Isihluli samandla
-
I-2 Way SMA Wilkinson Power Divider Ukusuka kwi-5000MHz-18000MHz
1. Isebenza ukusuka kwi-5GHz ukuya kwi-18GHz eneendlela ezimbini zokwahlulahlula amandla kunye ne-Combiner
2. Ixabiso Elihle kunye Nemisebenzi Egqwesileyo, AKUKHO MOQ
3. Izicelo zeeNkqubo zoNxibelelwano, iiNkqubo zeAmplifier, iiNqwelomoya/iAerospace kunye noKhuselo
-
I-2 Way SMA Wilkinson Power Divider Ukusuka kwi-6000MHz-18000MHz
1. Isebenza ukusuka kwi-6GHz ukuya kwi-18GHz eneendlela ezimbini zokwahlulahlula kunye nokuHlanganisa
2. Ixabiso Elihle kunye Nemisebenzi Egqwesileyo, AKUKHO MOQ
3. Izicelo zeeNkqubo zoNxibelelwano, iiNkqubo zeAmplifier, iiNqwelomoya/iAerospace kunye noKhuselo
-
Isihluzi samandla se-SMA esi-2 kunye nothotho lwe-RF Power Splitter
• Ibonelela ngokwahlukana okuphezulu, ukuvala i-cross-talk yesignali phakathi kwee-output ports
• Izihluzi zamandla zaseWilkinson zibonelela nge-amplitude kunye ne-phase balance egqwesileyo
• Izisombululo ze-multi-octave ukusuka kwi-DC ukuya kwi-50GHz
-
Isihluzi samandla se-SMA esineendlela ezi-4 kunye ne-RF Power Splitter
Iimbonakalo:
1. I-Ultra Broadband
2. Ibhalansi yeSigaba kunye ne-Amplitude egqwesileyo
3. I-VSWR ephantsi kunye nokuZihlukanisa okuphezulu
4. Ulwakhiwo lweWilkinson, Izihlanganisi zeCoaxial
5. Iinkcukacha ezenziwe ngokwezifiso kunye nemida
Ii-Power Dividers/Splitters zeConcept zenzelwe ukwaphula isignali yokufaka ibe ziisignali ezimbini okanye ngaphezulu zemveliso ezinesigaba esithile kunye nobukhulu. Ukulahleka kokufakwa kususela kwi-0.1 dB ukuya kwi-6 dB kunye noluhlu lwefrikhwensi oluyi-0 Hz ukuya kwi-50GHz.
-
Isihluzi samandla se-SMA seendlela ezi-6 kunye ne-RF Power Splitter
Iimbonakalo:
1. I-Ultra Broadband
2. Ibhalansi yeSigaba kunye ne-Amplitude egqwesileyo
3. I-VSWR ephantsi kunye nokuZihlukanisa okuphezulu
4. Ulwakhiwo lweWilkinson, Izihlanganisi zeCoaxial
5. Uyilo olwenziwe ngokwezifiso nolulungiselelweyo luyafumaneka
Ii-Power Dividers kunye nee-Splitters zeConcept zenzelwe ukucutshungulwa kwesignali ebalulekileyo, ukulinganiswa komlinganiselo, kunye nokusetyenziswa kokwahlulahlula amandla ombane okufuna ilahleko encinci yokufaka kunye nokwahlulwa okuphezulu phakathi kwee-ports.
-
Abahluli bamandla be-SMA aba-8 kunye ne-RF Power Splitter
Iimbonakalo:
1. Ukulahleka okuphantsi kokungasebenzi kakuhle kunye nokuZihlukanisa okuphezulu
2. Ibhalansi ye-Amplitude egqwesileyo kunye ne-Phase Balance
3. Izihluli zamandla zaseWilkinson zibonelela ngokwahlulwa okuphezulu, zithintela incoko phakathi kwee-output ports
Isihluzi samandla se-RF kunye nesihlanganisi samandla sisixhobo sokusasaza amandla esilinganayo kunye necandelo elingaphantsi lokulahlekelwa kokufakelwa. Ingasetyenziswa kwinkqubo yokusasaza isignali yangaphakathi okanye yangaphandle, ebonakala njengokwahlula isignali enye yokufaka ibe ziziphumo ezimbini okanye ezininzi zesignali ezine-amplitude efanayo.
-
Abahluli bamandla be-SMA beendlela ezili-16 kunye ne-RF Power Splitter
Iimbonakalo:
1. Ukulahleka okuphantsi kokungasebenzi kakuhle
2. Ukuzihlukanisa okuphezulu
3. Ibhalansi ebalaseleyo yobukhulu
4. Ibhalansi yeSigaba eBalaseleyo
5. Iimvamisa ezigubungelayo ukusuka kwi-DC-18GHz
Izihluli zamandla zeConcept kunye nezihlanganisi zisetyenziswa kwizicelo zonxibelelwano lwe-aerospace kunye nokhuselo, ezingenazingcingo, kunye neentambo, ezifumaneka kwiindidi ezahlukeneyo ezidityanisiweyo nge-50 ohm impedance.
-
I-SMA DC-18000MHz Isihluzi samandla esiKhuselayo seendlela ezi-4
I-CPD00000M18000A04A sisixhobo sokwahlula amandla esixhasayo esinee-connectors ze-SMA ezineendlela ezi-4 ezisebenza ukusuka kwi-DC ukuya kwi-18GHz. I-SMA yokungena kunye ne-SMA yomfazi iphuma. Ilahleko iyonke yilahleko yokuqhekeka kwe-12dB kunye nelahleko yokufakwa. I-Resistive power dividers ayinazo iindawo zokwahlulwa phakathi kwee-ports kwaye ke ngoko ayikhuthazwa ukuba idityaniswe nemiqondiso. Inikezela ngokusebenza kwe-wideband enelahleko ethe tyaba nephantsi kunye ne-amplitude kunye ne-phase balance entle ukuya kwi-18GHz. I-power splitter inolawulo lwamandla oluqhelekileyo lwe-0.5W (CW) kunye ne-amplitude unbalance eqhelekileyo ye-±0.2dB. I-VSWR yazo zonke ii-ports iqhelekile nge-1.5.
Isihluzi-mandla sethu singahlulahlula isignali yokufaka ibe ziisignali ezi-4 ezifanayo nezilinganayo kwaye sivumele ukusebenza kwi-0Hz, ngoko ke zilungele ukusetyenziswa kweBroadband. Ingxaki kukuba akukho kwahlukana phakathi kweeports, kwaye izihluzi ezikhuselayo zihlala zinamandla aphantsi, ziphakathi kwe-0.5-1watt. Ukuze zisebenze kumaza aphezulu, iitships ze-resistor zincinci, ngoko ke aziphathi kakuhle i-voltage esetyenzisiweyo.
-
I-SMA DC-18000MHz Isihluzi samandla esiNciphisa iiNdlela ezi-2
I-CPD00000M18000A02A sisixhobo sokwahlula amandla esi-2-Way esingama-50 Ohm.. Sifumaneka ngee-50 Ohm SMA female coaxial RF SMA-f connectors. Sisebenza nge-DC-18000 MHz kwaye silinganiswe nge-1 Watt yamandla okufaka eRF. Sakhiwe ngendlela yenkwenkwezi. Sisebenza njenge-RF hub kuba yonke indlela edlula kwisixhobo sokwahlula amandla/sokudibanisa ilahleko elinganayo.
Isihluzi-mandla sethu singahlulahlula isignali yokufaka ibe ziimpawu ezimbini ezifanayo nezilinganayo kwaye sivumele ukusebenza kwi-0Hz, ngoko ke zilungele ukusetyenziswa kweBroadband. Ingxaki kukuba akukho kwahlukana phakathi kweeports, kwaye izihluzi ezikhuselayo zihlala zinamandla aphantsi, ziphakathi kwe-0.5-1watt. Ukuze zisebenze kumaza aphezulu, iitships ze-resistor zincinci, ngoko ke aziphathi kakuhle i-voltage esetyenzisiweyo.
-
I-SMA DC-8000MHz Isihluzi samandla esiKhuselayo seendlela ezi-8
I-CPD00000M08000A08 sisixhobo sokwahlulahlula amandla esineendlela ezisi-8 esithintelayo esinokulahleka okuqhelekileyo kokufakwa kwe-2.0dB kwizibuko ngalinye lokukhupha kuluhlu lwefrikhwensi ukusuka kwi-DC ukuya kwi-8GHz. Isixhobo sokwahlulahlula amandla sinokuphathwa kwamandla okuqhelekileyo kwe-0.5W (CW) kunye nokungalingani okuqhelekileyo kwe-amplitude ye-±0.2dB. I-VSWR yazo zonke iizibuko iqhelekile nge-1.4. Izihlanganisi ze-RF zesihlanganisi samandla zizihlanganisi ze-SMA zabasetyhini.
Iingenelo ze-resistive dividers bubungakanani, obunokuba buncinci kakhulu kuba buqulathe izinto ezidibeneyo kuphela kwaye azisasazwanga kwaye zinokuba yi-broadband kakhulu. Enyanisweni, i-resistive power divider kuphela eqhekezayo esebenza ukuya kuthi ga kwi-zero frequency (DC)