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A 2.5 GHz low noise phase-locked surface transverse wave VCO
B. Fleischmann
, A. Roth
,
P. Russer
, R. Weigel
Siemens AG
Research output
:
Contribution to journal
›
Conference article
›
peer-review
3
Scopus citations
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Keyphrases
Voltage-controlled Oscillator
100%
Phase Locking
100%
Surface Transverse Wave
100%
Low Noise
100%
Delay Line
75%
Crystal Oscillator
50%
Insertion Loss
25%
Group Delay
25%
Center Frequency
25%
Filter Design
25%
Microstrip
25%
Rotated Y-cut
25%
Single Sideband Phase Noise
25%
Carrier Ratio
25%
Y-cut Quartz
25%
Rat-race Coupler
25%
Unloaded Q
25%
Acoustic Surface
25%
Photolithography Process
25%
Feedthrough
25%
Wave Filter
25%
Quartz Substrate
25%
Intermediate Frequency
25%
Frequency Control
25%
Control Element
25%
Phase-locked Loop
25%
Fifth Harmonic
25%
Advanced Analysis Method
25%
Engineering
Voltage-Controlled Oscillator
100%
low phase noise
100%
Electric Delay Lines
75%
Crystal Oscillator
50%
Insertion Loss
25%
Phase Noise
25%
Filter Design
25%
Transducer
25%
Delay Time
25%
Group Delay
25%
Feedthrough
25%
Frequency Signal
25%
Phase Locked Loop
25%
Sidebands
25%
Intermediate Frequency
25%
Silicon Dioxide
25%
Harmonics
25%
microstrip
25%