Iindaba

Umkhuseli we-Surge, obizwa ngokuba ngumkhuseli wombane, sisixhobo sombane esibonelela ngokhuseleko kwizixhobo ezahlukeneyo zombane, izixhobo, kunye nemigca yonxibelelwano. Umkhuseli unokuqhuba kwaye aqhube ngexesha elifutshane kakhulu, ukwenzela ukuba athintele ukunyuka ekulimazeni ezinye izixhobo kwisekethe.I-gap yokukhupha icandelo elisisiseko (ekwaziwa ngokuba yi-gap yokukhusela): Ngokuqhelekileyo yenziwe ngeentonga ezimbini zentsimbi ezivezwe emoyeni kunye umsantsa othile phakathi kwabo, enye idityaniswe kumgca wesigaba samandla L1 okanye umgca ongathathi hlangothi (N) wesixhobo sokukhusela esifunekayo Idibaniswe, enye intonga yensimbi idibaniswe kwi-wire grounding (PE). Xa i-overvoltage ibetha ngokukhawuleza, i-gap iyaphulwa, kwaye inxalenye yentlawulo ye-overvoltage ifakwe emhlabeni, ukuphepha ukunyuka kombane kwisixhobo esikhuselweyo.Umgama phakathi kweentsimbi ezimbini zentsimbi kwi-gap yokukhupha unokulungelelaniswa njengoko kufuneka. , kwaye ulwakhiwo lulula, kodwa ukungonakali kukuba i-arc yokucima ukusebenza ayilunganga.I-gap yokukhupha ephuculweyo yi-gap ye-angular. Umsebenzi wayo wokucima i-arc ungcono kunokuqala. Ithembele kumandla ombane we-F wesiphaluka kunye nomphumo okhulayo wokuhamba komoya oshushu ukucima i-arc.
I-tube yokukhupha igesi iqulethwe ngamacwecwe e-cathode abandayo ahlukaniswe omnye komnye kwaye afakwe kwi-tube yeglasi okanye ityhubhu ye-ceramic egcwele igesi ethile ye-inert (Ar) .Ukuze kuphuculwe amathuba okuqalisa umbhobho wokukhupha, kukho i-agent encedisayo ebangela i-agent kwi-tube yokukhupha.Le ityhubhu yokukhupha igesi ineentlobo ezimbini zeepoleni kunye neentlobo ezintathu. Iiparamitha zobugcisa betyhubhu yokukhupha igesi ikakhulu ziquka: i-DC yokukhupha i-voltage ye-Udc; Umbane wokukhupha impembelelo yombane Ephezulu (idla ngokuba Phezulu≈(2～3) Udc; ukuphindaphindwa kwamandla I-In yangoku; impembelelo kunye ne-Ip yangoku; uxhathiso lwe-insulation R (>109Ω); i-inter-electrode capacitance (1-5PF). ityhubhu yokukhupha inokusetyenziswa phantsi kweemeko zombini ze-DC kunye ne-AC. I-DC ekhethiweyo yokukhutshwa kwamandla ombane i-Udc ilandelayo: Sebenzisa phantsi kweemeko ze-DC: Udc≥1.8U0 (U0 yi-DC yombane yokusebenza kwentambo eqhelekileyo) Sebenzisa phantsi kweemeko ze-AC: U dc≥ I-1.44Un (i-Un ixabiso elisebenzayo lombane we-AC ekusebenzeni komgca oqhelekileyo) I-varistor isekelwe kwi-ZnO Njengoko icandelo eliphambili le-metal oxide semiconductor non-linear resistance, xa i-voltage esetyenziswe kwiziphelo zayo ezimbini ifikelela kwixabiso elithile, Ukuchasana kuvakalelwa kakhulu kumbane Umgaqo wayo wokusebenza ulingana nochungechunge kunye noqhagamshelwano oluhambelanayo lwee-PN ezininzi ze-semiconductor. umthamo (~ 2KA/cm2), ukuvuza okuphantsi okuqhelekileyo iminyaka yobudala (10-7～10-6A), i-voltage ephantsi eshiyekileyo (kuxhomekeke kumsebenzi we-varistor Voltage kunye nomthamo wangoku), ixesha lokuphendula ngokukhawuleza kwi-overvoltage edlulayo (~ 10-8s), akukho freewheeling. Iiparamitha zobugcisa be-varistor ikakhulu ziquka: i-varistor voltage (okt switching voltage) i-UN, i-reference voltage Ulma; intsalela yombane we-Ures; umlinganiselo wombane oshiyekileyo K (K=Ures/UN); ubukhulu bomthamo wangoku Imax; ukuvuza kwangoku; ixesha lokuphendula. Iimeko zokusebenzisa i-varistor zezi: amandla ombane e-varistor: UN≥[(√2×1.2)/0.7] Uo (Uo ngumbane olinganisiweyo wobonelelo lwamandla ombane wemveliso) Ubuncinci bombane besalathiso: Ulma ≥ (1.8 ~ 2) Uac (esetyenzisiweyo phantsi kweemeko ze-DC) i-Ulma ≥ (2.2 ~ 2.5) i-Uac (esetyenziswa phantsi kweemeko ze-AC, i-Uac yi-voltage esebenzayo ye-AC) Awona mandla ombane esalathiso aphezulu we-varistor kufuneka agqitywe ngombane wokuxhathisa kwesixhobo sombane esikhuselweyo, kunye nombane oshiyekileyo i-varistor kufuneka ibe ngaphantsi komgangatho welahleko yamandla ombane wesixhobo sombane esikhuselweyo, oko kukuthi (Ulma) max≤Ub/K, le fomula ingasentla K ngumlinganiselo wombane oshiyekileyo, i-Ub yilahleko yombane wesixhobo esikhuselweyo.
I-Diode ye-Suppressor Diode inomsebenzi wokubamba kunye nokunciphisa amandla ombane. Isebenza kwindawo yokuqhawula umva. Ngenxa ye-voltage ephantsi ye-clamping kunye nokuphendula ngokukhawuleza, ifaneleke ngokukodwa kumanqanaba okugqibela okhuseleko kwiisekethe zokukhusela amanqanaba amaninzi. isici.Impawu zevolt-ampere zediode yocinezelo kwindawo yokwaphuka zingabonakaliswa ngale fomyula ilandelayo: I=CUα, apho u-α ngumlinganiso ongeyena umgca, weZener diode α=7～9, kwi-avalanche diode α= 5 ～7. Uxinzelelo lwediode Ezona parameters zobuchwephesha zezi: ⑴ Ireyithiwe amandla ombane wokuqhekeka, okubhekiselele kumbane wokuqhekeka phantsi komsinga okhankanyiweyo wokubuya umva (udla ngokuba yi-lma). Ngokuphathelele kwidiode yeZener, umbane wokophuka okalikelweyo ukwindawo ye-2.9V～4.7V , Kwaye amandla ombane ocalulwayo we-avalanche diode ihlala ikuluhlu lwe-5.6V ukuya kwi-200V.⑵Owona mbane wokubamba owona mkhulu: Ubhekisa kowona mbane uphezulu amandla ombane abonakala kuzo zozibini iziphelo zetyhubhu xa kudlula umsinga omkhulu wohlobo lwamaza oluxeliweyo.⑶ Amandla e-Pulse: Ibhekisa kwimveliso yowona mbane uphezulu wokubamba wombane kwiziphelo zombini zetyhubhu kunye nexabiso elilinganayo langoku kumbhobho. phantsi kwendlela ekhankanyiweyo yangoku (efana ne-10/1000μs) ⑷ I-voltage yokubuyela umva: Ibhekisa kumandla ombane aphezulu anokufakwa kuzo zozibini iziphelo zetyhubhu kwindawo yokuvuza engasemva, kwaye ityhubhu ayifanelanga yaphulwe phantsi kolu mbane. .La mandla ombane okubuyisela umva kufuneka abe phezulu kakhulu kunowona mbane uphezulu wokusebenza wenkqubo ye-elektroniki ekhuselweyo, oko kukuthi, ayinakuba kwimeko yokuqhuba ebuthathaka xa le nkqubo isebenza ngesiqhelo.⑸Ubuninzi bokuvuza kwangoku: ibhekisa obona buninzi bangoku obuya umva oqukuqelayo kwityhubhu phantsi kwentshukumo yombane wokushenxiswa umva.⑹Ixesha lokuphendula: 10-11s Ikhoyili yokukrwitsha Ikhoyili yokukrwitsha sisixhobo esixhaphakileyo sokuphazamiseka kwesixhobo esineferrite njengondoqo. Iqulathe iikhoyili ezimbini zobukhulu obufanayo kunye nenani elifanayo lokujika ukuba symmetrically inxeba kwi-ferrite efanayo Isixhobo se-terminal esine senziwe kwi-core toroidal core, esinempembelelo yokucinezela kwi-inductance enkulu ye-common-mode. Ukusetyenziswa kweekhoyili ezikrwitshwayo kwimigca elungeleleneyo kunokucinezela ngokufanelekileyo imiqondiso yophazamiseko yemowudi eqhelekileyo (efana nokuphazamiseka kombane) ngaphandle kokuchaphazela ukuhanjiswa kwesiqhelo kwemiqondiso yendlela yokwahluka umgca.Ikhoyili yokukrwitsha kufuneka ihlangabezane nezi mfuno zilandelayo ngexesha lemveliso: 1) Iingcingo ezinxeba kwi-coil core kufuneka zifakwe kwi-insulated ukusuka komnye nomnye ukuze kuqinisekiswe ukuba akukho ukuphazamiseka kwe-short-circuit kwenzeka phakathi kokujika kwekhoyili phantsi kwesenzo sokugqithisa ngokukhawuleza. 2) Xa umsinga omkhulu okhawulezayo uhamba kwikhoyili, undoqo kazibuthe akufuneki ugcwale.3) Undoqo wemagnethi kwikhoyili kufuneka ukhuselwe kwikhoyili. ikhoyili yokuthintela ukuqhekeka phakathi kwezi zibini phantsi kwesenzo sokugqithisa okwexeshana.4) Ikhoyili kufuneka ihlatywe kuluhlu olunye kangangoko kunokwenzeka. Oku kunokunciphisa i-parasitic capacitance yekhoyili kwaye kwandise ukukwazi kwekhoyili ukumelana nokugqithiswa kwe-instantaneous overvoltage.1/4 wavelength short-circuit device 1/4-wavelength short-circuit device sisikhuseli sophawu lwe-microwave eyenziwe ngokusekwe kuhlalutyo lwe-spectrum lombane. amaza kunye nethiyori yamaza emileyo ye-eriyali kunye nesondlo. Ubude bentsimbi ye-short-circuit bar kulo mkhuseli isekelwe kwisignali yokusebenza I-frequency (efana ne-900MHZ okanye i-1800MHZ) inqunywe ngubukhulu be-1/4 ubude be-wavelength. i-frequency yesiginali yokusebenza, elingana nesekethe evulekileyo kwaye ayichaphazeli ukuhanjiswa komqondiso. Nangona kunjalo, ngenxa yamaza ombane, ngenxa yokuba amandla ombane asasazwa kakhulu ngaphantsi kwe-n + KHZ, le bhari emfutshane I-impedance yamaza ombane incinci kakhulu, ilingana nesiphaluka esifutshane, kwaye umgangatho wamandla ombane uvuza emhlabeni. Idayamitha ye-1/4-wavelength yebha yesekethe emfutshane ngokubanzi ziimilimitha ezimbalwa, impembelelo yangoku yokumelana nokusebenza ilungile, enokufikelela ngaphezulu kwe-30KA (8/20μs), kwaye amandla ombane ashiyekileyo amancinci kakhulu. Lo mbane ushiyekileyo ubangelwa ubukhulu becala yibhari yesekethe emfutshane yokuthomalalisa ngokwayo. Ukungalungi kukuba i-band frequency band incinci, kwaye i-bandwidth imalunga ne-2% ukuya kwi-20%. Olunye ukusilela kukuba akunakwenzeka ukongeza i-DC bias kwiziko le-antenna feeder, ekhawulela izicelo ezithile.

Ukhuseleko oluphezulu lwabakhuseli bombane (abakwabizwa ngokuba ngabakhuseli bombane) ukukhuselwa ngokwemigangatho Ngenxa yokuba amandla ombane abetha makhulu kakhulu, kuyafuneka ukuba ngokuthe ngcembe akhuphe amandla ombane abethe emhlabeni ngokusebenzisa indlela yokukhupha ngokwenqanaba lenqanaba lokuqala lombane. isixhobo sokukhusela sinokukhupha umbane othe ngqo wangoku, okanye sikhuphe amandla amakhulu aqhutywayo xa umbane wokuhambisa umbane ubethwe ngokuthe ngqo ngumbane. Kwiindawo apho umbane othe ngqo unokuthi wenzeke, ukhuseleko lombane lwe-CLASS-I kufuneka lwenziwe.Isixhobo sokukhusela umbane wenqanaba lesibini sisixhobo sokukhusela umbane oshiyekileyo wesixhobo sokukhusela umbane wenqanaba langaphambili kunye nokubetha umbane owenziweyo kwindawo. . Xa ukufunxwa kombane kwinqanaba langaphambili kusenzeka, kusekho inxalenye yesixhobo okanye isixhobo sokukhusela umbane senqanaba lesithathu. Isixa esikhulu samandla esiya kuhanjiswa, kwaye kufuneka sifunxwe ngakumbi sisixhobo sokukhusela umbane esikwinqanaba lesibini. Kwangaxeshanye, umgca wothumelo odlula kwisixhobo sokukhusela umbane wenqanaba lokuqala nawo uya kubangela umbane. I-electromagnetic pulse radiation LEMP. Xa umgca ude ngokwaneleyo, amandla ombane owenziweyo uba mkhulu ngokwaneleyo, kwaye isixhobo sokukhusela umbane wenqanaba lesibini siyadingeka ukuqhubela phambili ukukhupha amandla ombane.Isixhobo sokukhusela umbane senqanaba lesithathu sikhusela i-LEMP kunye namandla ombane aseleyo adlulayo. Isixhobo sokukhusela umbane esikwinqanaba lesibini. Injongo yenqanaba lokuqala lokhuseleko kukuthintela amandla ombane wokunyuka ukuba aqhutywe ngokuthe ngqo ukusuka kwindawo ye-LPZ0 ukuya kwindawo ye-LPZ1, kunye nokunciphisa amandla ombane wokunyuka amashumi amawaka ukuya kumakhulu amawaka ii-volts ukuya kwi-2500-3000V. Umkhuseli wokuqhafaza amandla ofakwe kwicala eliphantsi le-voltage ye-transformer yamandla asekhaya kufuneka abe ngumkhuseli wesigaba esithathu sokutshintsha kwamandla ombane njengomgangatho wokuqala wokhuseleko, kunye nesantya sokuhamba kombane akufanele kube. ngaphantsi kwe 60KA.Lo mgangatho wokhuselo lwamandla ombane kufuneka ube ngumkhuseli omkhulu womthamo wamandla oqhagamshelwe phakathi kwesigaba ngasinye somgca ongenayo wonikezelo lwamandla lomsebenzisi s. ystem kunye nomhlaba.Kufuneka ngokubanzi ukuba eli nqanaba lomkhuseli wokuqhafaza amandla linomthamo wempembelelo ephezulu ngaphezu kwe-100KA ngesigaba ngasinye, kwaye umbane omiselweyo ofunekayo ungaphantsi kwe-1500V, obizwa ngokuba yi-CLASS I power surge protector.Le mibane ye-electromagnetic lightning izixhobo zokukhusela zenzelwe ngokukodwa ukujamelana nemisinga emikhulu yombane kunye nombane owenziweyo kunye nokutsala amandla ombane aphezulu, anokuthi akhuphe inani elikhulu lemisinga yokunyuka emhlabeni.Babonelela kuphela ukhuseleko lwezinga eliphakathi (ubuninzi bombane obonakala kwi-voltage). umgca xa impembelelo yangoku iqukuqela kwisibambi sokunyuka kwamandla ibizwa ngokuba yi-voltage elinganiselweyo), ngenxa yokuba abakhuseli be-CLASS I ikakhulu bafunxa imisinga emikhulu yokuphuma. Abanakukwazi ukukhusela ngokupheleleyo izixhobo zombane ezibuthathaka ngaphakathi kwenkqubo yonikezelo lwamandla.Inqanaba lokuqala lokubanjwa kombane lombane linokuthintela i-10/350μs, i-100KA umbane wamaza, kwaye ufikelele kowona mgangatho uphakamileyo wokhuseleko uchazwe yi-IEC.Isalathiso sobugcisa yile: izinga lokuhamba kombane. mkhulu kuno okanye ulingana no 100KA (10/350μs); ixabiso lombane elishiyekileyo alikho ngaphezu kwe-2.5KV; ixesha lokuphendula lingaphantsi okanye lilingana ne-100ns. Injongo yenqanaba lesibini lokukhusela kukunciphisa ngakumbi ixabiso le-voltage ye-residual surge edlula kwinqanaba lokuqala lokubanjwa kombane ukuya kwi-1500-2000V, kunye nokuphumeza uxhumano lwe-equipotential kwi-LPZ1- I-LPZ2.Imveliso yokukhusela i-power surge ephuma kwi-circuit yekhabhinethi yokusabalalisa kufuneka ibe ngumkhuseli we-voltage-limiting power surge njengenqanaba lesibini lokukhusela, kwaye umthamo wayo wangoku wombane akufanele ube ngaphantsi kwe-20KA. Kufuneka ifakwe kwisitishi esinikezela amandla kwizixhobo zombane ezibalulekileyo okanye ezibuthathaka. I-ofisi yokuhambisa umbane ezindleleni. Ezi zibambeli zombane zobonelelo zinokufunxa ngcono intsalela yamandla atyhutyhayo athe adlula kwisibambisi sokutya kwisango lonikezelo lombane lomsebenzisi, kwaye zibe noxinzelelo olungcono lokugqithiswa kombane odlulayo. ye-45kA okanye ngaphezulu ngesigaba ngasinye, kunye nomlinganiselo omiselweyo wombane ofunekayo kufuneka ube ngaphantsi kwe-1200V. Ibizwa ngokuba yi-CLASS Ⅱ umkhuseli wokunyuka kwamandla.Inkqubo yokunikezelwa kwamandla omsebenzisi jikelele inokufezekisa ukhuseleko lwenqanaba lesibini ukuhlangabezana neemfuno zokusebenza kwezixhobo zombane. Umbane wombane wenqanaba lesibini ubamba umkhuseli wohlobo lwe-C kwiziko lesigaba, isigaba-umhlaba kunye nomgangatho ophakathi komhlaba ukhuseleko lwemowudi epheleleyo, ubukhulu becala Iiparamitha zobugcisa zezi: umbane wangoku umbane mkhulu okanye ulingana ne-40KA (8/ 20μs); ixabiso lencopho yombane elishiyekileyo alikho ngaphezu kwe-1000V; ixesha lokuphendula alikho ngaphezu kwe-25ns.

Injongo yenqanaba lesithathu lokukhusela yindlela yokugqibela yokukhusela izixhobo, ukunciphisa ixabiso le-voltage ye-residual surge ibe ngaphantsi kwe-1000V, ukwenzela ukuba amandla ombane angonakalisi izixhobo. Unikezelo lwamandla e-AC yezixhobo zolwazi lwe-elektroniki kufuneka lube luchungechunge lwe-voltage-limiting power surge protector njengenqanaba lesithathu lokukhusela, kwaye umthamo walo wangoku wombane akufanele ube ngaphantsi kwe-10KA.Umgca wokugqibela wokukhusela unokusebenzisa amandla akhelwe ngaphakathi. Umbane obamba umbane kunikezelo lwangaphakathi lwamandla esixhobo sombane ukufezekisa injongo yokuphelisa ngokupheleleyo i-overvoltage encinci edlulayo.Isikhuseli samandla sokutyhalela amandla esisetyenziswe apha sidinga umthamo wempembelelo enkulu ye-20KA okanye ngaphantsi kwesigaba ngasinye, kwaye umbane ofunekayo umda kufuneka ube ngaphantsi kwe. 1000V.Kwezinye izixhobo ze-elektroniki ezibaluleke kakhulu okanye ezinovakalelo, kuyimfuneko ukuba nenqanaba lesithathu lokhuseleko, kwaye liyakwazi Ngoko ke khusela izixhobo zombane kwi-overvoltage edlulayo eveliswa ngaphakathi kwisistim. Kumbane ohlaziyiweyo osetyenziswa kwisixhobo sonxibelelwano se-microwave, izixhobo zonxibelelwano lwesikhululo esiphathwayo kunye nesixhobo serada, kuyacetyiswa ukuba ukhethe umkhuseli wombane wombane weDC olungelelaniswe kumbane osebenzayo njengoko ukukhuselwa kokugqibela ngokweemfuno zokhuseleko lwamandla ombane osebenzayo.Inqanaba lesine kunye nokhuseleko olungaphezulu lusekelwe kwinqanaba lokumelana nombane wezixhobo ezikhuselweyo. Ukuba amanqanaba amabini okhuseleko lombane anokunciphisa amandla ombane ukuba abe ngaphantsi komgangatho wokumelana nombane wesixhobo, amanqanaba amabini kuphela okhuseleko afunekayo. Ukuba isixhobo sinomgangatho ophantsi wokumelana nombane, sinokufuna amanqanaba amane okanye ngaphezulu okhuseleko.Umbane wangoku wokhuseleko lwenqanaba lesine akufanele ube ngaphantsi kwe-5KA. Umgaqo osebenzayo wokwahlulahlulwa kokhuseleko lokutyanda lwahlulwe lwaba ⒈ uhlobo lokutshintsha: umgaqo wayo wokusebenza kukuba xa kungekho overvoltage ekhawulezileyo, iveza i-impedance ephezulu, kodwa yakuba iphendule kumbane odlulayo ogqithisayo, uthintelo lwayo lutshintsha ngequbuliso lube yi-impedance. ixabiso eliphantsi, ukuvumela umbane Ukudlula kwangoku.Xa zisetyenziswa njengezixhobo ezinjalo, izixhobo ziquka: umsantsa wokukhupha, ityhubhu yokukhupha igesi, i-thyristor, njl.⒉Uhlobo lokunciphisa i-Voltage: Umgaqo wayo wokusebenza uxhathiso oluphezulu xa kungekho overvoltage kwangoko, kodwa ukwanda kwangoku kunye ne-voltage, i-impedance yayo iya kuqhubeka iyancipha, kwaye iimpawu zayo zangoku-voltage zinamandla angenawo umgca.Izixhobo ezisetyenziselwa izixhobo ezinjalo zezi: i-zinc oxide, i-varistors, i-suppressor diodes, i-avalanche diode, njl. Uhlobo lwe-shunt choke: oludityaniswe ngokunxuseneyo nesixhobo esikhuselweyo, lubonelela ngothintelo oluphantsi kwi-pulse yombane, kwaye lubonelela ngothintelo oluphezulu kwi-op eqhelekileyo. Uhlobo lokuminxeka: Kuluhlu olunezixhobo ezikhuselweyo, lunika uthintelo oluphezulu kwimibhobho yombane, kwaye lunika uthintelo olusezantsi kwii-frequencies zesiqhelo zokusebenza.Izixhobo ezisetyenziselwa ezo zixhobo zezi: iikhoyili ezikrwitshwayo, izihluzi ezipase kakhulu, izihluzi ezidlula kancinci. , izixhobo ze-1/4 ze-wavelength ezimfutshane, njl.

Ngokwenjongo (1) Umkhuseli wamandla: Umkhuseli wamandla we-AC, umkhuseli wamandla we-DC, umkhuseli wamandla otshintshayo, njl. njl Iiphaneli zokuhambisa amandla eDC, njl.; Kukho iibhokisi zokuhambisa amandla angaphandle kwisakhiwo, kunye nokwakhiwa kweebhokisi zokuhambisa amandla omgangatho; amaza amandla Surge abakhuseli zisetyenziselwa i-voltage ephantsi (220/380VAC) iigridi zamandla oshishino kunye neegridi zamandla oluntu; kwiinkqubo zamandla, zisetyenziselwa ubukhulu becala igalelo lamandla amathathu okanye imveliso kwiphaneli yonikezelo lwamandla kwigumbi lokulawula eliphambili legumbi lokuzenzekelayo kunye ne-substation.Ifanelekile kwiinkqubo ezahlukeneyo zobonelelo lwamandla eDC, ezinje: ipaneli yokuhambisa amandla eDC ; Izixhobo zobonelelo lwamandla eDC; ibhokisi yokuhambisa amandla eDC; ikhabhinethi yenkqubo yolwazi lombane; Itheminali yemveliso yesixhobo sonikezelo lwamandla esibini.⑵Umkhuseli womqondiso: isikhuseli somqondiso wefrikhwensi ephantsi, isikhuseli somqondiso wefrikhwensi ephezulu, isikhuseli se-eriyali esondla, njl. njl I-ROUTER kunye nezinye izixhobo zenethiwekhi ukubetha kombane kunye nombane we-electromagnetic pulse eyenzelwe ukhuseleko olugqithisileyo; ·Ukhuseleko lokutshintsha uthungelwano lwegumbi lenethiwekhi; ·Ukhuseleko lweseva yegumbi lenethiwekhi; ·Igumbi lothungelwano olunye Ukhuseleko lwezixhobo ezinojongano lwenethiwekhi; · Ibhokisi le-24-port elihlanganisiweyo lokukhusela umbane lisetyenziselwa ikakhulu ukukhuselwa kwe-centralized of multi-signal channels kwiikhabhinethi zenethiwekhi ezidibeneyo kunye neekhabhinethi zokutshintsha zesebe. Izikhuseli zokunyuka komqondiso. Izixhobo zokukhusela umbane womqondiso wevidiyo zisetyenziswa ikakhulu kwisixhobo somqondiso wevidiyo. Ukhuselo lwe-synergy lunokukhusela zonke iintlobo zezixhobo zokusasaza ividiyo kwiingozi ezibangelwa kukubethwa kombane kunye nombane wokunyuka ovela kumgca wokuhambisa umqondiso, kwaye ikwasebenza kuthumelo lweRF phantsi kombane osebenzayo ofanayo. ibhokisi yokukhusela isetyenziselwa ikakhulu ukukhuselwa okuphakathi kwezixhobo zokulawula ezifana ne-hard disk video rekhoda kunye nabasiki bevidiyo kwikhabhinethi yokulawula edibeneyo.