I-Broadband RF Power Amplifier MM0001003P47A

Isantya sokusebenza sale amplifier yamandla e-broadband rf siphakathi kwe-1.5MHz-30MHz, kwaye i-amplifier yamandla e-broadband rf MM0001003P47A ingasetyenziswa kwizicelo ezininzi zoshishino, ezifana nokusasazwa kwe-amplitude modulation, ii-omnidirectional beacons, unxibelelwano lwaselwandle kunye nolweenqwelo-moya, unxibelelwano lwerediyo, unxibelelwano lweselula, kunye nokuhamba komgama ophakathi. Le amplifier yamandla e-rf broadband engama-50 watt inokufikelela kwi-47dB, ngelixa inexabiso elihle kakhulu le--10dBc kuphela kwi-harmonics kunye ne--60dBc kwimijelo elahlekileyo, oku kunokuqinisekisa uzinzo oluphezulu ekusebenzeni kwe-amplifier ye-ab rf yeklasi encinci. Ukongeza kwezi xabiso zibalaseleyo, le amplifier yamandla e-rf broadband ikwanayo nokusebenza kakuhle kwe-superduper, kunye nokusebenza kakuhle kwe-amplifier yamandla e-ab ukuya kuthi ga kwi-35%, oko kuthetha ukuba i-amplifier yamandla e-rf broadband inokulahlekelwa sisignali encinci kwaye inciphise ukuveliswa kwezinye ilahleko xa ikhupha i-frequency ephezulu yokusebenza, kunye nokusebenza okuhle okuqhubekayo, ubomi obude, kunye nokusebenza okuzinzileyo ngakumbi. I-transistor ye-LDMOS esetyenziswa kule amplifier yamandla e-broadband rf inamandla aphezulu e-instantaneous peak, okwenza ukuba ikwazi ukumelana nezibonakaliso ezifakwe kwi-overexcited signals; I-gain curve ye-LDMOS ithambile, enokwandisa izibonakaliso ezininzi zokuthwala kwaye iqinisekise ukuphambuka okuncinci kwesignali yokuphuma; Uluhlu olusebenzayo olune-linear dynamic lwee-transistor ze-LDMOS lukhulu kakhulu. Ukongeza, ii-transistor ze-LDMOS nazo zineempawu ezintle zobushushu, nto leyo ezenza ukuba zibe yi-transistor ekhethwayo kuyilo lwe-broadband rf power amplifier ngenxa yokusebenza kwazo okugqwesileyo.

I-Mars RF inomzi-mveliso wayo ogubungela imigca yemveliso eli-10 iyonke, iqinisekisa amandla emveliso enyanga nganye amalunga neziqwenga ezingama-2,200. Imodyuli ye-amplifier enamandla aphezulu ethengiswa kakhulu iya kugcina uluhlu olwaneleyo, kwaye ixesha lokuqala lokuhambisa linokuba malunga neeveki ezi-2. Ukuze ufumane ulwazi oluthe kratya, nceda unxibelelane neqela le-Mars RF. Ukongeza ekuhanjisweni kwethu okukhawulezayo, sikwabonelela ngexesha lewaranti yeminyaka emi-3. Xa kukho ingxaki nge-amp ye-frequency ephezulu, siya kubonelela ngezisombululo kwangoko. Ukuba umthengi angayilungisa ngokuzimeleyo, izinto ziya kuthunyelwa kwindawo yomthengi ukuze zitshintshwe; Ukuba imeko imbi kwaye umthengi akaxhasi ukuzilungisa, i-amplifier entsha yamandla iya kuhanjiswa, kwaye i-amplifier yamandla eyonakeleyo iya kuthunyelwa kuthi kamva ukuze kuphandwe unobangela.

√ Ubukhulu obuncinci kunye nobunzima obuphantsi;

√ I-broadband ekhawulezileyo;

√ Igalelo le-50 Ohms kunye ne-Output zihambelana;

√ Iisekethe zolawulo kunye nokhuseleko ezakhelwe ngaphakathi.

Kutheni ukhetha iMars RF?

1. I-Mars RF isebenzise indawo ye-supply chain. Ababoneleli bee-transistors kunye nee-component zeMars phantse bonke bavela eTshayina, ngoko ke akuyi kubakho ukunqongophala kobonelelo okanye isitokhwe ngenxa yemigaqo-nkqubo yelizwe, enokuqinisekisa ixesha eliqhelekileyo lokuhanjiswa kweemveliso zethu.

2. I-Mars RF igxininisa umgaqo wokuphendula ngokukhawuleza. Sinikezela ngenkonzo yokuphendula ngokukhawuleza iiyure eziyi-7 * 24, emva kokufumana umbuzo womthengi, siphendule ngokukhawuleza kwikowuteshini kwaye ixesha lokuhambisa liya kufezekiswa yi-Mars RF, ukuba umthengi uneemfuno ezikhethekileyo zeparameter, siya kunxibelelana ngexesha elifanelekileyo nonjineli, kwaye sinike umthengi ingxelo ngaloo mini inye.

3. I-Mars RF inamandla oyilo kunye neqela loyilo elinabantu abangaphezu kwama-30, iinjineli eziphambili ezinamava angaphezu kweminyaka engama-20.