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Power Sources

The power sources family collectively refers to components, devices, and equipment that supply electrical power to other boards, units, or systems. Groupings include ac power systems, ac to dc power supplies, dc to dc power supplies, and batteries.
AC Power Systems (23 Products, 381 Companies)
The AC power systems generally represent energy sources which furnish AC power outputs when an AC input is applied. This section includes general AC to AC supplies along with specific products of alternators, line conditioners, AC power strips, etc.
AC to DC Power Supplies (38 Products, 574 Companies)
The AC to DC power supplies section lists energy sources which provide DC power outputs when an AC input is applied. Including all types of AC to DC supplies, both switching and linear, this group features board supplies, modular, and lab type units.
Batteries (21 Products, 270 Companies)
Batteries convert chemical, solar, or thermal energy into DC electrical energy. Featured are a host of chemical technologies using properties of lithium, silver, zinc, etc. Included are fuel cells and auxiliary products e.g. battery chargers, packs, etc.
DC to DC Power Supplies (19 Products, 311 Companies)
The DC to DC power supply section represents energy sources which generate DC power outputs when a DC input is applied. Products are distinguished with different input voltage ranges and output wattages. Also mounting/packaging of the supply are detailed.

Recent Articles for Power Sources:
Getting help for your next dc/dc converter design
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Mesa del Sol’s Aperture Center unveils its new smart grid system - first of its kind in the nation
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Developing Complex Synchronized Test Programs Using Programmable Multi-Sync Output Pulses
The purpose of this application note is to provide a summary of the synchronous outputs function of TEGAM’s arbitrary . . .
Linearity Verification of Microwave Receivers Using a Precision Power Meter
The basic technique for linearity measurement, described later in detail, is to use the TEGAM Model 1806 Power Meter . . .
Measuring Temperature Compensating Thermistors with the TEGAM Model 1830A RF Power Meter
Application Note 217 explains the theory behind measuring power with a dual bridge Power Meter such as the Agilent . . .
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