Features:
- Princeps Frequency Stabilitas
- Minimum Phase Sonitus
Praecipuum munus DRO est signum directum currentis in magnum frequentiam AC signum convertere. DRO altae Q characteres faciunt ut munus "proin crystallum oscillatoris", quod facilius consequi potest humilis phase sonum proin frequentiae fontem; DRO resonantia habet frequentiam temperaturae coefficientis, potest esse notae optimae vel affirmativae vel negativae, vehementer amplio DRO frequentia temperaturae egisse effectus; Quamquam DRO multifrequentiam ancha non consequi non potest, commoda habet cum frequentia ad dot operam dat.
1. Alta frequentia stabilitas: resonator oscillatorius dielectricae stabilitatem frequentiam habent et parvae frequentiae mutationes, eas praecipue aptas ad applicationes moderandas frequentiae accurationis reddens.
2. Princeps qualitas factoris: Qualitas resonatoris oscillatorum dielectrici est altissima, quae potest generare signa cum harmonica humili, impedimento gravi, ac demissione energiae detrimento, quae adiuvat ad meliores rationes perficiendas.
3. Altitudo temperaturae stabilitas: Frequentia stabilitas resonatoris oscillatorum dielectrici in diversis temperaturis bonum est et non facile mutationibus temperaturae afficitur.
4. Minimum phase strepitus: Alii oscillatores comparati, resonator dielectric oscillatores oscillatores inferiores strepitum habent et fere technicis strepitibus reductionibus technicis ad ulteriorem sonum phase reducendum habent.
5. Facilis ad integrandum: resonator oscillatorius dielectricus in circuitibus integris adhiberi potest, cum minore volumine et potentia inferiori consumptione, applicationibus aptis quae miniaturizationem et potentiam humilis consummationem requirunt. Ob has notas, resonator oscillatoria dielectrica late in campis adhibentur ut communicationis satellites, systemata radar, communicationis militaris, aerospace et investigationis scientificae.
Qualwavevarietatem DRO praebent, frequentiam usque ad 38.5GHz, crepitum Phase humilis, omnes indices bonae sunt, in multis campis late usitatae.
Pars Number | Frequentia(GHz, Min.) | Frequentia(GHz, Max.) | Output Power(dBm Min.) | Phase Noise@10KHz(dBc/Hz) | Harmonic(dBc Max.) | Spuria(dBc Max.) | Duc Tempus(hebdomades) |
---|---|---|---|---|---|---|---|
QDO-38500-10 | 38.5 | - | 10 | -75 | -25 | -85 | 2~6 |
QDO-37000-13 | 37 | - | 13 | - | -25 | -80 | 2~6 |
QDO-35000-18 | 35 | - | 13 | -85 | -25 | -80 | 2~6 |
QDO-34475-10 | 34.475 | - | 18 | -85 | -20 | -80 | 2~6 |
QDO-3000-20 | 30 | - | 20 | -70 | -25 | -80 | 2~6 |
QDO-29975-30025-13 | 29.975 | 30.025 | 13 | - | -25 | -70 | 2~6 |
QDO-29550-13 | 29.55 | - | 13 | -83 | -20 | -80 | 2~6 |
QDO-29050-13 | 29.05 | - | 13 | -83 | -20 | -80 | 2~6 |
QDO-28550-13 | 28.55 | - | 13 | -83 | -20 | -80 | 2~6 |
QDO-25950-26050-20 | 25.95 | 26.05 | 20 | - | 20 | 75 | 2~6 |
QDO-23100-0 | 23.1 | - | 0 | - | -20 | -80 | 2~6 |
QDO-16000-13 | 16 | - | 13 | -85 | -20 | -80 | 2~6 |
QDO-15000-10 | 15 | - | 10 | -75 | -20 | -80 | 2~6 |
QDO-15000-20 | 15 | - | 20 | -75 | -20 | -80 | 2~6 |
QDO-14250-10 | 14.25 | - | 10 | -75 | -20 | -80 | 2~6 |
QDO-13434-13454-13 | 13.434 | 1.454 | 13 | -75 | -20 | -80 | 2~6 |
QDO-11850-13 | 11.85 | - | 13 | -100 | -20 | -80 | 2~6 |
QDO-10300-20 | 10.3 | - | 20 | -85 | -20 | -70 | 2~6 |
QDO-9550-9650-20 | 9.55 | 9.65 | 20 | - | 20 | 75 | 2~6 |
QDO-9400-10 | 9.4 | - | 10 | -95 | -20 | -80 | 2~6 |
QDO-9290-16 | 9.29 | - | 16 | -95 | -20 | -80 | 2~6 |
QDO-9200-13 | 9.2 | - | 13 | -100 | -20 | -80 | 2~6 |
QDO-9000-13 | 9 | - | 13 | -100 | -20 | -80 | 2~6 |
QDO-8000-13 | 8 | - | 13 | -105 | -20 | -80 | 2~6 |
QDO-7600-13 | 7.6 | - | 13 | -105 | -20 | -80 | 2~6 |
QDO-6550-13 | 6.55 | - | 13 | -100 | -20 | -80 | 2~6 |
QDO-3950-13 | 3.95 | - | 13 | -100 | -20 | -80 | 2~6 |
QDO-3900-13 | 3.9 | - | 13 | -100 | -20 | -80 | 2~6 |
QDO-2170-16 | 2.17 | - | 16 | -85 | -20 | -80 | 2~6 |
QDO-1151.8-1152.2-13 | 1.1518 | 1.1522 | 13 | -85 | -20 | -80 | 2~6 |