Whether large or small-scale technologies, every electronic device needs protection from excessive heat, dust, moisture, corrosion and other harmful elements, and since 1988, EIC’s patented, solid-state, thermoelectric air conditioning solutions have excelled at providing that protection. Read More...
IC is a solution provider to 6 of the top 10 Department of Homeland Security (DHS) contractors and is also an award winning solutions provider to the top rising contractor for the DHS (as ranked by Homeland Security Today) Read More...
With such a high standard set upon our workers and our company, we felt the need to make this one of our core values at EIC. Continuous Improvement means we are committed to the relentless pursuit of improving our products, processes and service levels to enhance value for our customers and ensure growth for the company. Read More...
In the third installment of our EIC Meet the Team Series, we would like to introduce you to Jamie Alletag, Sales Engineer at EIC Solutions. Read More...
In the second installment of our EIC Meet the Team Series we would like to introduce you to one of our design engineers, Steve Berrodin. Read More...
Welcome to our first installment of the EIC Meet the Team Series. In this edition we would like to introduce you to Josh Liegel, Senior Sales Engineer at EIC Solutions. Read More...
EIC Solutions is proud to be celebrating our 40th anniversary. Part of our overall vision is to provide our defense and industrial market customers with the world’s best high-performance solutions to house, protect and cool mission-critical electronics. We have come so far over the last 40 years to be where we are today and we have both our customers and employees to thank! Read More...
Welcome to part three of our series on Getting to Know Thermoelectric Cooling Technology. In our concluding post we will examine some of the most treacherous environments, inhospitable surroundings and corrosive atmospheres that destroy electronic and electrical devices. Read More...
In Part 2 of this series, we would like to focus on computers, sensitive electronics and other mission-critical devices. Read More...
What is Thermoelectric Cooling Technology? In 1834, Jean Peltier discovered that by passing a current through two dissimilar conductors, the junction of those materials will either absorb or release heat, depending on the direction of the current flow. Thirteen years earlier, Thomas Seebeck had discovered current would flow when you placed a temperature gradient across the junction of two dissimilar metals. These two discoveries were the basis of thermoelectrics. With the advent of modern semiconductors, thermoelectric devices became practical for real world applications and are now found in everything from consumer goods to spacecraft. Read More...