

Kwinkalo yolwakhiwo lweziseko ezingundoqo ilizwe lam lijolise ekuxhaseni uphuhliso, ishishini leziqhushumbisi loluntu lishishini elincinane kodwa elibaluleke kakhulu. “KwiSicwangciso seMinyaka emiHlanu ye-14”, ilizwe likhuthaza ngamandla ukutshintshwa kweziqhushumbisi zemizi-mveliso ngeziqhushumbisi ze-elektroniki kwaye liyaqhubeka nokomeleza inkuthazo nesikhokelo. Iziqhushumbisi zombane zikwabizwa ngokuba zii-digital electronic detonators, ii-digital detonators okanye i-industrial digital detonators, oko kukuthi, iziqhushumbisi zombane ezisebenzisa iimodyuli zolawulo lwe-elektroniki ukulawula inkqubo yokuqhawuka.

I-detonator ye-elektroniki inemodyuli yokulawula i-detonator eyakhelwe ngaphakathi, enomsebenzi wokulawula ukulibaziseka kwexesha kunye namandla, kwaye inokunxibelelana nomlawuli we-detonation kunye nezinye izixhobo zokulawula zangaphandle.

02 Amacandelo angundoqo angundoqo kwii-detonator ze-elektroniki - ii-capacitors

Phakathi kwabo, i-capacitor yokugcina amandla yinto ebaluleke kakhulu. Ithatha amandla akhutshwe yi-capacitor yokugcina amandla ngexesha elifutshane kakhulu ngemodyuli yokulawula, kwaye ke i-agent ehlanjululwayo kwi-detonator inokugqiba i-detonation. Kwinkqubo, i-agent ye-sensor isetyenziselwa ngokubanzi ukusebenzisana ukuphucula kakhulu ukhuseleko lwee-detonators ze-elektroniki, kodwa ukuchithwa kwayo kufuna umthamo omkhulu wamandla, obunzima kwii-capacitors zokugcina amandla.

Okwangoku, iintlobo eziphambili zee-capacitors zokugcina amandla zizii-aluminium ze-electrolytic capacitors kunye ne-polymer tantalum capacitors. Iipolymer tantalum capacitors azonelanga ukumelana nombane kunye namandla angaphezulu, athi anciphise ukusetyenziswa kwawo kunye neearhente zengqondo. Ngenxa yokuba i-tantalum capacitors iya kubangela ukuba i-detonators ye-elektroniki ingaphumeleli kwaye ayikwazi ukuchithwa, kwaye emva kokungaphumeleli, amadangatye avulekileyo aveliswa ngokulula, achaphazela ukuthembeka kwemveliso. Oku kukhokelela ekubeni ii-detonators ze-elektroniki zisebenzisa i-tantalum capacitors zibe buthathaka kukhuseleko, kwaye iziteshi zabo zokuthengisa zilinganiselwe. Uninzi lwazo luxhomekeke kwizinto ezithunyelwa ngaphandle, kwaye ixesha lokubonelela kunye nokuhanjiswa alizinzile. Umjikelo wokuhanjiswa ngamanye amaxesha ubude besiqingatha sonyaka.

Ngenxa yesi sizathu, indlela yokuphucula ukhuseleko kunye nokuzinza kwee-capacitors zokugcina amandla kuye kwaba yinto ephambili ekuphuculeni i-detonator ye-elektroniki, kwaye kufuneka sisombulule ingxaki.

I-03 YMIN inceda ii-detonators ukuhlangabezana neemfuno ezintsha zemarike kunye nemingeni

YMIN kaThixo L3M series ofulwelo aluminiyam electrolytic capacitorskuba iziqhushumbisi zinokusombulula ezi ngxaki zingentla. Ukuthatha le L3M 25V 100uf 4 * 11 imveliso njengomzekelo, iiparamitha ezithile ubude bomzimba ≤11, i-capacitance yangempela ≥100uf (25 ° imo), kunye nexabiso le-ESR ≤2.0Ω.

Njengophawu oluphambili lwee-capacitors zasekhaya, i-YMIN liquid aluminium electrolytic capacitors ineenzuzo ze-capacitance enkulu, ukuvuza okuncinci kwangoku, i-ESR ephantsi, ukuthembeka okuphezulu, ubungakanani obuncinci, kunye nokuhambelana kakuhle kwemveliso phantsi kweemfuno ezifanayo njenge-tantalum capacitors. Iimveliso zifumene i-IATF16949 (umgangatho wehlabathi kushishino lweemoto) kunye nesiqinisekiso senkqubo yolawulo lomgangatho womkhosi wesizwe. Inokuqinisekisa ngokufanelekileyo ukusebenza kokhuseleko lwee-detonators ze-elektroniki, ukuthintela ukungaphumeleli kwee-detonators ze-elektroniki, ukuhlangabezana neendleko zeendleko zomatshini wonke, kwaye kwangaxeshanye ufezekise iindleko eziphantsi kwaye uhlangabezane neemfuno zokubonelela kunye nexesha lokuhambisa.

Ukusuka kwimbono yobonelelo lwemarike, YMIN'sI-L3Muthotho lwe-aluminiyam electrolytic capacitors isetyenziswe kwimarike yesiqhushumbisi sombane ngobuninzi. Xa kuthelekiswa ne-tantalum capacitors, i-aluminiyam ye-electrolytic capacitors enolwelo inemveliso ezinzileyo, imijikelo yobonelelo olufutshane, kunye neenzuzo zexabiso ezicacileyo. Ziye zamkelwa ngamxhelo mnye ngabathengi ngobungakanani babo obuncinci kakhulu kunye neempawu ezibalaseleyo zobushushu obuphantsi!