Ukukhanya kwe-LED yamva nje yoKhuseleko lweTekhnoloji

Okokuqala, kutheni i-LED kufuneka ikhusele ukukhanya okumhlophe kwe-LED, kuba kukho iingenelo ezininzi, kwaye abantu abaninzi bangena kubomi bemihla ngemihla, ukusetyenziswa kwayo ngoku kuba kukhulu kakhulu. Sisixhobo esitsha, esineempawu zaso. Isibane esimhlophe se-LED sisixhobo esibuthathaka kumbane. Ungagqithi kwi-20mA nganye intsimbi yesibane se-LED xa usebenza, kwaye iya kutshiswa ngokulula ukuba idlula amaso amaninzi esibane se-LED. Ukuba izibane ze-LED zisetyenziswa ngokuqhelekileyo, ubomi babo bude kakhulu. Kodwa ekusebenziseni okwenyani, iintsimbi zesibane se-LED zihlala zilula ukuqhawuka. Siyintoni isizathu? Enyanisweni, iimpawu zezibane ze-LED aziqwalaselwa kwaye isiphaluka sokukhusela songezwa kuyo. Izibane ze-LED zizixhobo ze-semiconductor ze-photoelectric, ezonzakala lula yi-electrostatic ngexesha lenkqubo yendibano. Oku kufuna ukukhuselwa kombane osisigxina ngexesha lenkqubo yokuhlanganisa. Sifumanise ukuba abavelisi abaninzi abanalo mbono okanye abayiqondi kwaphela. Amaso esibane se-LED asekelwe kwi-20mA yangoku kumsebenzi wokwenene, kodwa kaninzi ukwandisa okwangoku ngenxa yezizathu ezahlukeneyo ezisetyenziswayo. Ukuba akukho manyathelo okukhusela, oku kwanda kwangoku kudlula ixesha elithile kunye nobukhulu. Kamva amaso esibane se-LED aya konakaliswa. Okwesibini, kubangela umonakalo kwiintsimbi zesibane se-LED 1. Ukonyuka ngesiquphe kokwandiswa kwamandla ombane. Kukho izizathu ezininzi zokunyuka ngokukhawuleza kwamandla ombane wombane, njengengxaki yomgangatho wokunikezelwa kwamandla, okanye ukusetyenziswa kokusetyenziswa kakubi komsebenzisi, njl. 2. I-short-circuit yendawo yamajelo ombane we-LED kwindawo ethile okanye umgca oprintiweyo okanye ezinye iingcingo kumgca, okwandisa umbane wale ndawo. 3. Isiphaluka esifutshane esenziwe ngumonakalo we-LED ethile ngenxa yomgangatho wayo. Ukuhla kwamandla ombane okuqala kudluliselwa kwezinye ii-LED. 4. Iqondo lokushisa kwisibane liphezulu kakhulu ukwenza iimpawu ze-LED zibi. 5. Amanzi ngaphakathi kwesibane, amanzi ahamba. 6. Ngexesha lendibano, andizange ndenze umsebenzi omhle wokuchasana ne-static, ukwenzela ukuba ingaphakathi le-LED liye lonakaliswa ngumbane ongatshintshiyo. Nangona i-voltage eqhelekileyo kunye nexabiso langoku lisetyenziswa, kulula ukwenza umonakalo we-LED. Ezi zizathu ziya kubangela ukwanda okukhulu kwi-LED yangoku, kwaye kungekudala i-chip ye-LED iya kutshiswa ngenxa yokushisa. Ngokwamava ethu, uninzi lwee-LED ziisekethe ezimfutshane ze-bipolar, kwaye inxalenye encinci kukuqhawulwa. I-LED nganye inokwehla koxinzelelo malunga ne-3.2V. Ukuba itshisiwe, ayiyi kukhanya ukuba uqhawulo luphukile. Ukuba lo mbane ufutshane-ujikelezwe, udluliselwa kwezinye ii-LED, ezibangela umsinga omkhulu wezinye ii-LED, kunye nezinye ii-LED ziya kutshiswa ngokukhawuleza okanye zibaluleke kakhulu ukunikezelwa kwamandla. Ekuqaleni, kwakulula kakhulu ukwenza iingozi ezinkulu. I-LED ifakwe ngokubanzi kwindawo ephakamileyo, akulula ukuyifaka, kunzima nakakhulu ukuyilungisa. Ke ngoko, ukukhuselwa kwe-LED kuyimfuno yokwenyani, kodwa ayixatyiswanga ngumntu wonke okwangoku. Ikwayingxaki abantu abaninzi abangenakwenza ngayo ngaphandle kokujongana nayo. Okwesithathu, indlela yokukhusela i-LED yokukhusela i-LED, siqala sicinga ityhubhu ye-inshurensi, kodwa ityhubhu ye-inshurensi yinto enye, kwaye isantya sokuphendula sicotha kakhulu. Isetyenziswa kwiimveliso zezibane ze-LED ngoku, ngenxa yokuba izibane ze-LED ngoku ikakhulu kwiprojekthi ezukileyo yesixeko kunye neprojekthi yokukhanyisa. Ukuphendula kule mfuno ebonakalayo, senze ezininzi iimvavanyo kwaye sishwankathela iimpawu zesekethe yokukhusela i-LED ngokweemfuno zeprojekthi. Kwanqanyulwa, ukwenzela ukuba i-LED kunye nokunikezelwa kwamandla kunokukhuselwa. Emva kokuba ukukhanya konke kuqhelekile, kunokubuyisela ngokuzenzekelayo ukunikezelwa kwamandla. Ayichaphazela umsebenzi we-LED. Undoqo kukuba yimveliso yoluntu. Ixabiso eliphantsi. Ezi mfuno ziyaphikisana kwaye ziyakhawulelana, kwaye kunzima ukufezekisa. Okokuqala, kufuneka kugqitywe ukuba yeyiphi isekethe yokukhusela kunye nesixhobo sokukhusela ukukhetha. 1. Sinokukhetha ukusebenzisa amandla ombane odlulayo ukucinezela idiode (ekubhekiswa kuyo njengeTVS). Umhloli we-voltage yokucinezela i-diode sisixhobo esinokusebenza okuphezulu ngendlela yediode. Xa isibonda saso sichatshazelwa yi-reverse transient high-energy, inokunciphisa ngokukhawuleza ukuchasana okuphezulu phakathi kwezibonda ukuya ekuchaseni okuphantsi ngexesha elifutshane lemizuzwana ye-10 ngexesha elifutshane le-10. , Ukudibanisa i-voltage phakathi kwezibonda ezimbini kwixabiso le-voltage echazwe kwangaphambili, ikhusela ngokufanelekileyo amacandelo e-meta achanekileyo kumgca we-elektroniki. I-voltage yethutyana icinezela i-diode ngexesha lokuphendula ngokukhawuleza, amandla amakhulu adlulayo, ukuvuza okuphantsi kwangoku, ukuwohloka okulungileyo kokungaguquguquki kwevoltage, ulawulo lombane olulawulekayo, akukho mda womonakalo, umthamo omncinci kunye nezinye izibonelelo, njl. Kodwa ekusebenziseni okwenyani, ndifumanise ukuba ayilunganga. Okokuqala, akukho lula ukufumana izixhobo zeTVS ezihlangabezana nexabiso lombane. Isixhobo se-TVS sisetyenziswa ikakhulu ekukhuseleni umbane kunye nokukhuselwa kombane, kunye nokufunxwa kwe-overvoltage ngaphezulu kwe-220V, ngelixa amandla ombane ombane wezibane ze-LED ngokubanzi yi-24V okanye i-12V. Eli xabiso lombane lineemveliso ezimbalwa kakhulu zeTV, kwaye uvavanyo alulunganga. Kwangaxeshanye, siyazi ukuba umonakalo isibane LED amaso ikakhulu kubangelwa overheating ngaphakathi chip ye-ambassador yangoku. I-TVS inokubona kuphela i-voltage engaphezulu kwaye ayikwazi ukubona umsinga. Ukugqithiswa kwe-overvoltage ngokuqinisekileyo kungunobangela wokudlula-ngoku, kodwa kunzima ukuqonda indawo efanelekileyo yokukhusela umbane. Kunzima ukusebenzisa esi sixhobo okanye kunzima ukusisebenzisa ngokwenyani. 2. Sinokukhetha ukubuyisela ityhubhu ye-inshurensi. Ityhubhu ye-inshurensi yokuzibuyisela, ekwabizwa ngokuba yi-polymer polymer positive thermistor thermistor PTC, yenziwe ngeepolymers kunye namasuntswana aqhubayo. Emva kokucubungula okukhethekileyo, iinqununu ze-conductive zenza i-channel-shaped conductive channel kwi-polymer. Xa ukusebenza okuqhelekileyo kudlula (okanye icandelo likwiqondo lobushushu eliqhelekileyo le-ambient), i-PTC self-recovery fuse ikwimo ephantsi yokumelana; xa kukho umsinga ongaqhelekanga kwisekethe (okanye ubushushu be-ambient buphakama), umsinga omkhulu (okanye ubushushu bendalo buyanda) Ubushushu obuveliswayo bukhulisa ngokukhawuleza i-polymer, kwaye imigudu yokuqhuba eyenziwe ngamasuntswana okuqhuba iyanqunyulwa. I-PTC-self-recovery fuse yi-high-resistance; xa i-current (i-over-temperature state) kwisiphaluka iyanyamalala, i-polymer ipholile, ukubuyiswa kwevolumu Ngokuqhelekileyo, amasuntswana aqhubekileyo aphinda enze i-channel conductive, kunye ne-PTC self-recovery fuse ekuqaleni kwe-low-resistant state. Kwimeko eqhelekileyo yokusebenza, umkhuhlane wetyhubhu ye-inshurensi uncinci kakhulu. Kwimeko yokusebenza engaqhelekanga, ukushisa kuphezulu kakhulu. Inqunyelwe kwi-current ngokusebenzisa yayo yangoku, edlala indima yokukhusela. Ubungakanani bayo, ixabiso eliphantsi, linokusetyenziswa ngokuphindaphindiweyo, ukuqonda ukuqala okuzenzekelayo kokukhusela kunye nokuphuma ngokuzenzekelayo; yimpembelelo yopakisho oluqinileyo olunokonakala lula; sifumene kuvavanyo lwangempela: Kuba sisixhobo esibuthathaka sobushushu, siphantsi kobushushu. Impembelelo inkulu kakhulu. Ekubeni i-PTC ifakwe ngaphakathi kwesibane, amaso okukhanya kufuneka abe ngumkhuhlane kwaye kuya kuchaphazela ukusebenza komsebenzi we-PTC. Kwizibane ezimiselweyo, unokukhetha i-PTC ngovavanyo. Eyona ndlela ithembekileyo kukuyigcina kude nentsimbi yesibane sokufudumeza. Kwisekethe ethile, kukho iindlela ezimbini zokukhetha kuzo: 1. Ngokuqhelekileyo, izibane ze-LED zihlulwe kwiindlela ezininzi zokudibanisa. Ngokomzekelo, i-voltage ye-24V, sonke sisebenzisa izibane zesibane se-7 ze-LED ukuxhuma kwi-series kunye nokongeza i-resistor. Ngoku jikelele yi-17 19mA. Njengoko kufuneka, sinokukhetha amaso asi-7 apheleleyo okukhanya ukuze sidityaniswe sisibane esipheleleyo. Sinokongeza icandelo le-PTC phambi kwesebe ngalinye ukukhusela. Inzuzo yale ndlela kukuba ukuchaneka kuphezulu, kwaye ukuthembeka kokukhusela kulungile. 2. Ukukhuselwa ngokubanzi. Yongeza icandelo lePTC phambi kwawo onke amaso okukhanya ukukhusela ukukhanya konke. Inzuzo yale ndlela ilula, ayihlali kwivolumu. Ngokuqhelekileyo sikhetha le ndlela. Ngokubhekiselele kwiimveliso zasekhaya, isiphumo solu khuseleko ekusetyenzisweni kwangempela sisesanelisayo. Ukhetho lwePTC lukhetheke kakhulu. Sonke saphonononga ixabiso elihambelanayo elichaneke ngakumbi kwixesha elide lemifuniselo. Okwesine, ukhuseleko lwe-electrostatic ye-LED zonke izinto zenziwe ngee-athomu, kwaye ii-athomu zine-electronics kunye neeproton. Xa izinto zifunyenwe okanye zilahlekile ii-electron, ziya kuba ngumbane ongalunganga okanye ochanekileyo. Ezi ntlawulo ziqokelela phezu kwezinto eziphathekayo kwaye sibiza into ngombane omileyo. Ukuqokelela intlawulo ngokuqhelekileyo kubangelwa ukuhlukana kwezinto kunye noqhagamshelwano oludibeneyo, okanye kunokubangelwa ukungqubuzana. Ibizwa ngokuba kukungqubana. Kukho izinto ezininzi ezichaphazela ukuqokelela kwentlawulo, kubandakanywa uxinzelelo loqhagamshelwano, i-friction coefficient kunye nesantya sokuhlukana, njl. Intlawulo ye-electrostatic iya kuqhubeka iqokelelana. Ukuba akukho mjelo wokuvuza, eli xabiso liya kufikelela phezulu kakhulu kude kube yimpembelelo yentlawulo eyenziwa yintlawulo imisiwe, intlawulo ikhutshwe okanye ifikelele kubukhulu obaneleyo, inokungena kwindawo ejikelezileyo yezinto ezijikelezileyo njengephakathi kwezinto ezijikelezayo. . Emva kokuba i-electronics yaphukile, intlawulo ye-electrostatic iya kulungelelaniswa ngokukhawuleza. I-neutralization ngokukhawuleza yale ntlawulo ibizwa ngokuba yi-static discharge. Ngenxa yokuba i-voltage ikhutshwe ngokukhawuleza ekuchaseni okuncinci, okwangoku kuya kuba kukhulu kakhulu, okunokuthi kudlule i-20 ampel. Ukuba oku kukhutshwa kwenziwa ngezinto ezimileyo ze-electrostatic, umsinga omkhulu kangako uya kuyilwa ukuba ube yi-3V kuphela nangaphezulu kwe-3V nangaphezulu nangaphezulu. Yangoku yi-20mA LED ibangele umonakalo omkhulu. 1. Kutheni kufuneka ulwazi lokhuseleko lombane omileyo luphuculwe phambi kwesizukulwana sangaphambili sale nkulungwane yama-70, iingxaki ezininzi zombane omileyo zabangelwa ngabantu abangenawo uluvo lokhuseleko lwe-electrostatic. Ngoku abantu abaninzi bakrokrela ukuba ukukhutshwa okumileyo kuya kubangela umonakalo kwiimveliso zombane ukonakalisa iimveliso zombane. Oku kungenxa yokuba uninzi lomonakalo wokukhutshwa kwe-electrostatic wenzeka ngaphantsi kwemvakalelo yomntu, kuba amandla ombane abonwa ngumzimba womntu wokukhupha okumileyo malunga ne-3KV, kwaye uninzi lwezixhobo ze-elektroniki ziya konakaliswa xa zingamakhulu eevolthi okanye iivolthi ezininzi. Ngokuqhelekileyo izixhobo zombane zikhutshwa ngokukhutshwa kwe-electrostatic discharge. Akukho mda ucacileyo emva komonakalo. Emva kokufaka amacandelo kwisixhobo, kukho iingxaki ezininzi. Uhlalutyo lunzima kakhulu. Ngokukodwa kumonakalo onokwenzeka, kunzima ukulinganisa ukusebenza kwayo kunye nezixhobo ezichanekileyo. Nangona kunjalo, iimvavanyo ziqinisekisile kwiminyaka yakutshanje ukuba lo monakalo onokwenzeka wehla kakhulu emva kwexesha elithile, kwaye ukuthembeka kweemveliso ze-elektroniki kuye kwehle kakhulu. Umonakalo owenziwe yi-electrostatic ngokuqinisekileyo uyinyani. 2. Zeziphi iindlela zomonakalo wombane ongatshintshiyo kwiimveliso zombane? Iimpawu ezibonakalayo ezisisiseko zombane ongatshintshiyo zezi: ukutsala okanye ukungabandakanyi, kukho umahluko kumahluko onokuthi ube nawo nomhlaba, oya kuvelisa ukukhutshwa kombane. Ezi mpawu zintathu zineempembelelo ezintathu kumalungu e-elektroniki: Uthuli lwe-electrostatic adsorption oluzinzileyo, ukunciphisa ukuxhathisa kwecandelo (ubomi obufutshane). I-Static discharge discharge umonakalo ukwenzela ukuba icandelo alikwazi ukusebenza (lonakaliswe ngokupheleleyo). Ubushushu obuveliswa yintsimi ye-electrostatic discharge okanye yangoku, elimaza icandelo (umonakalo onokwenzeka). Imeko ixhaphake kakhulu, kwaye kunzima ukufunyanwa ngexesha. 3. Ziziphi iimpawu zomonakalo wombane ongatshintshiyo kwiimveliso zombane? (1) Umzimba womntu ofihliweyo awukwazi ukubona ngokuthe ngqo umbane ongatshintshiyo ngaphandle kokuba ukukhutshwa okungatshintshiyo kwenzeka, kodwa umzimba womntu awunakothuswa ngumbane. I-2-3kv, ngoko ke umbane ongatshintshiyo ufihliwe. (2) Ukusebenza kwamanye amacandelo e-elektroniki emva kokuba i-electronic component ayincitshiswanga kakhulu emva kokulimala kwe-electrostatic, kodwa ukukhutshwa okuninzi okuqokelelweyo kuya kubangela ukulimala kwangaphakathi kwisixhobo kunye nokwenza ingozi efihliweyo. Ngoko ke, umbane ongatshintshiyo unako ukonakalisa isixhobo. (3) Ukuveliswa kombane ongatshintshiyo we-random nako kunento engaqhelekanga. Umonakalo wayo nawo ungaqhelekanga. (4) Uhlalutyo lokungaphumeleli komonakalo onzima wokukhupha i-electrostatic, ngenxa yeempawu ezintle, ezintle, ezincinci zesakhiwo seemveliso zombane, kuthatha ixesha, ixesha kunye nexabiso. Nangona kunjalo, omnye umonakalo omileyo kunzima ukwahlula kumonakalo obangelwa zezinye izizathu, ukuze abantu baphosise umonakalo omileyo njengezinye iintsilelo. Ngaphambi kokuba kuqondwe ngokupheleleyo umonakalo wokukhutshwa kwe-static, kwakudla ngokuthiwa ngenxa yokungaphumeleli kwangaphambili okanye ukungaphumeleli okungaziwayo, okugubungela ngokungazi oyena nobangela wokusilela. Ngoko ke, uhlalutyo lomonakalo we-electrostatic lunobunzima. 4. Ukulawula njani ukukhutshwa okumileyo? Ukususela kuhlalutyo lwangaphambili, kunokubonwa ukuba umbane we-static uveliswa ngokuhlukana koqhagamshelwano lwento, kunye nokungeniswa okungathintekiyo. Kuphantse kungenzeki ukuphelisa ngokupheleleyo umbane ongashukumiyo, kodwa amanye amanyathelo anokuthathwa ukulawula umbane ongashukumiyo awubangeli monakalo. 5. Indlela yokulawula umbane ongatshintshiyo womntu (ukhuseleko lomntu olusisigxina)? Umzimba womntu ngowona mthombo uxhaphakileyo weengozi zombane omileyo. Kumbane omileyo, umzimba womntu ngumqhubi, ngoko unokuthatha amanyathelo omhlaba kumzimba womntu. (1). Sebenzisa i-anti-static ground/anti-static izihlangu/ikawusi (isikhokelo sombane ongatshintshiyo ukusuka enyaweni ukuya emhlabeni) ukuya ezinyaweni ukunxiba i-anti-static, iimethi zomgangatho, ikhaphethi, abasebenzi banxiba iikawusi ze-anti-static ukwenza idibaniso. umhlaba ophantsi. (2). Nxiba amabhanti achasene nestatic kunye nomhlaba (isikhokelo sombane ongatshintshiyo ukusuka esandleni ukuya emhlabeni) usebenzisa isandla ukuvuza umbane ongashukumiyo womzimba. Iqukethe i-anti-static kunye ne-loose band, iqhosha lomsebenzi, umgca we-spring soft. Khusela ukuxhathisa kunye neplagi okanye ukubunjwa kwe-chip. Umaleko ongaphakathi webhanti ekhululekileyo ulukwe nge-anti-static larn, kwaye umaleko wangaphandle ulukwe ngomsonto oqhelekileyo. 6. Ekusetyenzisweni kwezicathulo ze-anti-static kunye ne-wristbands, ingxaki yokhuseleko lomntu ekusebenziseni i-wristbands iqwalasela kuphela kwimbono ye-anti-static, encinci ukuchasana komhlaba wonke womzimba womntu, kodwa ixabiso elincinci lilinganiselwe. ukhuseleko. Ukumelana, kwimeko yokuchasana kunokunciphisa umbane womzimba womntu kwimeko yoqhagamshelwano olufutshane phakathi kwezixhobo zetsimbi okanye izixhobo okanye unikezelo lwamandla ombane. Elona xabiso lisezantsi akufunekanga libe ngaphantsi 105 ω, Ubuninzi abudluli 109 ω. 7. Ziziphi iingxaki endimele ndinikele ingqalelo kuzo ekusebenziseni izicathulo ezichasene ne-static kunye ne-wristbands? Musa ukukhulula uxhulumaniso xa usebenzisa imisebenzi ye-wristband, kungenjalo iya kuphulukana nesiphumo sokumisa. Ingxaki ephambili yokusetyenziswa kwee-wristbands ezahlukeneyo kukuvula indlela, ngamanye amaxesha okwethutyana, ngamanye amaxesha kunqanyulwe ixesha elide, ukwenza ukulahleka komhlaba. , i-wristband ayinqunyulwa, ibangela ukuchasana koqhagamshelwano lwesikhumba somntu kunye ne-wristband, kunye nokuchasana kwamanye ama-wristbands ngumtya ngokwawo. Xa ibhanti lichukumisa ingozi yomhlaba. , Abanye bathi sisihlahla esingenazingcingo, isiphumo asisebenzi kangako kuneso sokucinga. Iihlangu ezichasene ne-static kufuneka zibe neekawusi / ii-insoles ezichasene ne-static xa zinxitywe, kwaye usebenze kumhlaba wokuchasana ne-static unokwenza umbane osele usiwe emhlabeni ngumzimba womntu. Ukugqithisa okanye ukuqhawulwa kwalo naliphi na ilungu lomzimba womntu kuya kubangela ukuba umzimba womntu uzise i-electrostatic electrostatic eyingozi. Ngoko ke, kumasebe abalulekileyo, kufuneka kubekho umvavanyi wokuchasana nomntu ukuze abone izicathulo / iisokisi / ii-insoles ezigqitywe ngumzimba womntu nangaliphi na ixesha kunye nokuba ukuchasana okupheleleyo komzimba womntu kunokuba neemfuno zokuvuza umbane osisigxina. Ucingo lomhlaba wesicelo sebhadi yesihlahla sesiqhagamshelwe emhlabeni nomgca womhlaba kwaye awunakufakwa kumzimba wesinyithi. kwidesktop okanye itheyibhile, kuba ukuxhathisa kwalo mzimba wesinyithi emhlabeni kunokuba nkulu kakhulu. Che rhoqo ujonge ukumelana nesihlahla 5.. Imveliso ye-anti-static kunye nezinye izixhobo ezisetyenziswa kwindawo yokusebenzela yokukhusela i-electrostatic yocweyo lwemveliso ye-LED. Emva kwexesha elithile, ukuchasana kunokuba mkhulu kune-109. Ukuze ufezekise injongo ye-anti-static, kucetyiswa ukuba, iziphakamiso eziphambili, iziphakamiso eziphambili eziphambili, ukugcinwa kweyona nto, eyona nto iphambili Yakha iimeko ezisisiseko zezi nkalo ezine zilandelayo. Enye kukuqinisekisa ukuphunyezwa kwamanyathelo okukhusela abantu; enye kukuqinisekisa ukhuseleko lwe-electrostatic yezixhobo zokuvelisa zeworkshop; okwesithathu kukuzama ukwenza iworkshop yemveliso kunye nemeko engqongileyo yombane ochasayo; esesine kukuphucula inkqubo kunye nokuqulunqa iinkcukacha zokusebenza , Ukuseka uviwo lwangaphakathi olungqongqo kunye nenkqubo yokuhlola ukuqinisekisa ukuba inkqubo iyaphunyezwa kwaye inikele ingqalelo kuqeqesho lwengqondo ye-electrostatic yabasebenzi; qulunqa imigangatho yobuchwephesha yeemveliso zokhuselo lwe-electrostatic ukuqinisekisa umgangatho wezixhobo zokhuselo. Ngokwendlela yokulinganisa kunye neendlela zokulawula, yongeza ukubeka iliso kwiqondo lokushisa kunye nomswakama kwindawo yomsebenzi, urekhode ubushushu kunye nomswakama imihla ngemihla; jonga amandla ombane angatshintshiyo nyanga zonke; umqeshwa isinxibo anti -static, umnqwazi ngalo lonke ixesha ukuxhathisa umphezulu kunye ombane ukukhuhlana zibhaqwe One ukumelana umphezulu. Misela umvavanyi wexabiso elibanzi lokuchasa emnyango weworkshop; umbane olungelelanisiweyo kunye nexesha lokuchithwa kwe-electrostatic fan ye-ionic kanye ngenyanga. Ngexesha lenkqubo yokuvelisa, nceda ubeke ingqalelo ekuthatheni amanyathelo afanelekileyo okuthintela. Oku kulandelayo kwenzelwa ireferensi kuphela: Kuyimfuneko ukuthintela umbane ongashukumiyo: ukunxiba iimpahla ezichasene no-static (ezifana nempahla echasene no-static, iminqwazi, izihlangu, iminwe okanye iiglavu, njl. njl.) ngexesha lokusebenza Umbane wombane usasaza phezu komhlaba okanye ngaphakathi: Umsebenzisi wendibano kufuneka anxibe i-wristbands anti-static. (I-wristband kufuneka idibaniswe kwinkqubo yokumisa.) Inokubonelela ngokhuseleko lokukhusela kunye nokukhuselwa kokukhutshwa ngokukhawuleza kombane we-static okanye impembelelo yentsimi yombane: Itafile yendibano (i-workbench) kufuneka isetyenziswe ukusebenzisa i-anti - unomathotholo omileyo. Faka i-LED kufuneka usebenzise ibhokisi yecandelo le-anti-static. Intsimbi yokuthambisa, umatshini wokusika unyawo, isithando somlilo setin (okanye izixhobo zokuwelda ngokuzenzekelayo) kufuneka zibekwe phantsi. Ngethuba lokusebenza, gwema ukuchukumisa ityhubhu yombhobho okhanyayo ngokuthe ngqo kangangoko kunokwenzeka, kwaye uthinte inxalenye ye-colloidal kangangoko kunokwenzeka xa ithathwa. Amanyathelo omhlaba kufuneka athintelwe ngokupheleleyo kwimveliso yombane ongatshintshiyo. Imihlaba yebhentshi yokusebenzela, intsimbi yokuthambisa, umatshini wokusika unyawo, kunye nesithando somlilo setin (okanye izixhobo ezizenzekelayo zokuvala intsimbi) kufuneka zingeniswe emhlabeni ngeengcingo ezishinyeneyo. , Ukungcwatywa kwindawo engaphantsi kwemitha ye-1, yonke imigca yomhlaba kufuneka idibaniswe kumgca oyintloko. Ukuba umsesane we-static ukuba umqhubi unxitywe unomgca, kuya kufuneka kwakhona ukukhokela umgca ukuxhuma kumgca wokungcwaba. Iimveliso ezigqityiweyo kunye nezixhobo zokuvavanya imveliso egqityiweyo nazo kufuneka zibekwe phantsi.