Ericsson Power Modules - Product literature

Power Modules products provide equipment reliability and guarantee your connection.

Business Information

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CUSTOMER SUCCESS STORY

Andrew, Italy, 2007. Evolving Power

Andrew, Italy, 2007, 1 slide. Evolving Power

Iskratel, Slovenia, 2007. Customized Control

Iskratel, Slovenia, 2007, 1 slide. Customized Control

PROMOTION MATERIAL

Power Modules Brochure

Company Presentation

Power Module Selection Guide - July 2008

ATCA, μTCA, AMC Brochure

Cross Reference Lists

POLA - Cross Reference List

Journal and Conference Papers

PCIM China 2008 - Is Digital Power Moving Forward?

MicroTCA conf 2008 - Redundant MicroTCA power systems

Digital Power Forum 2007 - Qualification and Verification Considerations for Digital Power Supplies

Digital Power Forum 2007 - From Digital Confusion to Digital Conversion

Digital Power Forum 2007 - Intelligent Energy Management for Improved Efficiency

Digital Power Europe 2007 - Digitally Controlled Board Mounted Power Converters - Practical Guidelines for Hardware Designers

Digital Power Europe 2007 - Digital Control in a MicroTCA Power System

AdvancedTCA Summit Europe 2007 - Performance, Cost and Reliability Considerations in a MicroTCA Power System

PCIM 2007-Digital Control Techniques Enabling Power Density Improvements and Power Mgmt Capabilities

APEC 2007 - Implications of Digital Control and Management for a High Performance Isolated DC/DC

Digital Power Forum 2006 - Performance Improvements for OEM System Designers

Technical Documents

The PowerBook 4:th revision

Digital Power - Technical Brief

Environmental Documents

RoHS and Design for Environment

RoHS compatible DC/DC power modules

Quality Documents

Quality Assurance - Product Development

Quality Assurance - Supply Chain

Quality Assurance - Supporting Activities

Design Notes

Design Note 002 - Reliability aspects on Power Supplies

Design Note 003 - The Economics of DC/DC power modules - a Year 2000 Checkpoint

Design Note 004 - Thermal aspects on DC/DC power modules

Design Note 005 - The Effects of Reliability on System Cost

Design Note 006 - Using Power Modules in Parallel and Series Configuration

Design Note 007 - Output Voltage Alarm Circuit

Design Note 008 - Short Circuit Monitor

Design Note 009 - Conducted Emission Performance of Ericsson DC/DC power modules

Design Note 011 - Output filter design

Design Note 012 - Output over voltage protection with latching function

Design Note 013 - On/Off control using RC pin

Design Note 014 - Voltage Monitor

Design Note 015 - 48V On/Off control using Remote Control (RC) pin

Design Note 017 - Reflow soldering guidelines for surface mounted power modules

Design Note 019 - Thermal characterization of Ericsson power modules

Design Note 021 - On/Off control using the Remote Control (RC) pin on Ericsson power modules

Design Note 022 - Output Ripple and Noise Measurement Methods for Ericsson power modules

Design Note 023 - Selection of Architecture for Systems using Bus Converters and POL Converters

Design Note 024 - DC/DC power modules basics

Design Note 025 - Forced air cooling of DC-DC power modules at high altitude

Design Note 026 - Power Module Start-up with external Voltage on Output

Design Note 027 - Test Methods for DC/DC Power Modules