Oscillator

The Janus Oscillator is a mathematical model that describes the behaviour of a system of coupled oscillators. It was first introduced by A. Pikovsky and M. Rosenblum in 2003 and has since been applied to a wide range of physical, biological, and social systems. …

A coupled oscillator consists of two simple harmonic oscillators which are connected, or “coupled” by an intermediary force or potential. In such a system, the oscillation of one particle depends not just on one potential, but two. …

Introduction The main goal of this application is to design an Induction Heater device using the SLG47105V. The system is designed using the HVPAK macrocells and other internal and external components within the HVPAK to drive two powerful N-MOSFETs to control the Induction Heater. The proposed Induction Heater has four power…

The classical Hamiltonian of a simple harmonic oscillator is where K > 0 is the so-called force constant of the oscillator. …

This post is based on my publication “Volume Bounds for the Phase-Locking Region in the Kuramoto Model” with my doctoral advisor Jared Bronski in SIAM Journal on Applied Dynamical Systems. (Click here for the publication.) For the extended case with directed edges see my publication “Volume Bounds for the Phase-Locking…

As a beginner, being able to interpret what the oscillators in forex trading give us is a hard enough task. Oscillators Forex trading aremostly used for showing trends and predicting Forex market trend reversals. In this course section, we will cover how they work in detail. Let’s get started. Oscillators Forex Trading Offers Us Relative Strength Index (RSI) Indicator (Oscillators Forex) The…

and what on earth do they do? — There are a lot of fancy terms when it comes to synthesis. When I first started learning about synths, I had so many questions. I was twisting knobs here and there on every synth I could get my hands on, without really knowing what I was doing to change the…

Introduction This application note describes three PWM design variants using GreenPAK IC: 1. “0–100% PWM” is PWM signal generator with the possibility to control the signal’s duty cycle from 0 to 100% full range, controlled by external or internal signal (for instance: signal from external pin, I2C signal, from a comparator…

Introduction Some applications require oscillators not already served by the on-chip oscillators inside a GreenPAK IC. This application note describes two designs wherein a few passive external components can be used as an oscillator, which is connected to a GreenPAK. The first design is a low-power RC oscillator. The second is…