Eigenskippen:
- Hege stopbandôfwizing
- Lytse grutte
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Multiplexers RF Hege Stopband Ofwizing
In multiplexer is in elektroanysk apparaat dat meardere sinjaalkanalen kin omsette yn in set sinjaalkanalen.
Multiplex-apparaten wurde meast brûkt yn digitale of analoge sinjaalferwurking om meardere ynfiersignalen te selektearjen of te wikseljen tusken. De multiplexers levere troch Qualwave omfetsje diplexers en triplexers.
In duplexer, ek wol bekend as in antenne-mienskip, bestiet út twa sets bandstopfilters mei ferskillende frekwinsjes. Troch gebrûk te meitsjen fan de frekwinsjedielingsfunksje fan hege-pas-, lege-pas- of bandpassfilters, kin deselde antenne of transmissieline brûkt wurde foar twa sinjaalpaden, wêrtroch't de ûntfangst en transmissie fan twa of mear ferskillende frekwinsjesignalen troch deselde antenne berikt wurde kin.
De triplex bestiet út trije filters (poarten) dy't ien knooppunt (poarte) diele. De doelen foar it laden en isolearjen fan 'e passband fan 'e duplexer binne itselde as dy fan 'e duplexer. Yn frekwinsjeferdielingsduplexsystemen is in gewoane tapassing fan in triplex it gearfoegjen fan twa diplexers ta ien triplexer.
Eigenskippen fan multiplexer:
1. Meardere ynfiersignalen kinne wurde kombineare ta ien útfiersignaal om yntegreare sinjaaloerdracht te berikken.
2. Ferskillende ynfierkanalen kinne selektearre wurde om simultane oerdracht fan meardere sinjalen te berikken.
3. Gewoanlik wurde logyske poarten (lykas EN-poarten, OF-poarten, ensfh.) en skeakels (lykas transmissiepoarten, selektors, ensfh.) brûkt om multiplexers te bouwen.
Tapassing fan multiplexer:
1. Kommunikaasjesysteem: In soad brûkt yn kommunikaasjesystemen, ien mienskiplike tapassing is it gearstallen fan meardere kommunikaasjesignalen ta ien sinjaal foar effisjinte kommunikaasje-oerdracht.
2. Digitaal sirkwyûntwerp: It kin brûkt wurde om meardere sinjalen te ferwurkjen en oer te stjoeren yn digitaal sirkwyûntwerp.
3. Gegevensopslach: It kin brûkt wurde foar gegevensopslach om simultane ynfier en útfier fan meardere sinjalen te berikken troch ferskate ynfierkanalen te selektearjen.
4. Skeakeltechnology: It is in kaaikomponint yn skeakeltechnology dy't brûkt wurdt om ferskate ynfier- en útfierkanalen te selektearjen om mearkanaalswikseling te berikken.
Kwalwaveleveret lytse multiplexers mei hege stopbandôfwizing yn it frekwinsjeberik DC-40GHz. De multiplexers wurde in soad brûkt yn in protte tapassingen.
| Diplexers/Duplexers | |||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ûnderdielnûmer | Kanaal 1 Frekwinsje (GHz) | Kanaal 2 Frekwinsje (GHz) | Ynfoegingsferlies (dB, Maks.) | VSWR (Maks.) | Kanaal 1 ôfwizing (dB, Min.) | Kanaal 2 ôfwizing (dB, Min.) | Ynfierfermogen (W) | Levertiid (wiken) | |||||
| QMP2-0-1000-1 | DC ~ 0.15 | 0.18~1 | 2 | 1.6 | 60@0.18~1GHz | 60@DC~0.15GHz | 0.1 | 4~6 | |||||
| QMP2-0-5000-1 | DC ~ 0.95 | 1.4~5 | 0.6@0.475GHz 1@3.2GHz | 1.5 | 50@1.4~5GHz | 50@DC~0.95GHz | 10 | 4~6 | |||||
| QMP2-0-5000-2 | DC ~ 0.915 | 1.396~5 | 1 | 1.5 | 30@1.396~5GHz | 50@DC~0.915GHz | 5 | 4~6 | |||||
| QMP2-0-8000-1 | DC~1 | 2~8 | 1.5 | 2 | 50@2~8GHz | 50@DC~1GHz | - | 4~6 | |||||
| QMP2-0-15000-1 | DC-2 | 3-15 | 1.5 | 2 | 50@3-15GHz | 50@DC-2GHz | 1 | 4~6 | |||||
| QMP2-0-18000-1 | DC-5.75 | 6.25-18 | 1.5 | 1.5 | 60@7-18GHz | 60@DC-5.5GHz | - | 4~6 | |||||
| QMP2-0-20000-1 | DC~2 | 8~20 | 1.5 | 2 | 50@2.3~20GHz | 50@DC~7GHz | 5 | 4~6 | |||||
| QMP2-0-40000-1 | DC~18 | 18~40 | 2.5 | 2.4 | 35@21~40GHz | 35@DC~15GHz | 1 | 4~6 | |||||
| QMP2-0-40000-2 | DC~26 | 26~40 | 2.5 | 2.5 | 40@30~40GHz | 40@DC~22GHz | 1 | 4~6 | |||||
| QMP2-10-5000-1 | 0.01-0.95 | 1.4-5 | 1 | 1.5 | 50@1.4-5GHz | 50@0.01-0.95GHz | - | 4~6 | |||||
| QMP2-20-6000-1 | 0.02~1.1 | 3~6 | 2 | 2 | 45@1.35~6GHz | 45@DC~2.5GHz | 1 | 4~6 | |||||
| QMP2-20-8000-1 | 0.02~0.8 | 0.93~8 | 2@0.02~0.8GHz 2.5@0.93~8GHz | 2 | 45@0.93~8GHz 45@0.02~0.75GHz | 45@0.02~0.8GHz 45@0.95~8GHz | 1 | 4~6 | |||||
| QMP2-500-3550-1 | 0.5-1.9 | 1.9-3.55 | 2 | 2 | 50@DC-0.3GHz 50@2.2-4.4GHz | 50@DC-1.6GHz 50@4-8GHz | - | 4~6 | |||||
| QMP2-500-25000-1 | 0.5~8.3 | 10.3~25 | 2 | 2 | 40@10.3~25GHz | 40@0.5~8.3GHz | 5 | 4~6 | |||||
| QMP2-695-965-1 | 0.695-0.795 | 0.875-0.965 | 1 | 1.4 | 40@0.875-0.965GHz | 40@0.695-0.795GHz | - | 4~6 | |||||
| QMP2-703-803-1 | 0.703-0.748 | 0.758-0.803 | 1.5 | 1.3 | 65@0.758-0.803GHz | 70@0.703-0.748GHz | - | 4~6 | |||||
| QMP2-800-5000-1 | 0.8-1 | 1.7-5 | 1 | 1.5 | 55@1.7-5GHz | 55@0.8-1GHz | - | 4~6 | |||||
| QMP2-880-960-1 | 0.880-0.915 | 0.925-0.960 | 70@0.925-0.96GHz | 270@0.880-0.915GHz | - | 4~6 | |||||||
| QMP2-1025-1095-1 | 1.025-1.035 | 1.085-1.095 | 1 | 1.3 | 70@1.085-1.095GHz | 70@1.025-1.035GHz | 30 | 4~6 | |||||
| QMP2-1427.9-1495.9-1 | 1.4279-1.4479 | 1.4759-1.4959 | 1.25 | 1.5 | 75@1.4759-1.4959GHz | 75@1.4279-1.4479GHz | - | 4~6 | |||||
| QMP2-1447.9-1510.9-1 | 1.4479-1.4629 | 1.4959-1.5109 | 1.25 | 1.5 | 75@1.4959-1.5109GHz | 75@1.4479-1.4629GHz | - | 4~6 | |||||
| QMP2-1513-1680-1 | 1.513~1.53 | 1.663~1.68 | 0.8 | 1.5 | 30@1.4215&1.6215GHz | 30@1.5715&1.7715GHz | - | 4~6 | |||||
| QMP2-1700-2710-1 | 1.7-2.2 | 2.48-2.71 | 0.5 | 1.3 | 40@2.48-2.71GHz | 40@1.7-2.2GHz | - | 4~6 | |||||
| QMP2-1700-7000-1 | 1.7~2 | 3~7 | 1.5 | 1.5 | 55@3~7GHz | 55@1.7~2GHz | - | 4~6 | |||||
| QMP2-1710-1880-1 | 1.71-1.785 | 1.805-1.88 | 1 | 1.3 | 70@1.805-1.88GHz | 70@1.71-1.785GHz | - | 4~6 | |||||
| QMP2-1850-1955-1 | 1.85-1.915 | 1.95-1.955 | 1.75 | 1.5 | 70@1.95-1.955GHz | 70@1.850-1.915GHz | - | 4~6 | |||||
| QMP2-1920-6000-1 | 1.92-1.98 | 4.09-6 | 1.5 | 1.5 | 55@4.09-6GHz | 55@1.92-1.98GHz | - | 4~6 | |||||
| QMP2-2000-12000-1 | 2-6 | 8-12 | 1 | 2 | 25@8-12GHz | 25@2-6GHz | - | 4~6 | |||||
| QMP2-2025-2300-1 | 2.025~2.12 | 2.2~2.3 | 2 | 1.5 | - | - | - | 4~6 | |||||
| QMP2-2300-3800-1 | 2.3~2.4 | 3.3~3.8 | 1 | 1.5 | 50@3.3~3.8GHZ | 50@2.3~2.4GHZ | 1 | 4~6 | |||||
| QMP2-2300-7800-1 | 2.3-3.9 | 4.6-7.8 | 1 | 2 | 50@4.6-7.8GHZ | 50@DC-3.9GHz | - | 4~6 | |||||
| QMP2-2400-5850-1 | 2.4~2.485 | 5.715~5.85 | 1 | 1.5 | - | - | 100 | 4~6 | |||||
| QMP2-3900-11400-1 | 3.9-5.7 | 7.8-11.4 | 1 | 2 | 50@7.8-11.4GHZ | 50@DC-5.7GHz | - | 4~6 | |||||
| QMP2-5000-14000-1 | 5-7 | 10-14 | 1 | 2 | 50@10-14GHz | 50@DC-7GHZ | - | 4~6 | |||||
| QMP2-6000-22000-1 | 6-11 | 12-22 | 2 | 2 | 30@12-22GHz | 30@6-11GHz | - | 4~6 | |||||
| QMP2-7000-18000-1 | 7-9 | 14-18 | 1 | 2 | 50@14-18GHz | 50@DC-9GHz | - | 4~6 | |||||
| QMP2-7145-9000-1 | 7.145~7.25 | 7.7~9 | 2.5 | 1.5 | - | - | - | 4~6 | |||||
| QMP2-7500-8500-1 | 7.5-7.8 | 8.2-8.5 | 1.5 | 1.5 | 75@8.2-8.5GHz | 75@7.5-7.8GHz | - | 4~6 | |||||
| QMP2-10700-14500-1 | 10.7-11.7 | 12.75-14.5 | 0.7 | 1.3 | 70@12.75-14.5GHz | 70@10.7-11.7GHz | - | 4~6 | |||||
| QMP2-10700-14500-2 | 10.7-12.75 | 13-14.5 | 0.8 | 1.3 | - | - | 100 | 4~6 | |||||
| QMP2-10700-15000-1 | 10.7~12.75 | 13.75~15 | 1 | 1.45 | 50@13.75~18GHz | 50@DC~12.75GHz | 10 | 4~6 | |||||
| QMP2-12000-36000-1 | 12-18 | 24-36 | 2 | 2.2 | 40@24-36GHz | 40@12-18GHz | - | 4~6 | |||||
| Triplexers | |||||||||||||
| ûnderdielnûmer | Kanaal 1 Frekwinsje (GHz) | Kanaal 2 Frekwinsje (GHz) | Kanaal 3 Frekwinsje (GHz) | Ynfoegingsferlies (dB, Maks.) | VSWR (Maks.) | Kanaal 1 ôfwizing (dB, Min.) | Kanaal 2 ôfwizing (dB, Min.) | Kanaal 3 ôfwizing (dB, Min.) | Ynfierfermogen (W) | Levertiid (wiken) | |||
| QMP3-1163-1588-1 | 1.163~1.19 | 1.214~1.241 | 1.562~1.588 | 1.5 | 1.3 | - | - | - | 50 | 4~6 | |||
| Quadplexers | |||||||||||||
| ûnderdielnûmer | Kanaal 1 Frekwinsje (GHz) | Kanaal 2 Frekwinsje (GHz) | Kanaal 3 Frekwinsje (GHz) | Kanaal 4 Frekwinsje (GHz) | Ynfoegingsferlies (dB, Maks.) | VSWR (Maks.) | Kanaal 1 ôfwizing (dB, Min.) | Kanaal 2 ôfwizing (dB, Min.) | Kanaal 3 ôfwizing (dB, Min.) | Kanaal 4 ôfwizing (dB, Min.) | Ynfierfermogen (W) | Levertiid (wiken) | |
| QMP4-0-20000-1 | DC~4.85 | 5.15~9.85 | 10.15~14.85 | 15.15~20 | 1.5 | 2 | 20/40@5.5&6GHz | 20/40@4.5&10.5GHz 20/40@4&11GHz | 20/40@9.5&15.5GHz 20/40@9&16GHz | 20/40@14.5&20.5GHz 20/40@14&21GHz | 10 | 4~6 | |
| QMP4-0-20000-2 | DC~6 | 6~11 | 11~16 | 16~20 | 2 | 2 | 20/40@6.5GHz 20/40@7GHz | 20/40@5.5&11.5GHz 20/40@5 & 12GHz | 20/40@10&17GHz 20/40@9&18GHz | 20/40@14.5GHz 20/40@14GHz | 10 | 4~6 | |
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