Product portability can greatly enhance human experience during product use, and, thus, is set to be a design goal in many design pro projects.
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Get PriceAn in-depth guide to power supply design. Explore the build or buy decision, the different topologies, design requirements and power supply standards.
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For the above reasons, most engineering teams opt to select a power supply module or unit they can quickly incorporate into the design. Electronics-based products and applications generally operate on low voltage DC supplies.
International standards exist that stipulate several key power supply attributes. These include power efficiency, no-load power consumption, safety parameters such as isolation voltages, and electromagnetic interference (EMI).
Power supplies are typically architected around topologies such as linear and switched mode. For reasons explained later, the switched mode topology, which includes isolated fly-back conversion, and non-isolated buck and boost, is the most popular.
Power supplies appeared with tethered systems which are linked with electrical wire to a fixed electrical installation to transform, rectify and regulate the alternating current (AC) 110 volts/220 volts to another electrical form, +12 volts/+ 5 volts direct current (DC) which will be used by different system modules.
Safety standards for power supplies relate to not only the power supply itself but the complete product, and there may be regional variations or adaptations of the standard's specification. Critical safety criteria include isolation techniques and leakage currents.
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