Latest Oscillators Technical Articles

Learn about two nonlinearity sources, spurious-free dynamic range (SFDR), and SNR (signal-to-noise ratio) in…

Learn about two nonlinearity sources, spurious-free dynamic range (SFDR), and SNR (signal-to-noise ratio) in analog-to-digital converters (ADCs).

In this project, learn to create a digitally-controlled oscillator or DCO-based audio synthesizer with an Arduino Nano or…

In this project, learn to create a digitally-controlled oscillator or DCO-based audio synthesizer with an Arduino Nano or an Arduino Uno.

Learn how dithering can suppress both harmonic and non-harmonic spurs and two different types of dithering systems:…

Learn how dithering can suppress both harmonic and non-harmonic spurs and two different types of dithering systems: subtractive and non-subtractive topologies.

Learn about digital square wave generators using a ring oscillator, a 555 timer-based oscillator, and an…

Learn about digital square wave generators using a ring oscillator, a 555 timer-based oscillator, and an Arduino-generated square wave oscillator.

Learn how dithering can be added to a signal to improve the performance of an analog-to-digital conversion system by…

Learn how dithering can be added to a signal to improve the performance of an analog-to-digital conversion system by eliminating quantization error and distortion.

Analog oscillator circuits are commonly used to create square wave clock signals for the timing of synchronous circuits.…

Analog oscillator circuits are commonly used to create square wave clock signals for the timing of synchronous circuits. This article covers the theory, design, and key features of analog square wave generators.

Learn about piezoelectric accelerometers with integrated electronics piezoelectrics (IEPEs), namely an IEPE's voltage…

Learn about piezoelectric accelerometers with integrated electronics piezoelectrics (IEPEs), namely an IEPE's voltage mode, charge mode, and dynamic range.

Learn why the drive level of your quartz crystal oscillator is important and several methods for how to measure it.

Learn why the drive level of your quartz crystal oscillator is important and several methods for how to measure it.

This article discusses how we can examine the oscillator circuit to make sure that it has sufficient “negative…

This article discusses how we can examine the oscillator circuit to make sure that it has sufficient “negative resistance” or “oscillation allowance”.

In this article, we’ll try to develop a deeper insight into the operation of a quartz crystal oscillator.

In this article, we’ll try to develop a deeper insight into the operation of a quartz crystal oscillator.

Learn about some of the most important characteristics of quartz crystal frequency deviations.

Learn about some of the most important characteristics of quartz crystal frequency deviations.

Learn how two methods of demodulation compare: synchronous demodulation and rectifier-type demodulation. Here we discuss…

Learn how two methods of demodulation compare: synchronous demodulation and rectifier-type demodulation. Here we discuss each method's advantages, drawbacks, and appropriate applications.

In this series of articles, we’ll discuss one of the fundamental building blocks of analog IC design: the…

In this series of articles, we’ll discuss one of the fundamental building blocks of analog IC design: the switched-capacitor circuit.

Our series on quantization noise begins with a clarification of the framework the author used to determine the scope of…

Our series on quantization noise begins with a clarification of the framework the author used to determine the scope of his investigation into quantization noise.

In the final part of this series on modeling ADCs, we discuss one more model and also briefly cover DAC models.

In the final part of this series on modeling ADCs, we discuss one more model and also briefly cover DAC models.

Learn about the concept of ENOB (effective number of bits) and how it can be used in modeling data converters in system…

Learn about the concept of ENOB (effective number of bits) and how it can be used in modeling data converters in system simulations.

This article launches a series exploring the question of how to model data converters for system simulations.

This article launches a series exploring the question of how to model data converters for system simulations.

Summary

Summary

This article continues our discussion of design techniques that help us to improve the performance of transimpedance amplifiers.

This article continues our discussion of design techniques that help us to improve the performance of transimpedance amplifiers.