Ngophuhliso olomeleleyo lwezixhobo ze-elektroniki zabathengi kunye ne-automotive elektroniki, i-5G iye yangenisa i-boom yorhwebo. Ngokuphuculwa kobuchwepheshe be-elektroniki kunye nokuntsonkotha okwandayo kweemveliso ze-elektroniki, kunye nokwanda kokusetyenziswa ngqwabalala kwemekobume yeemveliso zombane, kunzima ukuba inkqubo iqinisekise ixesha elithile. Ukukwazi ukwenza imisebenzi ethile ngaphandle kokusilela phantsi kweemeko ezithile. Ke ngoko, ukuze kuqinisekiswe ukuba iimveliso ze-elektroniki zinokusebenza ngokwesiqhelo kwezi ndawo, imigangatho yelizwe kunye nemigangatho yefektri ifuna ukulinganisa kwezinye izinto zovavanyo.
Ezifana novavanyo lomjikelo wobushushu obuphezulu nophantsi
Uvavanyo lomjikelezo weqondo lokushisa eliphezulu neliphantsi lithetha ukuba emva kokuba iqondo lokushisa elibekiwe ligcinwe ukusuka -50 ° C kwiiyure ze-4, izinga lokushisa liphakanyiswe ukuya ku-+90 ° C, kwaye ke izinga lokushisa ligcinwa kwi-+90 ° C kwiiyure ze-4, kwaye iqondo lobushushu lehliswa ukuya ku -50°C, lilandelwa yimijikelo ye-N.
Umgangatho wobushushu beshishini ngu -40 ℃ ~ +85 ℃, kuba igumbi lovavanyo lomjikelo wobushushu lihlala linomahluko wobushushu. Ukuze kuqinisekiswe ukuba umxhasi akayi kubangela iziphumo zovavanyo ezingahambelaniyo ngenxa yokuphambuka kweqondo lokushisa, kucetyiswa ukuba kusetyenziswe umgangatho wokuvavanya kwangaphakathi.
Kubi ukuvavanya.
Inkqubo yovavanyo:
1. Xa isampuli inikwe amandla, qala ukulahla iqondo lokushisa ukuya -50 ° C kwaye uyigcine iiyure ezi-4; musa ukwenza uvavanyo lobushushu obuphantsi ngelixa isampuli iqhutywa, kubaluleke kakhulu, kuba i-chip ngokwayo iya kuveliswa xa isampuli inikwe amandla.
Ngoko ke, ngokuqhelekileyo kulula ukuphumelela uvavanyo lobushushu obuphantsi xa lunikwe amandla. Kufuneka "ikhenkcezwe" kuqala, ize inikwe amandla kuvavanyo.
2. Vula umatshini kwaye wenze uvavanyo lokusebenza kwisampuli ukuthelekisa ukuba ukusebenza kuqhelekileyo xa kuthelekiswa nobushushu obuqhelekileyo.
3. Yenza uvavanyo lokuguga ukujonga ukuba ngaba kukho iimpazamo zokuthelekisa idatha.
Umgangatho weReferensi:
I-GB/T2423.1-2008 Uvavanyo A: Indlela yokuvavanya ubushushu obuphantsi
Uvavanyo lwe-GB/T2423.2-2008 B: Indlela yokuvavanya ubushushu obuphezulu
I-GB/T2423.22-2002 Uvavanyo N: Indlela yokuvavanya iqondo lobushushu, njl.
Ukongeza kuvavanyo lomjikelo weqondo lobushushu eliphezulu neliphantsi, uvavanyo lokuthembeka lweemveliso ze-elektroniki lunokuba luvavanyo lobushushu kunye nokufuma (Ubushushu kunye novavanyo lokufuma), uvavanyo lobushushu obumanzi (ubushushu obumdaka, uvavanyo lwe-Cyclic)
(Uvavanyo lokuGcinwa koBubushushu obuphantsi), uvavanyo lokuGcina uBuqondo obuPhezulu, uvavanyo lomothuko we-Thermal, isitshizi seTyuwa Te
I-Random / i-sine (uvavanyo lwe-Vibration), uvavanyo lwebhokisi lwamahhala (uvavanyo lokuwisa), uvavanyo lokuguga komphunga (uvavanyo lokuguga kwe-Steam), uvavanyo lokukhusela inqanaba le-IP (Uvavanyo lwe-IP), uvavanyo lobomi bokukhanya kwe-LED kunye nesiqinisekiso
Ukulinganisa iLumen Ukugcinwa kweMithombo yokukhanya kwe-LED), njl., ngokweemfuno zokuvavanya imveliso yomenzi.
Ibhokisi yokuvavanya ubushushu bomjikelo wobushushu, ubushushu obungaguqukiyo kunye nebhokisi yovavanyo lokufuma, ibhokisi yovavanyo lobushushu bobushushu, ibhokisi yovavanyo ebanzi emithathu, ibhokisi yovavanyo yokutshiza ityuwa, njl.njl. ephuhliswe kwaye yaveliswa yi-Ruikai Instruments ibonelela ngezisombululo zovavanyo lokuthembeka kweemveliso zombane.
Iqondo lobushushu, ukufuma, amanzi olwandle, isitshizi setyuwa, impembelelo, ukungcangcazela, amasuntswana e-cosmic, i-radiation eyahlukeneyo, njl.njl. kwimo engqongileyo inokusetyenziselwa ukumisela ukuthembeka okusebenzayo, izinga lokusilela, kunye nexesha eliphakathi phakathi kokusilela kwemveliso kwangaphambili.
Ixesha lokuposa: Aug-28-2023