With the exponential demand for robotics in every field, the demand for smaller, lighter, more flexible electronic components, especially flex PCBs, is rapidly increasing.... read more

Flexible printed circuit boards (Flex PCBs) are widely used in today’s electronics due to their adaptability and space-saving design. These boards are crucial in industries like wearables, automotive ... read more

In the printed circuit board (PCB) manufacturing industry, quality control must be maintained to an extreme. First Article Inspection (FAI) ensures that the product quality is at its maximum before go... read more

We all know the importance of military electronic devices like military radars, satellite systems, communications, etc, for the safety of our country. But do you know that these systems consists of hi... read more

Printed circuit boards designed for space applications must meet stringent requirements to ensure reliable operation in the harsh environment of space.... read more

Explore the intricate world of high-frequency PCBs, delving into design intricacies, material considerations, and diverse application scenarios for optimal performance.... read more

PCB layout is a meticulous process of placing components on boards. Organized and neat layout, component placement etc helps to come up with effective PCB layouts. ... read more

Schematic drawings and Geber Files are essentials for PCB board design. Schematic drawings are the blueprint of PCBs & Geber Files are the actual layout of PCB design. ... read more

If you want to keep DFM problems out of your PCB board then this blog has come to the rescue. Quickly check out the solution.... read more

Critical applications like aerospace, defence equipment, and medical devices require quality PCB manufacturing. Here is the blog that talks about the right PCB manufacturing for critical applications.... read more

Your search for the right type of PCB substrate material ends here. We have the right options for you to improve the efficiency of your PCB.... read more

PCB prototype is an early sample of the design. It begins with gathering necessary information, such as number of PCB layers, board thickness, copper thickness etc.... read more

Learn more about the factors that affect the thermal reliability of Solder Mask Materials. Read all about it.... read more

The guide to find the routing essentials for the modern designer. If you want to become an expert, have a look.... read more

PCB Power Market USA provides comprehensive options to meet RoHS compliant PCB manufacturing services in the USA. Contact us to see how we can help you get started with ROHS compliant PCB manufacturin... read more

AOI is the visual inspection of a printed circuit board in different stages of PCB fabrication process, of bare PCB as well as assembled PCB with electronic components.... read more

Making the right choices for materials for printed circuit boards in the US is an important issue for designers, as their choice not only decides the board’s performance, but also the price of the cir... read more

Printed circuit boards (PCBs) in the US are mostly a flat laminated composite. PCB manufacturers use non-conductive substrate materials along with layers of copper circuitry on the external surfaces a... read more

Whether the circuit board is simple or complex, investing in a prototype pays off by eliminating or at least reducing changes to a large extent that could upset schedules.... read more

Printed circuit boards in the USA may be single-, double-, or multi-layered. While simple boards are typically single- or double-layered, complex printed circuit board manufacturers in the US always m... read more

The properties and functions of a Printed Circuit Board or PCB depend primarily on the material it uses for its substrate. Designers select the material for the PCB substrate based on the requirements... read more

The thickness of a printed circuit board in the USA depends primarily on its application. Maintaining the specified thickness during PCB fabrication in the USA depends on the manufacturing processes i... read more

Although a Printed Circuit Board (PCB) is a common term in the electrical and electronics arena, few are aware of its origins, requirements, and design requirements. Before PCBs evolved to their prese... read more

Most electronic equipment has at least one PCB or Printed Circuit Board as their key component. Although most users of such equipment are unaware of the existence of a PCB within, the board is critica... read more

Engineers use Printed Circuit Boards (PCBs) to mechanically support components in electronic equipment. PCBs also provide the necessary electrical interconnections between the components mounted on th... read more

Printed Circuit Boards (PCBs) have Copper traces on their surfaces. As Copper oxidizes and deteriorates if left unprotected, it can make the board unusable. To prevent such deterioration,... read more

As the name suggests, this is a chemical layer on an unpopulated printed circuit board (PCB) with openings for the areas solder will cover and for masking the rest. The main objective is to prevent so... read more

Peel-off masks, also known as peelable masks, strippable masks, or blue masks, are mainly solder masks placed on a Printed Circuit Board (PCB) to act as protection during assembly, with the assembler ... read more

Just as a printed circuit board (PCB) is a means to allow interconnection of different components, vias are means to interconnect different layers on and within the multilayered PCBs. Also, just like ... read more

Printed Circuit Boards (PCBs) in the past were simple, providing the basic functions through leaded components and copper traces connecting them. Today, PCBs are far more complex structures offering a... read more

Apart from the regular Design Rule Checks (DRC) that most Printed Circuit Board (PCB) design software offer and the various standards that one has to follow while designing a PCB,... read more

Construction methods of Printed circuit boards (PCBs) are essentially similar, although their constituent materials and the intrinsic quality of their surfaces may differ. These differences affect the... read more

Forming the backbone of almost all electronic devices, from simple to the most complex, Printed Circuit Boards (PCBs) is an electro-mechanical structure for holding the electronic components together,... read more

Signal integrity is a major consideration when transitioning a quality printed circuit board (PCB) design from prototype to production. This requirement has been necessary... read more

A regular Printed Circuit Board (PCB) made of FR-4 or CEM1-3 material is not very good at removing heat from components mounted on it and generating heat. Although designer use thermal vias and heat s... read more

Electronic gadgets are increasingly getting thinner and smaller. Wearable electronics must conform to body contours. Rather than use conventional rigid boards, OEMs find flexible and rigid-flex printe... read more

With Surface Mount Technology (SMT) being the mainstay of the electronics industry, printed circuit boards {PCBs} are moving from the traditional organic laminates as substrate material to ones with e... read more

Deciding the right build-up or stack-up for a multi-layer PCB design can be a daunting task as it involves several dependencies, some of them interdependent. The process must decide on variables... read more

The performance of a product operating at high frequencies depends largely on the electrical characteristics of the Printed Circuit Board (PCB) used for mounting and connecting its circuit components.... read more

Irrespective of the goal of having a printed circuit board or PCB in a device, it is imperative that the PCB functions properly. As the performance of a product depends primarily on its PCB, malfuncti... read more

When manufacturing PCBs, it is necessary to check the electrical circuit of a completed PCB against the Netlist file that the design engineer of the project had defined earlier when creating the PCB l... read more

Procuring a printed circuit board (PCB) involves considering several factors such as its profile, weight, and components. Thickness of a PCB is one of the main criteria, as the thickness decides its p... read more

Manufacturers purchase material for PCB or printed circuit board from laminate suppliers. The substrate comes pre-clad with copper sheet on one or both sides.... read more

When a fabricator is supplying bare PCBs, you have the option of receiving the boards as individual PCBs or in the form of an array. Manufacturers combine a single PCB multiple times, a process they c... read more

PCB manufacturers use panelization as a popular method for effectively arranging small PCBs to fit standard laminate sizes, hereby making it easier to manufacture them in large numbers.... read more

With the medical field becoming more sophisticated and computerized, many diagnostic and treatment practices depend more on automated machines. These in turn, must depend on printed circuit boards or ... read more

The steep evolution in the medical field has sharpened the diagnostic powers of the medical fraternity. Rather than diagnose based on visible symptoms that is often subjective and misleading,... read more

There are several layers even in a simple PCB or Printed Circuit Board. As implied by the name, a printed circuit board has an electrical circuit imprinted on it in the form of traces.... read more

A PCB has several layers and their individual thicknesses add up to the final thickness of a Printed Circuit Board. The major contribution comes to PCB thickness come from the core layer, prepreg laye... read more

RF or Radio Frequency Printed Circuit Board manufacturing is a fast-growing sector within the PCB manufacturing industry. However, this sector covers RF PCB manufacturing for applications of regular r... read more

Printed circuit boards or PCBs help in keeping electronic components safe and secure, while offering a means of interconnecting them so that the entire circuit functions as the designer intended.... read more