From smartphones to kitchen appliances, the heart and soul of each electronic is composed of a Printed Circuit Board Assembly that was, once upon a time, a prototype PCB. Each one comes in an array of configurations that allows it to serve a specific function.
As electronics continue to evolve and change, so will PCB Assemblies. Currently, they are found in just about every industry, continually evolving to create new applications. Because PCB Assemblies can be printed on a variety of materials and are pliable and sturdy, they can be used for nearly anything. We will explore the most common applications.
Electronics play key roles in the healthcare industry. You can find PCB Assemblies in diagnostic, monitoring, and treatment devices. As electronics continue to develop and evolve, there are infinite possibilities as time goes on.
PCB Assemblies can be used within medical devices are extremely specialized so they can fulfill unique tasks.PCB Assemblies used for medical applications tend to be highly dense interconnections.
Because these devices are used for medical applications, medical PCB Assemblies are held to a higher standard than most other PCB Assembly types. Medical devices that depend on PCB Assemblies to operate include:
- Scanning Technology
- Control Systems
- Internal Devices
- Scientific Instruments
We use these types of electronics on a daily basis. Types of consumer devices include smartphones, computers, kitchen appliances, and entertainment devices. Located in each of these devices, you will find a PCB.
Because consumers purchase electronics in mass quantities, it is necessary for the production of PCBs to keep up with the demand. These types of PCBs come with a low per-unit cost, facilitating a low-cost final product.
The biggest challenge that PCB manufacturers encounter with PCBs for consumer electronics is that they must achieve uniformity and maintain quality. As a result, PCB manufacturers are required to comply with strict industry standards and quality-control measures that ensure every consumer electronic will function as it is designed and expected to.
The most common consumer electronics include:
- Mobile Devices (smartphones, tablets, GPS)
- Computer Electronics
- Recording Devices
- Entertainment Systems
- Home Appliances
High-powered industrial applications depend on PCBs to control the mechanisms used in factories and manufacturing facilities. As a result, these devices need to be able to survive harsh conditions that are often found in industrial installations.
Because the industrial industry is a fast-paced environment, industry standards are equally rigorous. Examples of PCBs being used in industrial applications include:
- Industrial Equipment (electrical drills, presses)
- Measuring Equipment (measure and control pressure or temperature)
- Power Equipment (DC to AC power inverters, solar power cogeneration equipment)
As you can see, PCBs are everywhere. They are responsible for the functionality we experience every day, from mixing a batch of cookies to reading our blood pressure. All of these electronic devices were once merely a prototype, with a proto PCB that was tested, tried, and, eventually, perfected.