Umvavanyi wokusebenza kwelaphu elichasene nemagnethi yombane usetyenziselwa ukulinganisa amandla okhuselo lwamalaphu ngokuchasene ne-electromagnetic wave kunye nokubonakaliswa kunye nokukwazi ukufunxa kwamaza ombane wombane, ukuze kuphunyezwe uvavanyo olubanzi lwesiphumo samalaphu ngokuchasene nemitha ye-electromagnetic.
Ukuhlangabezana nemigangatho:
I-GB/T25471, GB/T23326, QJ2809, SJ20524 kunye neminye imigangatho.
Iimpawu zeAnti-electromagnetic radiation performance tester:
1, umboniso weLCD, ukusebenza kwemenyu yesiTshayina kunye nesiNgesi;
I-2, i-conductor yomkhosi yenziwe ngentsimbi ye-alloy ephezulu, i-nickel plated surface treatment, eyomeleleyo kwaye ihlala ixesha elide;
I-3, indlela ephezulu kunye nesezantsi iqhutywa yi-screw ye-alloy, ikhokelwa ngumzila wesikhokelo esithunyelwa ngaphandle, ukwenzela ukuba ubuso be-conductor clamping buchanekile;
4, idatha yovavanyo kunye nemizobo inokuprintwa;
I-5, isixhobo sixhotyiswe nge-interface yonxibelelwano, edityaniswe nePC, inokubonisa ngokuguquguqukayo imizobo yepop. Isoftware yovavanyo olukhethekileyo inokuphelisa impazamo yenkqubo (umsebenzi wohlengahlengiso, unokuphelisa ngokuzenzekelayo impazamo yenkqubo);
6. Ukubonelela ngesethi yemiyalelo ye-SCPI kunye nenkxaso yobugcisa kuphuhliso lwesibini lwesoftware yovavanyo;
I-7, iindawo zokutshayela zingasetwa, ukuya kuthi ga kwi-1601.
Thumela umyalezo wakho kuthi:
Ixesha lokuposa: Oct-19-2021