I-Non-Linear Junction Detector FJT-C-S6
Ingasesha wonke amasekhethi engxenye ye-semiconductor ngokunganaki isimo sawo sokusebenza kanye nento eqondiwe equkethe okokusebenza kwensimbi.
Ingasesha ngokuphumelelayo noma yiluphi uhlobo lombhobho womsakazo (imishini yokulalela), isilawuli kude, umbhobho wentambo yocingo lwekhebula nesipika semishini yokuqhumisa kagesi efihliwe, kanye nezinto ezihlukahlukene eziqhumayo eziqukethe ukukhanya kwensimbi.
Ingaqinisekisa ngempumelelo ukusesha ezintweni zangaphakathi kanye nezakhiwo ezivikelayo (iphansi, usilingi, izindonga, izikwele, izindawo zokudlala) .I-antenna ye-telescopic ekhululekile kanye nohlu olubanzi lwamapharamitha ayisisekelo wesilawuli sedivayisi iqinisekisa ukuthi inqubo yokusebenzisa ukwenza lula ukusesha nokunemba. ukuma, futhi ingasesha amasiginali atholwe i-harmonic yesibili neyesithathu nesignali yokuvumelanisa yokuthola insimbi, isibonisi sibonisa amandla esignali kanye ne-buzzer ethuthukisa isignali yokuvumelanisa yomtshina wensimbi.
Uhlolojikelele Lwedatha Yezobuchwepheshe
1.Emandleni aphezulu kanye nemodi yokuzwela, ububanzi bokutholwa kwe-analog abukho ngaphansi kuka-50cm.Amadivayisi we-Analog akhetha I-Diode yokumisa okungahleliwe Okujwayelekile (iphakethe lomzimba elibonisa ngale).Ukuzwela komtshina wensimbi olungisekayo okungahleliwe ngokulungisa imodi yemvelo ehlukile, futhi ngenxa yalokho. izovela kusitshengiselo sesexwayiso sensimbi yensimbi yomsingathi, idivayisi eceleni kwephini lokuhlola ukulungisa ibhalansi phakathi komsebenzi, ekuphumuleni izitobhi 1-3S zingabonakali izixwayiso zezwi. Lokhu kusabela kuzokwenza ukuthi iningi lebhomu eligqitshwayo lidedelwe ngokuzenzakalelayo futhi ngeke konakalise i-alamu enqubweni yokuthola.Ibanga eliphezulu lomtshina wensimbi (5 g metal) 30cm.Okwamanje liphambili kakhulu lisebenzisa ubuchwepheshe bokucubungula idijithali futhi linembe ngokunembile futhi lilungile.
2.Amabhethri e-lithium akhelwe ngaphakathi angashajwa izikhathi ezingu-1000-1500.
3.Ukusetshenziswa kwamandla kwedivayisi akudluli u-10W
4．Ukudlala kwamandla okulawulwa okuzinzile kungabi ngaphansi kwamahora angu-6 futhi kunemodi ende yokulinda futhi ngaphandle kokuphathwa kwebhethri kwelayisensi.
5.Izinkinobho zokusebenza (ngaphandle kweswishi yamandla) zitholakala kusibonisi esisebenziseka kalula.Isibonisi siyisikrini sokuthinta se-LCD esinomthombo wokukhanya ongemuva ongasetshenziswa ukugqamisa usuku ekukhanyeni okuvamile.
6.Izisetshenziswa ezijwayelekile ezihlanganisa iphakheji engaphansi kuka-5.2 kg Iphakheji
7．Linganisa izinga lokushisa:－20℃～60℃.
8．Umswakama ohlobene: uma izinga lokushisa lingu-25 ℃, hhayi ngaphezu kuka-80%.
Imojula eyamukelayo / yokudlulisa idatha yezobuchwepheshe
1.umthumeli
a) Imvamisa yokudlulisa: 2400.5MHz — 2485.5MHz;
b) Ifomu lesiginali: Umjikelezo we-Pulse duty 5% Ububanzi be-Pulse: 500us
c) Amandla okudlulisa:3.7W(ukuphakama)
2.Isamukeli se-harmonic sesibili
a) Imvamisa yomamukeli: 4801MHz — 4971MHz;
b) Ukuzwela Kwesamukeli: -140dBm.
3 Umamukeli we-harmonic wesithathu
a) Imvamisa yomamukeli:7201.5MHz — 7456.5MHz;
b) Ukuzwela Kwesamukeli: -140dBm.
Idatha yobuchwepheshe yohlelo lwe-Antenna
1 uthi
a)I-antenna yokudlulisa: Imvamisa:2400.5MHz — 24850.5MHz, gain> 7dB, uthi VSWR <1.5;b) I-antenna yesibili yokwamukela i-harmonic: Imvamisa: 4801MHz — 4971MHz, gain> 7dB, uthi VSWR <1.5;c)I-antenna yesithathu yokwamukela i-harmonic: Imvamisa:7201.5MHz — 7456.5MHz, gain> 7dB, uthi VSWR <1.5
Ukucaciswa
1.Ibanga le-Transmitter:2400.5MHz — 2485.5MHz
2.Ifomu lesiginali: Umjikelezo we-Pulse duty 5% 3.Ububanzi bePulse: 500us
4.Amandla okudlulisa:3.7W(ukuphakama), iphutha lamandla: ± 15%.
5.Imvamisa yesamukeli se-harmonic yesibili: 4801MHz — 4971MHz
6.Second harmonic receiver sensitivity:-140dBm
7.Imvamisa yesamukeli se-harmonic yesithathu: 7201.5MHz — 7456.5MHz
8.Ukuzwela kwesamukeli se-harmonic yesithathu: -140dBm 10.Isikhathi sokusebenza: ngaphezu kwamahora angu-3
11.Isikhathi sokushaja:2 amahora 12.Isisindo:Cishe 1700g 13.Usayizi:680*130*118mm
Usayizi onwetshiwe: 1400x130x118mm