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The Electrical Engineers’ Guide To Electro-Mechanical Assemblies
When it comes to construction projects, most people don’t automatically think of the role of an electrical engineer (EE) in its completion. Yet, they play an integral part of how modern projects are put together based pure on their knowledge of pivotal parts like electro-mechanical assemblies.
The layperson may not be fully aware of just how much these assemblies play a role in everyday life in items such as cell phones, pacemakers, automobiles, and thermostats. But consider for a moment that on the most basic level, an electro-mechanical assembly controls how electric current flows, causing mechanical action of some kind.
This is also the reason an electrical engineer becomes a vital part of a project as their highly-developed math & science skills prove to be a major asset on a job. They go so far as to be the go-to person in designing & developing complicated electrical systems, subsequently also being tasked with their maintenance.
Because of the wide breadth of utility that electro-mechanical assemblies provide, there is a significant amount of information electrical engineers must know about their design & manufacturing. Here’s a brief look:
Understanding Form & Function — It’s important to understand what electro-mechanical assemblies are and what they do. As one could deduce from the name, these assemblies use electrical & mechanical parts to do a complete a variety of tasks. These can include generating power and controlling switches. The electrical engineer must understand the details of said functions so that they can, in turn, put together an optimal design for these assemblies to operate at maximum efficiency.
Complexity — Electro-mechanical assemblies can be very complex in nature, and while you wouldn’t think that an electrical engineer would have to think about turnaround times for any component, that just isn’t the case. As EEs help in the design of an electrical system for a project, they need to take into consideration the complexity of the wiring and component integration. This complexity means that technicians will need to put them together by hand, making for a longer turnaround time, which can lead to costly delays in completing a project that has to meet a particular deadline.
The Value of Prototyping — Making sure that things are getting done right is at the heart of any complicated project. This means that all stages, from design to production run, need to include a prototyping phase. This is to give electrical engineers, as well as all other essential members of the team, a chance to see how well a proposed design may actually work in practice.
Getting the most out of electro-mechanical assemblies begins with knowledge, and there is no better way to gain said knowledge than by talking to an expert. Working with a premier manufacturing partner with a proven background in electro-mechanical assemblies is essential to the success of any project that requires these items. Prototype build support is something that few manufacturers provide, let alone pre-production analysis & a review of design schematics for their clients. Furthermore, the right manufacturing partner will also provide engineering support to their clients from beginning to end, as well as a litany of other important services to ensure that the most all-encompassing project solution possible is delivered.
LoDan Electronics, Inc. has been a leader in electro-mechanical assemblies & other custom interconnect solutions since 1967. Contact them today.