Frequency Control Tutorials
The Development of the: Allan Variance, Modified Allan Variance, Time Variance, and Other Relevant Science
Vibration-Induced Phase Noise
Low Noise Oscillator Design and Performance
The Fundamental Theory of Low Noise Oscillators with Special Reference to Some Detailed Designs
The Leeson Effect: PM and AM noise, and frequency stability in oscillators
Learn Frequency Stability Analysis Using Stable32
Quartz Crystal Resonators and Oscillators for Frequency Control and Timing Applications – A Tutorial
Theory and Analysis of Quartz Crystal Resonators
Modeling of MEMS resonators: Physics meets application requirements
Nanoscale Electromechanical Resonators and Oscillators
MEMS Resonators for Frequency Control and Sensing Applications
Principles of Atomic Clocks
Next-generation frequency standards
Photonic Techniques in Frequency and Timing
Design of SPUDT and RSPUDT SAW Filters
Optimum and Suboptimum Design of FIR and SAW Filters: Remez Exchange Algorithm, LP, NLP, WLMS
Mixed Scattering Matrix: Properties and Applications
SAW Filter Analysis in the Quasi-Static Approximation: Theory and Algorithms
Vibration-Induced Phase Noise in Signal Generation Hardware
The Leeson Effect – Phase Noise in Feedback Oscillators
Optical Frequency Measurement & Synthesis
Phase and Amplitude Modulation Noise Metrology
Kalman Filters
Fundamentals of Kalman Filtering
The Allan Variance
Use of Kalman Filters in Time and Frequency Analysis
An Introduction to the Wavelet Analysis of Time Series
Principles of Phase Locked Loops (PLL)
The Hadamard Variance
Modeling of QCM Data
Wireless and Mobile Acoustic Sensor Interrogation for (Bio)Chemical Sensing and Industrial Control
Time and Frequency Transfer
Acoustics and Vibration Animations
Online Presentations
# | Title | Author | Link |
---|---|---|---|
1 | Sapphire Microwave Frequency Sources | G. John Dick | View Online |
2 | Fundamentals of X-Ray Orientation of Quartz Crystals | J. Kusters | View Online |
3 | Passive Atomic Frequency Standards | Leonard S. Cutler | View Online |
4 | Rubidium Frequency Standard Technology | William J. Riley | View Online |
5 | Advanced Atomic Clocks | L. Maleki | View Online |
6 | Precision Measurements of Oscillators | Samuel R. Stein | View Online |
7 | Properties Of Oscillator Signals And Measurement Methods | D.A. Howe, D.W. Allan, and J.A. Barnes | View Online |
8 | PM and AM Noise Measurement Techniques – Part I | Eva S. Ferre-Pikal | View Online |
9 | PM & AM Noise – Part II | Craig Nelson | View Online |
10 | The Basics of Statistical Processes and Time and Frequency | Victor S. Reinhardt | View Online |
11 | Frequency and Time Synthesis A Tutorial | Victor S. Reinhardt | View Online |
12 | Clock Jitter | R. Temple | View Online |
13 | Quartz Crystals vs. Their Environment: Time Bases or Sensors? | Errol P. EerNisse, 2000 UFFC distinguished lecturer | View Online |
14 | Resonant Piezoelectric Devices as Physical and Biochemical Sensors | Fabien Josse and Richard W. Cernosek | View Online |
15 | Wireless Passive SAW Identification Marks and Sensors | Leonhard M. Reindl | View Online |
16 | The Calculation of Frequency Source Requirements for Digital Communications Systems | Victor S. Reinhardt | View Online |
17 | Introduction to Time and Frequency Transfer | Thomas E. Parker | View Online |