Sam Davis

Power Electronics

Sam Davis is editor-in-chief of Power Electronics Technology magazine and website. He has 18 years experience in electronic engineering design and management, six years in public relations and 25 years as a trade press editor. He holds a BSEE from Case-Western Reserve University, and did graduate work at the same school and UCLA. Sam was the editor for PCIM, the predecessor to Power Electronics Technology, from 1984 to 2004. His engineering experience includes circuit and system design for Litton Systems, Bunker-Ramo, Rocketdyne, and Clevite Corporation.. Design tasks included analog circuits, display systems, power supplies, underwater ordnance systems, and test systems. He also served as a program manager for a Litton Systems Navy program.

Sam is the author of Computer Data Displays, a book published by Prentice-Hall in the U.S. and Japan in 1969. He is also a recipient of the Jesse Neal Award for trade press editorial excellence, and has one patent for naval ship construction that simplifies electronic system integration.

Low-Voltage Logic Inputs Turn 1000Vdc Loads On/Off
Computer logic controls up to a 1000Vdc load and drives an external power MOSFET or IGBT.
Torex Semiconductor Expands its Silicon Valley R&D
Silicon Valley is maintaining its image as the center of the semiconductor universe.
High-Power Electric Vehicle Fast Charging Station
EVgo, the nation’s largest network of public electric vehicle fast charging stations, and ABB announced that they will deploy a so-called High-Power fast charging station in Fremont, Calif.
Update: Subcutaneous Solar Cells Could Power Pacemakers
The researchers said that their general idea was that the solar cells could directly be integrated into the pacemaker housing.
EV Battery Sensing Module Yields Critical Measurement Data
Automotive-grade, precision current, and high-voltage measurement module senses EV battery condition and reports digital output data.
Subcutaneous Solar Cells Could Power Pacemakers 1
A new study provides real-life data on the potential of powering medical implants with solar cells.
How Does a Prototyping-Only Approach Impact Product Design?
Many engineers rely solely on prototyping their designs to create products, but some form of simulation along with prototyping can actually improve product designs.
DIY Monolithic Power Management ICs
A library of selectable standard analog building blocks and unique software enables the in-house design and production of a monolithic power management IC.
Monolithic Buck-Boost DC-DC Converter Delivers Up to 18 V and 5 A 1
Linear Technology’s LTC3119 is an efficient, monolithic buck-boost converter that operates with inputs from 2.5 to 18 V, making it well-suited to operate from one- to four-cell Li-ion batteries.
User-Configurable Multiphase Converters Can Handle Up to 450A Loads
Intersil Corporation’s digital multiphase PWM controllers and their associated Smart Power Stages provide a scalable output of 10A to 450A.
BMW i3 Concept Car Relies on Wireless Feedback of Individual Battery Cell Performance 1
An electric vehicle employs wireless communication to relay performance feedback on individual battery cells to a host processor, replacing hard-wiring previously used for the same purpose.
Energy-Harvesting IC Pushes the Power-Management Envelope
An IC utilizes proprietary energy-management technology to maximize the efficiency of its energy-harvesting capability. The technique ultimately eliminates the need for a battery in a wide range of applications.
±30A Energy Monitor IC Provides Accurate Board Level Measurements 1
Without requiring additional circuitry, an energy-monitor IC measures the necessary parameters to accurately assess and manage board-level energy consumption.
Novel Topology Shrinks 10A Buck Converter, Enables 50 A/cm3
Housed in an ultra-small package, a unique topology merges a switched capacitor and two-phase buck converter that can accept a 12V input and supply 1.2V output at 10A.
Innovative Packaging Yields 40A Synchronous Buck Converter IC
Multi-chip module in a QFN-type package employs internal discrete MOSFETs to produce an efficient, synchronous buck converter capable of driving up to a 40A load.
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