Discovering Atlee Cunningham: A Legacy Of Electronic Hardware Excellence

Imagine a world where the tiny parts holding our electronics together simply gave up. It would be a messy situation, wouldn't it? From the devices we carry daily to the complex systems that keep industries running, every single electronic piece relies on something sturdy to keep it in place. This is where the importance of dependable electronic hardware truly shines, and it's a big reason why many people look for quality components. So, when you hear the name Atlee Cunningham, you might be wondering what exactly it stands for in this very important field.

Well, to be honest, the name "Atlee Cunningham" often leads folks to a company simply known as Atlee. This business has quietly built a solid reputation over many decades for making electronic hardware that just works, even when things get tough. They focus on producing parts that can handle a lot of stress, like when things are inserted or pulled out with considerable force, or when equipment needs to operate in truly demanding conditions. It’s about making sure everything stays put and performs as it should, no matter what.

This long-standing commitment to making things right has made Atlee a go-to source for those who need reliable connections and supports for their circuit boards and other sensitive bits. They have been at it for a very long time, offering solutions that stand the test of time and extreme use. It's pretty cool, you know, how much thought goes into these small but mighty pieces, especially for today's high-tech gadgets and industrial gear, so it's almost a given that people search for them.

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Table of Contents

• The Company Atlee: A History of Precision
• Atlee: A Legacy of Quality and Trust
• Products Built for Toughness: What Atlee Makes
  • Component Holders and PCB Supports
  • Bus Bars and Board Stiffeners
  • Crystal Clips for Stable Signals
• Why Atlee Components Stand Out
• Common Questions About Atlee
• Finding the Right Parts for Your Needs

The Company Atlee: A History of Precision

When people search for "Atlee Cunningham," they are usually trying to find information about Atlee, the company. This business has a rather impressive story, dating back to 1952. That’s a long time to be in any business, especially one that requires such precise manufacturing. Their journey began over seven decades ago, focusing on electronic hardware.

What’s also really interesting about Atlee is that it's a veteran-owned small business. This detail speaks volumes about their values and perhaps even the discipline that goes into their work. Being around since 1952 also means they have seen a lot of changes in the electronics world, yet they have continued to provide essential parts that meet modern demands. This kind of staying power, you know, is quite rare.

Atlee: A Legacy of Quality and Trust

Atlee has built its reputation on a foundation of making durable and dependable electronic components. Their focus on quality is pretty clear from the materials they use and the way they describe their products. They talk about "maximum performance and reliability under extreme usage," which tells you a lot about the kinds of situations their parts are designed for. This means their products are not just for everyday gadgets but for things that really can't fail.

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A big part of their appeal, too, is that their products are made in the USA. For many buyers, this is a significant factor, signaling a commitment to quality control and supporting local manufacturing. It also often suggests a shorter supply chain, which can be a real benefit for businesses needing parts quickly. So, in some respects, their location of manufacture is as important as their design.

Atlee's Company Details

Products Built for Toughness: What Atlee Makes

Atlee specializes in several types of electronic hardware, each designed with a specific purpose in mind, especially for tough environments. They don't just make generic parts; they craft items that address common problems in electronic assembly, like keeping things secure under pressure. It's pretty clear they put a lot of thought into how their products will be used in the real world, so they are quite practical.

Component Holders and PCB Supports

The design of Atlee component holders, from raw material through finished product, ensures maximum performance and reliability under extreme usage. This means they are made to handle a lot of stress, including repeated insertions and withdrawals of components, which can really wear down lesser parts. These holders are about keeping everything stable and connected, even when things get rough. They are, in a way, the unsung heroes of many electronic devices.

Their printed circuit board (PCB) holders are particularly noteworthy. They offer heavy-duty options, like the side mount and center mount types, both featuring thick .010 material. This thickness is important because it contributes directly to the "high retention of PCB under severe shock / vibration." Think about electronics in a car, an airplane, or industrial machinery – they get shaken around a lot. These holders are built to keep the circuit board firmly in place, preventing damage and ensuring continuous operation. It's quite a feat of engineering, really, to make something so small so strong.

For instance, the low profile open end side mount PCB holder also uses this heavy-duty .010 thick material. What's neat about these is that they are "easily installed by welding or riveting." This makes them versatile for different assembly processes, which is a big plus for manufacturers. The ease of installation, combined with their strength, means less time spent on assembly and more confidence in the final product. That, you know, makes a real difference.

Bus Bars and Board Stiffeners

Atlee also manufactures standard printed circuit board single layer bus bars and board stiffeners. Bus bars are like superhighways for electricity on a circuit board, helping to distribute power efficiently and reduce electrical noise. This is really important for the stable operation of complex circuits. They come with options like being "plated only or plated and coated with an insulating epoxy." The plating helps with conductivity and prevents corrosion, while the epoxy coating adds an extra layer of insulation and protection from environmental factors. This dual approach ensures both excellent electrical performance and physical durability, which is pretty clever.

Board stiffeners, on the other hand, do exactly what their name suggests: they make the circuit board stronger. PCBs can sometimes flex or bend, especially larger ones or those in high-vibration settings. This bending can damage components or break solder joints, leading to malfunctions. By adding stiffeners, Atlee helps to maintain the board's structural integrity, ensuring that all the delicate parts stay safe and connected. It’s a simple idea, but absolutely vital for long-term reliability, so they are quite popular.

Crystal Clips for Stable Signals

Another specialized product Atlee makes is crystal clips. These are designed to provide "secure mounting for flattened elliptical components under shock and vibration." These "flattened elliptical components" are typically crystal oscillators, which are crucial for generating precise timing signals in electronic circuits. If a crystal oscillator isn't held firmly, its frequency can drift, causing all sorts of problems in the device. That, as a matter of fact, can be a major headache.

Atlee’s crystal clips ensure these sensitive components stay put, even when subjected to bumps or shakes. This secure mounting means the timing signals remain stable and accurate, which is absolutely critical for everything from communication devices to computer systems. They offer sizes available to meet the needs of standard types of frequency components, meaning they can fit a wide range of common crystals. This attention to specific, high-precision needs really highlights Atlee's depth of expertise.

Why Atlee Components Stand Out

The core of Atlee's product philosophy seems to be about building things to last and perform under pressure. They don't just aim for "good enough"; they aim for "maximum performance and reliability." This focus is evident in their choice of materials, like the #172 beryllium copper, which adheres to ASTM B194 standard plating. Beryllium copper is known for its excellent strength, conductivity, and resistance to fatigue, making it an ideal choice for components that need to withstand repeated stress and provide consistent electrical contact. This material choice, you know, is a sign of true quality.

The fact that their products are "made in the USA" also contributes to their standing. This often means tighter quality control, adherence to specific manufacturing standards, and a shorter, more transparent supply chain. For many businesses, knowing where their components come from and that they meet high production standards is a very important consideration. It provides a level of trust that is difficult to match with offshore manufacturing, and that, in fact, is a big deal.

Their long history, dating back to 1952, also speaks volumes. A company that has been around for so long in a continually changing industry must be doing something right. It suggests a deep well of experience, a proven track record of adapting to new technologies, and a solid reputation for delivering on their promises. This kind of longevity builds confidence, especially when you're looking for parts that are supposed to last for years in critical applications. It's pretty much a sign of dependability.

Common Questions About Atlee

When people look for "Atlee Cunningham," they often have specific questions in mind about the company and its products. Here are a few common inquiries that come up, based on the kind of information we have about Atlee.

What kinds of electronic components does Atlee make?

Atlee makes a variety of electronic hardware, including component holders for different uses, printed circuit board (PCB) single layer bus bars, and board stiffeners. They also produce specialized crystal clips, which are designed to hold sensitive frequency components securely. These parts are generally made for demanding applications where reliability is key, so they are quite specialized.

Where are Atlee's products manufactured?

All of Atlee's products are proudly made in the USA. This commitment to domestic manufacturing is a core part of their business identity and helps ensure consistent quality. It’s a point of pride for them, and for many customers, it’s a big reason to choose their products, too it's almost a guarantee of certain standards.

What makes Atlee's PCB holders stand out from others?

Atlee's PCB holders are known for their heavy-duty construction, often using .010 thick material. This robust design provides "high retention of PCB under severe shock / vibration," meaning they keep circuit boards very secure even in harsh conditions. They are also designed for maximum performance and reliability, even with repeated component insertion and withdrawal forces. That, you know, makes them pretty tough.

Finding the Right Parts for Your Needs

If you are looking for electronic hardware that truly performs under pressure, Atlee's offerings are definitely worth exploring. Their long history, dedication to American manufacturing, and focus on durable materials like beryllium copper mean their components are built to last. Whether you need something to hold a circuit board firm against vibrations or a bus bar to manage power efficiently, they seem to have solutions for quite demanding situations.

Thinking about your next project, especially one that needs reliable electronic components, it’s pretty clear that considering a company with Atlee’s background makes a lot of sense. They have decades of experience making parts that can handle "extreme usage," and that's a quality that is hard to beat. You can learn more about electronic hardware solutions on our site, and you might want to check out their specific product lines for things like crystal clips if you have very particular needs. For more technical details on materials like beryllium copper, you can refer to standards such as ASTM B194, which is what Atlee uses.