the reliability objective and integration

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The Reliability Objective and Integration | Power Circuits Power Circuits Presenting the many facets of modern power electronics engineering. The Reliability Objective and Integration February 2, 2015 admin Leave a comment It is well established in military electronics that the more parts are in a system, the more likely it is to fail. As we shall see, power electronic circuits tend to have few parts, especially in the main energy flow paths. The necessary operations must be carried out through shrewd use of those parts. Often, this means that sophisticated control strategies are applied to seemingly simple conversion circuits One way to avoid the reliability-complexity tradeoff is to used highly integrated components. A high-end microprocessor, for example, contains more than a million parts. Since all interconnections and signals flow within a single chip, the reliability is nearly that of a single part. An important parallel trend in power electronic devices is the integrated module. Manufacturers seek ways to package several switching devices, their interconnections,and protection components as a unit. Control http://powercircuits.net/reliability-objective-and-integration/ (1 of 3) [4/16/2015 7:01:50 PM]

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Page 1: The reliability objective and integration

The Reliability Objective and Integration | Power Circuits

Power CircuitsPresenting the many facets of modern power electronics engineering.

The Reliability Objective and Integration

February 2, 2015 admin Leave a comment

It is well established in military electronics that the more parts are in a system, the more likely it is to fail. As we shall see, power electronic circuits tend to have

few parts, especially in the main energy flow paths. The necessary operations must be carried out through shrewd use of those parts. Often, this means

that sophisticated control strategies are applied to seemingly simple conversion circuits

One way to avoid the reliability-complexity tradeoff is to used highly integrated components. A high-end microprocessor, for

example, contains more than a million parts. Since all interconnections and signals flow within a single chip, the reliability is

nearly that of a single part. An important parallel trend in power electronic devices is the integrated module. Manufacturers

seek ways to package several switching devices, their interconnections,and protection components as a unit. Control http://powercircuits.net/reliability-objective-and-integration/ (1 of 3) [4/16/2015 7:01:50 PM]

Page 2: The reliability objective and integration

The Reliability Objective and Integration | Power Circuits

This bare integrated circuit is composed of millions of individual components

packaged into a single chip.

circuits for converters are also integrated as much as possible to keep reliability high.

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Background Goals and MethodsLeave a Reply

Categories

● Background● Goals and Methods● History● Switches● Waveforms

Recent Posts

● Overview of Switching Devices● Review of Fourier Series

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Page 3: The reliability objective and integration

The Reliability Objective and Integration | Power Circuits

● Characteristics of Power Semiconductor Devices● Kirchhoff’s Voltage and Current Laws● Introduction to Switches

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