01 Uphando ngeshishini leziqhushumbisi zoluntu, iziqhushumbisi ze-elektroniki ziyanda
Kwicandelo lokwakhiwa kweziseko zophuhliso elijolise kulo ilizwe lam ekuxhaseni uphuhliso, ishishini leziqhushumbisi zoluntu lishishini elibalulekileyo kodwa elibaluleke kakhulu. Kwi-"14th Five-Year Plan", ilizwe likhuthaza ngamandla ukutshintshwa kweziqhushumbisi zoshishino ngeziqhushumbisi ze-elektroniki kwaye liyaqhubeka nokuqinisa izikhuthazo kunye nesikhokelo. Iziqhushumbisi ze-elektroniki zikwabizwa ngokuba ziiqhushumbisi ze-elektroniki zedijithali, iziqhushumbisi zedijithali okanye iziqhushumbisi ze-elektroniki zedijithali zezimboni, oko kukuthi, iziqhushumbisi zombane ezisebenzisa iimodyuli zolawulo lwe-elektroniki ukulawula inkqubo yokuqhushumbisi.
Isixhobo sokukhupha umbane esine-elektroniki sinemodyuli yokulawula i-detonator ye-elektroniki eyakhelwe ngaphakathi, enomsebenzi wokulawula ixesha kunye namandla okulibaziseka kokudubula, kwaye inokunxibelelana nomlawuli we-detonation kunye nezinye izixhobo zolawulo zangaphandle.
02 Izinto eziphambili kwi-detonators ze-elektroniki - ii-capacitors
Phakathi kwazo, i-capacitor yokugcina amandla yinxalenye ebaluleke kakhulu. Ifunxa amandla akhutshwa yi-capacitor yokugcina amandla ngexesha elifutshane kakhulu nge-control module, kwaye emva koko i-arhente yokuqhumisa kwi-detonator ingagqiba ukuqhumisa. Kule nkqubo, i-arhente yokuziva isetyenziswa ngokubanzi ukusebenzisana ukuphucula kakhulu ukhuseleko lwee-detonators ze-elektroniki, kodwa ukuqhumisa kwayo kufuna amandla amaninzi, nto leyo eyingxaki kwii-capacitor zokugcina amandla.
Okwangoku, iintlobo eziphambili zee-capacitors zokugcina amandla ikakhulu zii-capacitors ze-aluminium electrolytic ezingamanzi kunye nee-capacitors ze-polymer tantalum. Ii-capacitors ze-polymer tantalum azanele ekumelaneni ne-voltage kunye nokukwazi ukugqitha, nto leyo ethintela ukusetyenziswa kwazo kunye neearhente zeemvakalelo. Kuba ii-capacitors ze-tantalum ziya kubangela ukuba ii-detonators ze-elektroniki zingasebenzi kwaye azinakuqhunyiswa, kwaye emva kokungaphumeleli, amalangatye avulekileyo adalwa lula, nto leyo echaphazela ukuthembeka kwemveliso. Oku kukhokelela ekubeni ii-detonators ze-elektroniki ezisebenzisa ii-capacitors ze-tantalum zibe buthathaka kukhuseleko, kwaye iindlela zazo zokuthengisa zilinganiselwe. Uninzi lwazo luxhomekeke ekungenisweni, kwaye ixesha lokubonelela kunye nokuhanjiswa azizinzanga. Umjikelo wokuhanjiswa ngamanye amaxesha uthatha isiqingatha sonyaka.
Ngenxa yesi sizathu, indlela yokuphucula ukhuseleko kunye nokuzinza kwee-capacitor zokugcina amandla iye yaba yeyona nto iphambili ekuphuculeni ii-detonators ze-elektroniki, kwaye kufuneka sisombulule ingxaki.
03 I-YMIN inceda ii-detonators ukuhlangabezana neemfuno ezintsha zemarike kunye nemingeni
Uthotho lwe-L3M lwe-YMINii-capacitors ze-electrolytic ze-aluminium ezingamanziKwizinto ezikhupha iidetonator zinokusombulula ezi ngxaki zingasentla. Ukuthatha le mveliso ye-L3M 25V 100uf 4*11 njengomzekelo, iiparameter ezithile zibubude bomzimba ≤11, amandla okwenyani ≥100uf (indawo eyi-25°), kunye nexabiso le-ESR ≤2.0Ω.
Njengophawu oluphambili lwee-capacitors zasekhaya, ii-capacitors ze-electrolytic ze-YMIN liquid aluminium zineengenelo ze-capacitance enkulu, i-leaking current encinci, i-ESR ephantsi, ukuthembeka okuphezulu, ubungakanani obuncinci, kunye nokuhambelana okuhle kwemveliso phantsi kweemfuno ezifanayo nee-capacitors ze-tantalum ezingenisiweyo. Iimveliso zifumene i-IATF16949 (umgangatho wamazwe ngamazwe kushishino lweemoto) kunye nesatifikethi senkqubo yolawulo lomgangatho womkhosi wesizwe. Inokuqinisekisa ngokufanelekileyo ukusebenza kokhuseleko lwee-detonators ze-elektroniki, ithintele ukungaphumeleli kwee-detonators ze-elektroniki, ihlangabezane neengenelo zeendleko zomatshini wonke, kwaye kwangaxeshanye ifikelele kwixabiso eliphantsi kwaye ihlangabezane neemfuno zobonelelo kunye nexesha lokuhambisa.
Ngokwembono yokubonelela ngemarike, i-YMIN'sL3Muthotho lwee-capacitors ze-aluminium electrolytic zisetyenziswe kakhulu kwimarike ye-detonator ye-elektroniki. Xa kuthelekiswa nee-capacitors ze-tantalum, ii-capacitors ze-aluminium electrolytic ze-liquid zinemveliso ezinzileyo, imijikelo yokunikezelwa kwemveliso emfutshane, kunye neenzuzo ezicacileyo zamaxabiso. Ziye zaqatshelwa ngabathengi ngazwi linye ngobukhulu bazo obuncinci kakhulu kunye neempawu ezibalaseleyo zobushushu obuphantsi!
Ixesha leposi: Julayi-31-2024