Adiabatic Technology Helps Cooling Keep Pace with Data Center Growth

Adam Meyer, Sales Manager
Technical Systems, Inc.

Every year, the amount of electronic data that companies process and store grows exponentially. Data centers cannot economically increase the physical space available to keep pace with the growth, and are now challenged to provide more computer power in the same amount of space. The higher levels of microprocessing power in the same physical footprint increases heat density, so owners need more efficient cooling systems that will keep up with the market need without breaking the bank. One technology receiving attention is adiabatic cooling, which uses up to 90 percent less water than other systems. Continue reading

What Makes an “Ideal” Data Center?

Srikanth Murugan, Global Director Sales Engineering

Data centers come in all shapes and sizes, their designs driven by a multitude of factors.  These can be highly disparate, from the purpose it is used for; to the physical environmental it is located in; the materials it’s constructed of; or even who it is designed – global co-location companies, cloud computing specialists, telecom service operators etc. Continue reading

A Designer’s Guide to Smart Battery Applications

Michele Windsor, Direct Sales and Marketing Manager

When integrating a rechargeable battery into a professional application, especially into a mission critical medical or military device, the first things that come to mind are reliability and safety.  However, there are many other factors designers need to consider throughout the various stages of custom battery design. Here, Michele Windsor, direct sales and marketing manager at professional battery manufacturer Accutronics, guides design engineers through the process of embedding batteries in medical, military or automation applications. Continue reading

Smart Electronic Adhesives for Microelectronics – Enabled by Low Viscosity Nanocomposite Materials

Dr. Andreas Funck, Head of AT Electronics, Evonik Nutrition & Care GmbH
Torsten Lubenow, AT Electronics, Evonik Nutrition & Care GmbH

Epoxy resins commonly used for the encapsulation of electronic materials are often filled with various inorganic materials to reduce the coefficient of thermal expansion (CTE), improve thermal conductivity and feature other  mechanical properties. The increase in viscosity that accompanies the increase in filler loading, limits the amount of filler that can be added to a liquid encapsulation system. As a result, highly filled systems are difficult to use in applications that require better flow characteristics such as, flip chip under-fills, transfer molding masses and encapsulates. Moreover, trends of miniaturization require encapsulation systems with much lower viscosity, but with more efficient thermal management. Continue reading

Taking Full Advantage of Computational Fluid Dynamics in Electrical and Thermal Energy Technology Innovation

Kuninori Masushige and Yuka Takahashi
Siemens PLM Software, Japan

Seasoned engineers from the Thermal System Technology Department in the Application Technology Research Center at Fuji Electric Co., Ltd. (Fuji Electric) are applying computer-aided engineering (CAE) to the performance reviews and design development technology of various products developed by the company. In this article, Fuji Electric simulation experts Tsutomu Yamamoto, Yoshiaki Enami, and Kimihisa Kaneko discuss how they apply CFD. Continue reading

Synthetic Diamond for Thermal Management of Electronic Devices

Q&A with Thomas Obeloer, Business Development Manager
Element Six Technologies’ 

Why is Diamond Considered a Supermaterial?
Supermaterials are called such due to their unrivaled ability to deliver extreme performance across a variety of applications. Diamond has a range of physical and chemical properties that make it one of the most versatile supermaterials on the planet.  For example, a few of these properties include the highest known thermal conductivity, widest optical transparency window, high electrical carrier mobility, chemical inertness, wide bandgap, electric insulation and even long quantum decoherence times for spin qubits. Many of these properties stem from its molecular structure, also key to its exceptional mechanical properties linked to its hardness. This combination of properties combined with new manufacturing techniques means diamond is finding new technological applications across precision machining, optics, electronics, wastewater treatment, sensors and semiconductor industries. Continue reading

It’s Time to Give Flywheel UPS Systems a Second Look

Ray Prince, global product manager for UPS Solutions, GE Energy Connections’ Industrial Solutions

In critical facilities, uptime is essential. When main power becomes interrupted, these applications depend on backup systems to ensure crucial equipment remains up and running. At the heart of any backup system is an uninterruptible power supply (UPS). In the event of a utility power outage, a UPS keeps electricity flowing to vital systems and equipment until auxiliary generators cycle on. Continue reading