Topics of digital control approaches for future-oriented power converters

Digital Control of Power Converters - A Survey

Power converters offer a high capability to efficiently manage electrical energy flows. Until few years ago, their primary use was in supplying motors in industrial applications and in electric traction systems. Nowadays, in addition to those fields they are employed in a very wide range of low, medium and high power applications including residential applications, renewable energy systems, dis...

An Introduction to Digital control of switching power converters

Applying digital methods to the control of power converters, in particular boardmounted dc/dc converters, offers a rich set of possibilities from which to create new features, improved performance, and much greater product flexibility, and all at lower cost. Power converter operating characteristics dictated by a stored program, rather than the parameters of a set of discrete components, can me...

Power Dissipation of Analog-to-Digital Converters

The power dissipation of an analog-to-digital converter (ADC) is a function of many variables, such as sampling rate (f S), resolution, architecture, process, voltage supply and technology. This chapter will attempt to establish the power dependence on sampling rate and resolution as its primary goal. To make this tenable, the scope of this task will be narrowed in the following two ways: 1. Ar...

Suggesting Approaches of Tobacco Control for Policymakers: A Serious Challenge of Iranian Future Health

Simplified Approaches for Controlling Dc-dc Power Converters

This paper represents the design procedures of different compensation schemes for voltage mode controlled (VMC) dc–dc switching converters. Proportional integral derivative (PID) controllers, Fuzzy logic controllers (FLC), parallel combination of PID and FLC, and FLC tuned by PI controller have been investigated. MATLAB software is used to depict the buck converter performance with each compens...