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Low Phase Noise Product Solutions
Technical Resources
Low Phase Noise    High Stability    High Shock & Vibration    Low g-sensitivity    Extended Temp Range

In both the analog domain and the digital domain spectral purity of an oscillator or clock source can account for a large portion of a systems performance budget. Improving signal to noise ratio, meeting EVM targets and working with high modulation rates can come down to making the right oscillator choices. Vectrons 50+ years of engineering Low Phase Noise and Low Jitter Oscillators has resulted in a range of oscillators designed to provide the highest performance in radio, test and measurement and radar applications. A cross section of Low Noise Oscillators is shown in the table below.

Find a solution from our portfolio that meets your Low Phase Noise requirements

 
 
Phase Noise² (dBc/Hz)  
 
Outputs
  Product Package Size (mm) Frequency Range (MHz) 10Hz Offset 1MHz Offset Measured At (MHz) Max Stability¹ CMOS LVPECL LVDS HCSL Sinewave
XO VC-708 7 x 5 32 to 200 −80 −163 156 25 ppm      
VC-709 7 x 5 13.5 to 220 −65 −158 156 25 ppm    
 
VCXO VX-501 14 x 9 1 to 1200 −80 −166 100 NA    
VX-705 7 x 5 77.76 to 170 −66 −158 122.28 NA    
 
VCSO VS-401 20 x 13 1300 to 2500 −33 −155 1750 NA        
VS-501 9 x 14 800 to 2800 −33 −155 1980 NA      
 
TCXO VT-501 9.9 x 11.8 8 to 61.44 −107 −154 10 1 ppm        
VT-803 5 x 3.2 10 to 52 −91 −160 26 100 ppb      
 
OCXO OX-305 20 x 20 80 to 120 −105 −178 100 100 ppb        
OX-209 25 x 25 20 to 35 −115 −175 20 50 ppb        
OX-205 25 x 25 80 to 120 −105 −176 100 100 ppb        
OX-204 25 x 25 5 to 20 −140 −175 10 10 ppb        
OX-405 20 x 13 80 to 120 −95 −165 100 100 ppb      
OX-043 50 x 50 8 to 15 −135 −170 10 5 ppb        
OX-045 50 x 50 10 −140 −163 10 20 ppb        
OX-046 50 x 50 50 to 250 −100 −175 100 50 ppb        
OX-174 38 x 25 5 to 20 −135 −175 10 5 ppb      
OX-175 38 x 28 80 to 120 −105 −176 100 50 ppb        
 

1. Maximum Stabilities that could be offered at most frequencies and output configurations.
2. Phase Noise performance is highlighted for a desired frequency.
 

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