PCBs are the core of most electronic and electromechanical devices used today. They are the backbone of the devices in which they are embedded because their functionality is highly reliant on the design, operation, and accuracy of these PCBs. The demand for miniature yet complex devices has gone up over the last few years, this
Printed circuit boards work as functional cells of any electrical, electronic, or electromechanical device or system. Each of these PCBs have several components mounted on them. There are wires, vias, and so on for which holes are drilled on the board in the designated areas. It is crucial that the components and wires fall in
Working with an experienced electronics contract manufacturer is always advantageous. This is because they understand the challenges in your industry and would guide you about the evolving trends. Also, most electronic contract manufacturers are well-equipped, which helps you gain a competitive edge in the market. Careful consideration goes into the selection phase, still, things may
The printed circuit boards may look like small chips in big devices; however, designing, manufacturing, and assembling them require careful planning. The PCB assemblers use various types of implements when assembling these boards, and stencils are one of the important ones among them. This stencil is known as a surface mount technology stencil or a
Silk screen printing is one of the popular steps in printed circuit board assembly. This method is used to print the solder mask (the green or black coating that covers the exposed copper on a PCB) and the legend (the text and/or symbols that identify the components) on a PCB. Needless to say, the process
High-frequency printed circuit boards have gained immense traction in the electronics segment, and are extensively used in high-speed data transfers, telecommunications, and RF technology. These PCBs transmit electromagnetic waves in GHz with minimal losses. Designing high-frequency PCBs with specific characteristics is a tedious process as it demands balanced considerations of technical specifications. One of those
As the demand for performance-driven, high speed, and yet miniature devices grows, printed circuit board (PCB) manufacturing and assembling have gained immense traction as almost all of these products and devices are driven by PCBs. A flawless PCB design is crucial for further processes such as accurate mounting of components, circuits, vias, and so on.
With PCBs getting increasingly complex and small sized by the day, they need to be designed considering various aspects of the application, and impedance is one of them. This is especially because high speed transmission and a high signal strength are a common requirement in most applications. At high frequencies, the path between transmission and
Considering the importance of IPC standards for PCB manufacturing, it is essential to utilize them at every stage. The previous post highlighted terminologies such as IPC, IPC PCB, and so on. Also, it focused on the benefits of IPC standards for PCB manufacturing. This post explores different classes and types of IPC standards. So, stay
Printed circuit boards (PCBs) have surged the growth of the electronics industry in many ways, and have revolutionized many industrial segments which use electronic devices. The impact of these boards is so huge that it is impossible to imagine an electronic device without them. Today, PCBs find use in small and large electronic applications ranging
Today, almost all printed circuit board (PCB) manufacturers build a prototype before beginning with high-volume production. Why? There are countless benefits of building a functioning model of the PCB before full-scale manufacturing of boards for several end products. Also, copies of the prototype can be developed later through 3D printing if the client requires them.
PCBs or printed circuit boards are an integral part of most electronic and electromechanical devices. They are really the backbone of the part or product in which they are embedded, as the overall functionality of these products depends on the operation, accuracy, and design of these PCBs. Decades ago what started using a single layer
Standard PCBs are the PCBs designed and assembled according to general or standard application requirements. However, these standardized parameters may not mean just one value per parameter, rather it offers a range of frequently-preferred sizes and specifications for PCB manufacturing. The standard PCBs can be manufactured using different materials like aluminum, fiberglass, epoxies, etc. However,
Electronics is one of the highly competitive and fastest-growing industries. The demand for electronic products is on the rise. Most electronic devices are equipped with printed circuit boards or PCBs. With so many electronic manufacturers in the market, the OEMs are always trying to gain a competitive edge. So, they always prefer partnering with experienced
Designing printed circuit boards (PCBs) is a regular task for most electronics engineers (EEs). Have despite a vast number of years of experience in PCB designing, it is not easy to create a high-quality performance-driven PCB design. There are many factors that need to be taken into consideration, and board material is one of them.
Printed circuit boards (PCBs), as we all know, are an integral part of almost all electronic and electromechanical devices. There are several types of PCBs made in various configurations and number of layers, depending upon the application requirements. PCBs may come with or without a metallic core. Metal core PCBs are mostly made of aluminum,
Flexible or flex printed circuit boards are popular PCB type designed to fulfill the needs of flexible electronic circuits. Flex circuit boards are the fastest replacement for traditional wire harnesses as they can be easily shaped to fit into various complex circuit designs. Additionally, these circuit boards provide freedom of designing while maintaining their performance
Printed circuit boards are found in all types of small and large electronic gadgets such as beepers to computer systems to radars, and so on. They contribute to the current-carrying capacity of these gadgets and also lend support to the components attached to them. All this means printed circuit boards play a key role
There are various materials used to make PCBs depending upon the application requirement. These include fiberglass with epoxy resins, FR4, polyimide, Teflon, and so on. Polyimide and FR4 are widely used; however, polyimide offers many benefits. So, what is polyimide? It is a high-performing polymer made of imide monomers. They have good heat and electrical
Christmas and New Year is almost here and there is a magic in the air. Everyone is engaging in a fervor of jolly season. As the year 2019 is nearing to end, the team at Rigiflex Technology would like to wish you a happy, healthy, and prosperous New Year 2020. We believe that this is
Tolerance is an integral part of any PCB manufacturing process. Although the performance of a PCB depends on various factors, tolerances have an active role to play in it. Most electronics manufacturers are clueless about the right tolerances for their PCBs. This is where experts at Rigiflex recommend them to seek mid-range tolerances. The benefit
Printed circuit boards (PCBs) have been around since 1936. They are still an integral part of several advanced circuits. The demand for compact-sized and high-density printed circuit boards is increasing. This is owing to the increasing use of small devices, which demand compact-sized chips. Nowadays, achieving the smallest PCB sizes is easy owing to the
With the size of electronic devices shrinking and their design becoming more and more complex, the demand for small-sized PCBs with maximum components placed accurately has gone up. This has pushed the demand for tools and technologies which facilitate accuracy in such small and complex parts. This is the reason why the High Density Interconnect
Most of today’s flex PCB manufacturing process begins with a prototype production. There are several advantages of building a working model of the flex circuit before attempting the mass producing of these boards. Building a prototype not only helps to test the board’s function but also aids in improving it as per the requirement. Additionally,
Several applications require PCBs that withstand relatively high temperatures ranging from 200 °C, or more. To perform reliably in high-temperature applications, we need specialized PCBs that are fabricated using performance-driven materials. This blog aims to familiarize you with one such specialized PCBs namely, High-Tg. These PCBs can handle extreme PCB glass transition-temperature, whilst offering the