Iyini i-FMUSER 1000 Watt AM Transmitter?

Ihlolwe ithimba le-FMUSER le-RF eliqeqeshiwe, izici zalesi sidlulisi samandla aphezulu we-AM yilezi:

 

• 72% noma ngaphezulu ukusebenza kahle komsebenzi - Isidluliseli esingu-1 KW AM sinokufinyelela ku-72% (noma ngaphezulu kwalokho), kuyilapho sithuthukisa ukusebenza kahle komsakazo, yonga amandla futhi yehlisa izindleko zokusebenza nokugcinwa komsakazo.
• Idizayini ye-modular yonke-in-one - I-FMUSER 1KW AM Transmitter isiza ukuthuthukisa ukusetshenziswa kwesikhala kwekhabhinethi.
• Isilawuli kude se-AUI - Umsebenzi we-AUI wale 1 KW AM Transmitter ungabona isilawuli kude futhi uthuthukise ukuphathwa kwesikhathi sangempela kwemishini.
• Umsebenzi wensimbi ophelele owakhelwe ngaphakathi - lokhu kuzokusiza ukuthi uphathe ngokuhlelekile futhi uqaphe isilinganiso se-impedance yesikhathi sangempela, i-voltage, yamanje, amandla kanye neminye imingcele ebalulekile, futhi awudingi ukuchitha amashumi ezinkulungwane zamaRandi ukuze uthenge ngaphezu kwalokho.

 

I-FMUSER High Power Solid State AM transmitter Family
1KW AM Transmitter	3KW AM Transmitter	5KW AM Transmitter	10KW AM Transmitter
25KW AM Transmitter	50KW AM Transmitter	100KW AM Transmitter	200KW AM Transmitter

 

Buka uchungechunge lwethu lwamavidiyo okwakhiwa kwe-10kW AM esizeni e-Cabanatuan, e-Philippines:

 

 

Imithwalo Yokuhlola ye-AM Nezinsiza
1, 3, 10KW AM ukuhlolwa komthwalo	100KW AM Umthwalo wokuhlola isidlulisi	200KW AM Umthwalo wokuhlola isidlulisi
Iyunithi ye-AM ye-antenna	Ibhentshi lokuhlola i-AM Transmitter

Lokhu kukwenza kanjani 1000 Watt AM Transmitter Usebenza?

Lesi Transmitter esingu-1 KW AM sizuza njengefa umqondo ofanayo othi "ikhasimende kuqala" wemboni yokukhiqiza ye-FMUSER.

 

A 1 KW AM Transmitter okungukuthi Izindleko eziphansi nokusebenza okuphezulu njengeNjalo

 

Isixazululo esihamba phambili embonini asihlinzeki nje kuphela amakhasimende omhlaba ngentengo ethengekayo, kodwa futhi siletha kufikela ku-72% (noma ngisho nangaphezulu) ukusebenza kahle kwale 1KW AM Transmitter kumarediyo e-AM angochwepheshe. high) ukusebenza kahle kokusakaza - lokhu kusho izindleko eziphansi zokusebenza kwemishini nokuyilungisa.

Le Transmitter engu-1 KW AM ethengiswayo yakhelwe ngohlelo oluthembekile lokupholiswa komoya oluhlanganiswe nokusebenza kahle kokusakaza kwenza lesi sidlulisi sokusakaza se-AM sibe yithuluzi lokudlulisela elikhethwayo eziteshini eziningi ze-1KW AM, ikakhulukazi abathengi ngesabelomali esingasiza zombili. bakha ukusakazwa kwe-AM okusebenza kahle kakhulu.

 

Uma ufuna i-1 KW AM Transmitter ehamba phambili ethengiswayo, kuhle, kuhlala kukhanga kakhulu ukuba nesiteshi somsakazo kanye nesidluliseli se-AM esingasiza ngokwezindleko (ukonga ezikweletini zikagesi kungaba ngamashumi noma ngisho nangaphezulu. amakhulu ezinkulungwane zamaRandi).

 

Ukonga Amandla & Ne-Eco Friendly, yilokho lokhu I-1 KW AM Transmitter ingafinyelela

 

Ukukhishwa kwekhabhoni kweziteshi zomsakazo, ikakhulukazi iziteshi zomsakazo ezinkulu, kuwudaba olubalulekile olunganakwa kalula ngabaqhubi bemisakazo. Ziningi izikhuthazo zokukhishwa kwekhabhoni ngokweqile, enye yazo ukusetshenziswa kukagesi.

 

Ngenxa yesidingo sokuzuza umphumela wokudluliswa kwe-intercontinental, ama-transmitter amaningi e-AM asebenzisa amandla aphezulu kakhulu, afana no-100KW, 500KW noma ngaphezulu.

 

 

Uma ungafuni ukuthola incwadi yesikhalazo evela emnyangweni wendawo wokuvikelwa kwemvelo, ungakhetha engcono elungele ukusetshenziswa kwendawo. Isidluliseli sokusakaza se-AM esijwayelekile ngogesi.

 

Ngenhlanhla, i-FMUSER inemboni ethuthukisiwe yokukhiqiza i-AM transmitter kanye nenqubo yokukhiqiza umkhiqizo, futhi ihlala ibambelela emgomweni oyinhloko wokukhiqiza imishini yokusakaza ye-AM esebenza kahle kakhulu, ewonga amandla futhi enobungani nemvelo eziteshini zomsakazo eziningi zezwe nezempi ze-AM, okuyi. kungani lokhu Isizathu esiyinhloko sokuthandwa kwe-1000 Watt AM Transmitter ekuqaleni kokukhululwa kwayo - ukuqinisekisa ukuthi inamandla futhi inezici ezinhle zemvelo.

 

Le Transmitter engu-1 KW AM iyathengiswa inamazinga wamandla amathathu alungisekayo: amandla aphezulu, aphakathi nendawo naphansi, futhi iqinisekisa ukusebenza kahle okuthembekile.

 

Okusho ukuthi: Ukusebenza okuphezulu = amandla amancane = izindleko eziphansi = ukusebenza okude

 

Ngakho-ke, phakathi nomjikelezo wempilo yomkhiqizo olinganiselwe, le FMUSER's 1000 Watt AM Transmitter ingasiza ngempumelelo umsakazo wakho wonge amandla nogesi, futhi yehlise ngokungaqondile izinkulungwane zamathani ama-metric esisi esibamba ukushisa.

 

Uma usakaza uhlelo lwakho lwe-AM endaweni eqhele ngezinkulungwane zamakhilomitha, uvikela imvelo, ubulala izinyoni ezimbili ngetshe elilodwa!

 

A 1000 Watt AM Transmitter nge Idizayini ye-Modular Ethuthukisa Ukusebenzisana Komuntu Nomshini

 

Lesi sidlulisi esisanda kukhishwa se-1KW FM silingana nohhafu wama-transmitter endabuko e-AM, okusho ukuthi ungakha amathuba amaningi okwakheka kwemishini yomsakazo ngendawo yaphansi ecebe kakhulu.

 

Idizayini ye-modular yezingxenye ayivumeli kuphela onjiniyela bomsakazo ukuthi baphendule ngokushesha, kodwa futhi yehlisa izindleko zokulungisa noma zokushintshwa kwawo wonke umshini.

 

Akusadingeki ukhathazeke ngokuthi inazo yini izinkinga ezivamile zama-transmitters e-AM wendabuko esikhathini esidlule - ungayifaka esikhundleni sayo ngomshini omusha kuphela. Hhayi izingxenye ezishintshayo.

 

 

Ngaphandle kosayizi omncane kangaka wale 1KW AM Transmitter, onjiniyela besiteshi sakho banokufinyelela okusheshayo kuzo zonke amamojula angaphakathi kanye nezingxenye ezinkulu yalesi 1000 Watt AM Transmitter, esizonciphisa izindleko ezingaba khona ezihlobene nesikhathi sokuphumula sokulungiswa kwesidlulisi se-AM ngesikhathi sekhefu.

 

Uchungechunge lwe-FMUSER luhlanganisa izingxenye zesimo esiqinile esakhiweni esimangelengele, esingenasidingo kakhulu, esishintshwayo.

 

I-footprint ehlangene, uhlu lwezingxenye ezishicilelwe namandla angashintshwa yi-screwdriver gcina isidluliseli sakho se-FMUSER AM sisebenza iminyaka ezayo.

 

I-Backup Exciter eyakhelwe ngaphakathi enokushintsha okuzenzakalelayo

 

Isici esiyingqayizivele se-FMUSER AM Transmitter iyimpinda ephelele yesigaba se-exciter esihlinzeka ngenkampani yenethiwekhi ye-RF namasignali okulawula ukuguquguquka kumojula yamandla.

 

Esimeni sokwehluleka, le 1000 Watt AM Transmitter ishintshela ngokuzenzakalela kusixhumi esisekelayo esakhelwe ngaphakathi, sithuthukisa kakhulu ukuthembeka okuphezulu okukhona kumklamo wesimo esiqinile semodular.

 

I-FMUSER 1KW AM Transmitter ingagcina ukusakazwa bukhoma ngaphandle kokugadwa ngesandla, yamukele isekethe eyingqayizivele, engamisa ngamandla ukunikezwa kwamandla, ivimbele i-voltage yolayini we-AC ukuthi ingashintshi, futhi ibuyisele ngokuzenzakalelayo isimo sangaphambilini sokusebenza ngemuva kokuhluleka kwamandla e-AC, ukugcwala ngokweqile noma ukugcwala kwe-RF, ngaphandle kwamathuluzi akhethekile noma Ikhono lokushintsha imvamisa esheshayo nelilula liyatholakala ngemishini yokuhlola yangaphandle.

 

Isidluliseli esingu-1000 Watt AM Esinohlelo Oluhlanganisiwe Lokusakaza Okunamandla

Ngaphezu kwesakhiwo sayo esihlangene, ukonga amandla nokusebenza kahle okuphezulu, le 1000 Watt AM Transmitter iphinde ibe uhlelo olunamandla oluhlanganisa konke. Kokuqukethwe okulandelayo, uzofunda ukuthi lesi sidluliseli se-AM sinikezela kanjani ngezinsizakalo ezinkampanini eziningi eziholayo ngokuhlanganiswa kwesoftware enamandla nezinhlelo zehadiwe.

 

Isistimu yokulawula kude ye-AUI-IP Ishumekwe nge-FMUSER 1 KW AM Transmitter 

 

Le Transmitter engu-1 KW AM iyathengiswa ifakwe isoftware yesilawuli kude (AUI).

 

Unjiniyela womsakazo angakwazi ukuqapha ekude isimo sokusebenza kwesidlulisi se-AM ngesikhathi sangempela ngekhompyutha noma i-APP yeselula ngaphandle kokuya kusayithi, futhi aphendule ngokushesha ezimeni ezihlukahlukene futhi anikeze isixazululo esihambelanayo.

 

 

Lokhu kuzokonga kakhulu izindleko zokusebenza nezokugcina izithutha zomsakazo we-AM.

 

Kuhle ukusho ukuthi i-1000 Watt AM Transmitter ingahlinzeka ngemisebenzi yokutholwa kwedatha konjiniyela, futhi isixhumi esibonakalayo sokuxhumana kwenethiwekhi kanye ne-serial communication interface yilezi (RS232 noma RS485/RS422).

 

Uhlelo Lokuqapha Idatha Yokusakaza Okuzenzakalelayo (kuyakhetheka kulokhu 1KW AM Transmitter)

 

U-FMUSER ulungiselela ideshibhodi yepharamitha ehlanganisiwe kanye nebhangqa eqondisayo yokulinganisa i-spectrum yawo wonke umthengi othenga le modeli engu-1KW mahhala.

 

Intengo yemakethe yalezi zisetshenziswa isukela emashumini ezinkulungwane zamadola.

 

 

Uma ungakufuni lokhu Umsebenzi uvela ebhizinisini lakho lokusakaza, sicela uhambise izidingo zakho kochwepheshe be-FMUSER RF usebenzisa ifomu elithi "Xhumana nathi" elingakwesokunxele, futhi bazoxhumana nawe ngokushesha ngangokunokwenzeka.

 

Sinamamodeli amaningi okuhlanganisa le 1 KW AM Transmitter ethengiswayo, uma kucatshangelwa abathengi be-AM transmitter abanezidingo ezahlukene, i-FMUSER ilungiselele ngokukhethekile ideshibhodi yepharamitha engaqapha amapharamitha amaningi abalulekile afaka i-transmitter impedance, i-voltage, yamanje namandla ngesikhathi sangempela.

 

Njengoba isistimu ingakala ngokuzenzakalelayo ukuthinta ngaphandle kokushanela imvamisa okwenziwa ngesandla (i-impedance ilinganiswa kusihlanganisi, ngakho-ke akudingekile ukulungiswa kwesigaba sesihlungi se-harmonic), kungenzeka ukukala uthi ngaphandle kokuvala umkhondo wokuphazamiseka kwesistimu yomsakazo.

 

Ngesikhathi esifanayo, ungathola ukuthintana komthwalo wesistimu ye-antenna ngesikhathi sokusebenza okuvamile kwe-1000 Watt AM Transmitter ngephaneli yensimbi, futhi wenze izinguquko ezinkulu ngokusekelwe kudatha yesikhathi sangempela. Ungaphinda uqhathanise i-voltage edlulisiwe kanye nama-waveform amanje ukuze ulinganise ukuvinjelwa komthwalo ngaphakathi kwebanga lefrikhwensi yokusebenza. , ukuze uqinisekise ukuthi isistimu yakho yokusakaza ye-AM isebenza kahle.

 

I-FMUSER 1 KW AM Transmitter ethengiswayo futhi ifaka phakathi i-coupler eyakhiwe ngaphakathi yokulinganisa i-spectrum, ikusiza ukuthi ukhuphule ukunemba kwezilinganiso ze-spectrum yakho kumthwalo wangempela we-antenna, okubalulekile lapho ukala ukukhishwa kwesiteshi esiseduze.

 

I-1 KW AM Transmitter enohlelo olukhaliphile lwendlela yokuphepha 

 

Idivayisi yokuvikeleka iqukethe isistimu yokufinyelela elawulwa ukhiye wemishini eqinisekisa ukuthi amandla ayasuswa kukhabethe lokudlulisela futhi uthi lubekwe phansi ngaphambi kokuba ukufinyelela kuvunyelwe.

 

Kungani le Transmitter engu-1 KW AM idayiswa idume kangaka? Uhlelo lokuvala shaqa oluphuthumayo olungaphumeleli lufakiwe, okuvumela ukungezwa kwenombolo engenamkhawulo yamaswishi avaliwe okuphepha axhumeke kuchungechunge.

 

Noma yikuphi ukulahleka kokuqhubeka kukagesi kule loop kuzobangela ngokuzenzakalelayo ukuthi i-breaker AC eyinhloko ivuleke, kususe wonke amandla kukhabhinethi yokudlulisela.

 

A 1KW AM Transmitter nge I-Rock Solid Reliability Design

 

Ingxenye yokushisela nokuxhuma yebhodi le-amplifier yamandla yamukela yonke inqubo yebhodi yegolide yokucwenga, eqinisekisa ukusebenza kahle kukagesi, ukumelana ne-oxidation kanye nokumelana nokugqwala.

 

Umzimba wale Transmitter engu-1 KW AM ethengiswayo wamukela ikesi elilwa nemisebe kanye nesakhiwo esivikelayo. Ngaphandle kohlaka lwamathambo, iyikesi ye-aluminium yonke, ehlangabezana nezidingo zemisebe ye-electromagnetic.

 

Ukugeleza komoya kwabalandeli akuthintwa izinguquko zamandla e-AC, okuqhubeka nokuqinisekisa ukusebenza okuphansi kwezinga lokushisa nokuthembeka kwesikhathi eside. Nge-master-standby switchover, ishintshela ngokuzenzakalelayo emshinini wokulinda lapho umsingathi ehluleka.

Indlela yokuguqulwa	I-PDM
Ibanga lokuphuma kwamandla	0-110% wamandla alinganiselwe
Isici samandla	≥0.95
Ukusebenza kahle komshini	kangcono kuno-72%
Ukubekezelela imvamisa	≤1Hz
I-impedance yokufaka umsindo	600Ω ibhalansi
Ileveli yokufaka yomsindo	-10 ~ +10db (igama elithi +6db)
I-impedance yokukhishwa kwe-RF	50Ω (noma ngokwezifiso)
Amandla okushintsha izinga eliphezulu	hhayi ngaphansi kuka-110%
Ikhono lokuguquguquka eliqhubekayo	100% ukuguqulwa okuqhubekayo kwe-sine wave
Impendulo ejwayelekile	±0.5db (50Hz～8kHz, m=90%)
Ukuhlanekezelwa okuphelele	≤2.0% (50Hz～8kHz, m=90%)
Isilinganiso sokuya kumsindo	≥62db
Ukwehla kwenkampani yenethiwekhi	≤3%
Ukudubula kwegagasi lesikwele	≤0.5% (400Hz, M=0.8)
Ukwehla okuphezulu kwegagasi lesikwele	≤0.5% (40Hz, M=0.8)
Ukuphuma ngesihluku	≤-60dB
Ukunikezwa kwamandla e-AC 380V±10%, imvamisa	3-isigaba 4-wire system, ±2Hz
Temperature	-10℃+45℃
Umswakama ohlobene	0-95% ukungavumeli

• Idizayini yesimo esiqinile enekhabethe elicwebile
• Ukusebenza kahle okungu-72%, ukonga amandla nezindleko eziteshini zomsakazo
• I-PDM I-modulation, eyakhelwe kuyunithi yokufanisa ye-impedance
• I-Modular Architecture enebhodi yokuthinta yemenyu engu-15-intshi
• Amamojula wamandla anoxhumo lwe-PLUG-IN, ukusebenza kalula nokuphepha okuqinisekisiwe