By Joseph T. DiBene II
An all-encompassing textual content that specializes in the basics of energy integrity energy integrity is the research of energy distribution from the resource to the weight and the approach point concerns that could ensue throughout it. For desktops, those matters can diversity from contained in the silicon to around the board and should egress into different components of the platform, together with thermal, EMI, and mechanical. With a spotlight on desktops and silicon point energy supply, this publication sheds gentle at the basics of strength integrity, using the author's huge historical past within the energy integrity and particular adventure in silicon strength structure, layout, and improvement. geared toward engineers attracted to studying the basic and complicated subject matters of the sector, this ebook deals vital bankruptcy assurance of basics in energy distribution, energy integrity research fundamentals, system-level strength integrity issues, strength conversion in computers, chip-level strength, and extra. basics of strength Integrity for desktop systems and structures: * Introduces readers to either the sector of strength integrity and to platform energy conversion * offers a special concentrate on computers and silicon point strength supply unavailable in different places * deals targeted research of universal difficulties within the * stories electromagnetic box and circuit illustration * incorporates a exact bibliography of references on the finish of every bankruptcy * Works out a number of instance difficulties inside of every one bankruptcy together with extra appendixes of tables and formulation, basics of strength Integrity for machine structures and platforms is a perfect introductory textual content for engineers of energy integrity in addition to these within the chip layout undefined, in particular actual layout and packaging
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Additional info for Fundamentals of power integrity for computer platforms and systems
If the current goes to zero, and there is a period of time where no current is flowing, it is considered discontinuous. 8 shows the inductor current for both modes of operation. As a side note, it is sometimes advantageous to turn off and on the switches at specific times in one or both of these modes in order to maintain the highest efficiency for the overall converter. This is called soft-switching, and it is a technique used by many designers—particularly with controllers that allow such programmability [1,2].
Thus most designers have to perform the measurements in a lab to get results, and often the accuracy of the simulation and prediction process does not meet the required accuracy. Later in this chapter we will return to a discussion of the basic loss components of the buck regulator and examine the devices that make up the converter. The next example shows how the buck regulator compares with the linear regulator from the previous example. 2. Assume that the same operating conditions as for the linear regulator.
Later in this chapter we will return to a discussion of the basic loss components of the buck regulator and examine the devices that make up the converter. The next example shows how the buck regulator compares with the linear regulator from the previous example. 2. Assume that the same operating conditions as for the linear regulator. 7 VOut . Assume the same operating loads as before. Determine what the new thermal constraints are on the switches of the regulator if they are to be designed to operate at the same junction temperature as the linear regulator.
Fundamentals of power integrity for computer platforms and systems by Joseph T. DiBene II