Circuit boards manufactured with Surface Mounting Technologies have revolutionized electronics manufacturing, thanks to their ease of construction and the much higher component density they make possible. SMT construction allows for devices which are smaller, more feature-packed, and (very often) cheaper to produce.
Surface mounted technology (SMT) has grown in popularity over the past few years and has widely replaced through-hole technology. But why is SMT so preferable to through-hole mounting, and can through-hole still be relevant in certain applications? By taking a few moment's to learn about both methods, you'll gain a thorough understanding of the unique characteristics of the two, the key differences between them, and what it is that makes SMT the preferred option.
There are different approaches to mounting components onto a printed circuit board with each method having its own strengths and weaknesses. This brings up the need of understanding what a given circuit is expected to do hence going for an approach that will bring the best in terms or performance and durability out your circuit.
As the structure of semi conductors became more complex over time, the packaging technology required significant changes in order to offer added utilities and functionalities. To complement the complexity some new forms of packaging for semiconductor integrated circuits were developed, that were classified based on their mounting style.
The hallmark of any good supply chain services provider is its ability to accommodate a repertoire of specialized engineering expertise such as manufacturing and contract electronics assembly packages. Selecting the wrong EMS (electronic manufacturing service) provider not only escalates production costs, it can also jeopardize your reputation and position in the market.
Suddenly, “made in the USA” has real meaning again. In fact, you need look no further than Baltimore-based Zentech Manufacturing to understand just how much of an advantage this can be. Zentech specializes in Printed Circuit Board (PCB) manufacturing assembly for a variety of clients in sectors as varied as medical diagnostics, telecommunications and defense, but the expertise of this burgeoning services company goes much deeper. Zentech has built its success on collaboration and efficiency in every phase of the design and assembly manufacturing process, and that offers the potential to drastically improve your products and the way they get to market. Zentech can shepherd your project all the way from concept stage to shipping, literally building innovation and cost savings into every step. It’s the kind of integrated, can-do approach that once defined American manufacturing, and companies all over are taking notice.
Topics: SMT Assembly, Reshoring, contract electronics manufacturing, off shoring, Zentech technologies, product assembly, contract manufacturing, manufacturing, electronic manufacturing company, assembly electronic, Contract Electronics Assembly, manufacturing assembly
Topics: electronics manufacturing, SMT Assembly, design review, contract electronics manufacturing, electronics industry, Zentech technologies, contract manufacturing, manufacturing services, electronic parts, electronic design and manufacture, electronic design, manufacturing, engineering design
- Chinese labor costs are expected to rise at a rate of 13 percent per year through 2015;
- The cost of shipping products around the world is dramatically increasing;
- Distance is making it difficult to design and collaborate on products; and,
- It’s increasingly difficult (and expensive) to protect intellectual property in China.
- Create a more educated workforce that can fill skilled labor gaps and get Americans interested in manufacturing careers at all levels (e.g., assembly, engineering, management, etc.).
- Use automated assembly processes to limit the labor input of production more extensively.
- Help companies evaluate their true total cost of ownership (TCO) to help model the risks and costs of offshoring production.