CODICO - YOUR DESIGN-IN COMPONENT COMPANY
Products | 

AC/DC

Imp_02_2015_A04_EOS_WLP120-photo_726.jpg

AC-DC ICs - Designs for electronics supply with mains voltage

 

Solutions for converting an AC voltage into one or more DC voltages via a complete power supply, ready-to-use module or integrated ICs.

 

Long years of experience and close co-operation with leading manufacturers and hugely experienced R&D at our laboratory in Munich mean we can help customers with fast and effective design.

Our suppliers in this category AC/DC:

MPS

The company MPS, headquartered in San Jose, California, was founded in 1997 and is one of the leading suppliers for Power Management ICs.

INFOSAMPLESContact

Your contact :

Your contact for MPS:  Thomas Berner
Thomas Berner
Product Marketing Manager
+49 89 1301438-15

POWER INTEGRATIONS

POWER INTEGRATIONS, Inc., is a leading supplier of integrated AC/DC power ICs. It was founded in 1988 in Silicon Valley and offers high-performance electronic components used in high-voltage power-conversion systems.

INFOSAMPLESContact

Your contact :

Your contact for POWER INTEGRATIONS:  Thomas Berner
Thomas Berner
Product Marketing Manager
+49 89 1301438-15

Order now: Samples AC/DC

TIME-TO-MARKET: You can find the latest evaluation boards and samples in our shop. So that you do not lose any valuable time.

AC-DC ICs - Designs for electronics supply with mains voltage

 

Apart from mobile units, the majority of today’s electronics are fed from AC voltage networks. There is plenty of power available here, and all that is needed is to convert the AC into DC, direct current voltage. In this situation, the application purpose is the issue that decides whether the AC- DC converter requires a galvanic separation or not. If the end device is encapsulated, and there are no further cables going out of it, then in most cases a non-isolated step-down converter (buck converter) is sufficient. These units only need a simple coil in order to couple energy from the primary side to the secondary side.

 

However, if the end device is accessible to touch, or if there are further cables coming from it, there is no way of avoiding an isolated solution. In most cases, in such a situation, an isolating converter topology (flyback converter) is used. This topology needs a transformer for the energy coupling, as well as a feedback about the state of the secondary side, by way of an isolated element, such as an optocoupler, or by way of an additional primary winding of the transformer. In the latter case, the state of the secondary side can be determined by the return voltage of the transformer.

 

Something all the approaches of the AC-DC converter design have in common is the method of chopping the AC current (in most cases 50Hz), and transferring the energy at higher frequency (mostly 60-130 kHz). This makes it possible to work with a perceptibly smaller converter. Guidelines both worldwide and local aimed at energy efficiency have largely done away with both the old 50Hz converters as well as the capacitor power units with degrees of efficiency of 25%, replacing them with AC-DC converter designs with 70-90% efficiency.

 

CODICO provides the support needed to make the customers’ concepts into successful reality, from advice in choosing the right topology and the modules required, to proposals for circuit arrangements, and on to analyses of the customers’ circuits.

 

Long years of experience and close co-operation with leading manufacturers and hugely experienced R&D at our laboratory in Munich mean we can help customers with fast and effective design.

This website uses cookies in order to give you the best possible service. By using this website you comply with the use of cookies.
Further information can be found here

Hide this