Von OCXO mit ultra-niedrigem Phasenrauschen bis zu Chip-Scale-Atomuhren.
Ofengeheizte Quarzoszillatoren — ultra-niedriges Phasenrauschen, ADEV, Temperaturstabilität
Low ADEV Industry-leading Allan deviation: as low as 8E-14 @10s. Models KONS450, KONS350, KONS327, KONS325.
Low Phase Noise Phase noise down to -170 dBc/Hz @1kHz. Models KONA50, KONB27, KONB25, KONM09.
High Temp-Stability Temp stability to ±0.01 ppb. Models KOT50, KOT27, KOT25, KOMT22, KOT20.
Miniature SMD SMD packages from 7.5×5.5×3.3mm. Models KOM09, KOM07, KOM05.
Low-Power 3.3V operation, as low as 23mA steady state. Models KOP15, KOP12, KOP27.
Vibration-Resistant Designed for harsh vibration environments. Models KOR15, KOR25, KOR32, KOR38, KOR50.
Temperaturkompensierte Quarzoszillatoren — kostengünstige Präzision
Low Phase Noise KT09 and KT05 series with ultra-low phase noise for professional radio.
Ultra-Stable ±0.05 ppm temperature stability with G-sensitivity ≤±0.3 ppb/g.
High Frequency KV25 series up to 500 MHz in DIP package for high-frequency applications.
Spannungsgesteuerte Quarzoszillatoren für Frequenzsynthese und PLL
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Wide Pulling KV09 SMD series with ±20 ppm pulling range. Frequencies from 22.6 to 100 MHz.
Hochleistungs-PLO mit ultra-niedrigem Phasenrauschen
5-200 MHz DIP 38×38×13mm, ±1 ppb temp stability, -160 dBc/Hz @1kHz.
Up to 400 MHz
DIP 50.8×50.8×19mm, up to 400 MHz frequency range, -162 dBc/Hz @1kHz.
Compact
DIP 25.4×25.4×13mm compact package, ±1 ppb temp stability, 5-200 MHz.
SMA Module SMA 60×45×16mm module, ±0.2 ppb stability, -160 dBc/Hz @1kHz @25MHz.
GNSS 1PPS-gesteuerte Oszillatoren mit außergewöhnlicher Holdover-Leistung
≤±1.5μs/24h KDO65, KDO27, KDOA20 series. Holdover to ±1.5 μs/24h with tight temperature control.
Rugged KDOD27L dual-output, anti-seismic, -55~+85℃, f-T ≤±0.5 ppb.
Ultra-Compact KDO11, KDO9, KDO5. From 7×5×3mm, 50ns 1PPS sync, -40~+105℃.
Kompakte 1PPS-Oszillatoren für kostensensitive Anwendungen
DIP 14.8×11.8×5mm, 50ns 1PPS sync, ±10 ppb f-T stability.
DIP 12.5×9.0×2.5mm, 50ns 1PPS sync, ±0.1 ppb f-T stability.
DIP 7×5×3mm, ≤10 μs holdover, ±50 ppb f-T stability.
Chip-Scale-Atomuhren, CPT-Uhren und Rubidium-Normale
CSAC KCSA35: 41×35×12mm, only 130mW, 4 output frequencies (10/16.384/20/24.576 MHz).
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CPT KCPTA50: 50.8×50.8×18mm, ≤5E-11/100s, ≤1 μs/24h holdover, -40~+80℃.
RUBIDIUM KRA series: KRA50, KRA76, KRA94, KRAL. ≤1.5E-12/24h aging, ±1E-12/24h 1PPS accuracy.
Unser Technikteam hilft Ihnen bei der Auswahl des optimalen Oszillators.
