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Temperature-Compensated Crystal Oscillator (TCXO) from 10 to 50 MHz
Hybrid TCXO from 10 to 50 MHz for Stratum 3E Applications
High Stability Low Phase Noise 200 MHz TCXO
TCXO from 10 to 50 MHz for 5G Small Cell Applications
32.768 kHz Miniature TCXOs
Radiation Tolerant TCXOs from 40 MHz to 100 MHz
100 MHz Sinewave TCXO for Timing Applications
Low-Noise TCXO from 10 to 50 MHz
Ruggedized Precision Super-TCXO from 1 to 60 MHz
TCXOs from 10 to 52 MHz for Precision Applications
TCXO from 50 to 100 MHz for Shock Sensitive Applications
32.768 kHz Super-TCXO for Aerospace and Defense Applications
Ruggedized Precision TCXO from 1 to 60 MHz
Precision TCXO/VC-TCXO from 9.6 to 50 MHz
MEMS-based TCXO from 1 to 60 MHz for Precision Timing Applications
TCXOs from 10 to 40 MHz for GPS, Wi-Fi, and Radio Applications
26 MHz CMOS TCXO for Emergency Beacon Applications
Square-Wave/HCMOS Output Waveform TCXO from 10 to 52 MHz
Radiation-Tolerant TCXO from 2.5 to 120 MHz
Low G-Sensitivity TCXOs/TCVXOs from 8 to 52 MHz
1 to 60 MHz, Super-TCXOs with LVCMOS & Clipped Sinewave Output waveforms
CMOS-based Voltage Controlled TCXOs from 5 to 26 MHz
80 MHz Temperature Compensated Crystal Oscillator
1 to 60 MHz MEMS Based TCXO for Airborne and Terrestrial Applications
25 MHz MEMS Temperature Controlled Crystal Oscillator
50 MHz High Precision TCXO for UHF Synthesizers and SATCOM Systems
Ultra-Precision Super-TCXO from 10 to 60 MHz
38.4 MHz VCTCXO for Communications Reference Applications
MEMS TCXO with LVCMOS/Clipped Sinewave Output from 1 to 60 MHz
Low Power SMD TCXO with CMOS Output
July 05, 2024
July 04, 2024
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