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Long Printed Circuit Boards

Long Printed Circuit Boards Modern wireless applications need robust antennas, and that often means needing a long printed circuit board to integrate and support those applications. The design of an antenna can make or break your application, but relying on long PCBs can help you get the job done right. The antenna can be built right onto your long printed circuit board with copper optimization designs boosting its capabilities. Antennas tend to be an area where design can very difficult, and working with experts can help you optimize the impact your board will have. Get the best antenna by teaming up with the best engineers and manufacturers. Antenna Application Use Wireless antennas are used in almost every modern device that arrives in our homes. From cellphones and coffee makers to new washers and TVs, there’s an antenna, and it’s probably created right onto the circuit board. Printed circuit board antenna

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High Tech Custom Printed Circuit Boards

High Tech  Printed Circuit Boards High-quality custom printed circuit boards are a forte of our engineering team here at Millennium Circuits Limited. We’ve built a wide range of unique and specialty printed circuit boards whether you need support for custom antennas, high power and thermal boards, rigid-flex combinations or boards with a significantly high number of layers. High-tech printed circuit boards are a capability of MCL because we support a wide range of materials beyond standard FR-4 requirements. High-temperature specializations, custom board layouts and printing, immersion silver OSP finishes and a wide range of certifications and qualifications allow us to deliver the exact boards our customers need. High-Quality Custom Printed Circuit Boards vs. Standard Choosing high-quality custom printed circuit boards gives you a wider range of options beyond your standard PCB. You’re able to select what’s best for you including buried and blind vias, castellated holes, counter sink and bores,

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PCB Measling and Delamination

PCB Assembly Boards

What Is Measling and Delamination? Circular white spots and small hole-like areas that appear in your printed circuit boards are typically measling and delamination errors that can occur during the production or use of PCBs. These errors can interfere with normal operations and may ruin your PCB. It is easy to control for these errors when identified, and leading PCB brands like MCL can even design your boards in a way that limits delamination and measling errors. What Is the Difference Between Delamination and Measling? While measling and delamination may appear similar, there are some noteworthy differences to keep in mind. Delamination is when the layers of your PCB base materials experience a partial separation. This will cause gaps or bubbles that look like blisters. Delamination typically occurs in the production process when unwanted heat or humidity are present. Measling is the presence of white spots in the PCB weave

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Printed Circuit Boards for Medical Instrumentation

Demanding Requirements for Medical Field – Custom Printed Circuit Boards MCL has been developing custom printed circuit board medical devices for more than 10 years, and we’ve been consistently ensuring that every board meets the highest quality standards for the medical community. That includes a variety of requirements around specialty materials, clean standards and a host of devices to support. Medical device printed circuit boards are designed specifically for your medical instrumentation and are specialized to meet a wide range of care settings, lab settings and testing scenarios. Precision is the core focus of medical instrumentation PCB fabrication from MCL, and our customers are always pleased with our results. Concept to Market If you’re a developer of instrumentation, MCL can provide you with complete medical device printed circuit board fabrication and engineering support to bring your product to life. Our ability to generate high-frequency circuit boards can be applied to

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Guide to PCB Issues

Jump To: Plating Voids | Insufficient Copper-to-Edge Clearance | Slivers | Missing Solder Mask Between Pads | Acid Traps | Starved Thermals | Electromagnetic Issues  | Not Using a DFM | Burned Circuit Boards | Age | Chemical Leakage | Request a Free Quote Guide to PCB Issues Printed circuit boards (PCB) are essential components of many electrical devices today, connecting different components to one another through a complex array of circuits. Global demand for PCBs has risen rapidly — over the past eight years, total global sales of printed circuit boards have increased by an average of over $3.7 billion per year. Worldwide sales of PCBs stood at about $82 billion as of 2018. The complexity of the PCB designing and manufacturing processes means there are numerous opportunities for PCB failure issues to arise. Some of these failures are a result of design oversights, such as insufficient clearances or incorrect measurements, which can negatively affect the functionality of the finished product. Others may result from problems in the manufacturing process,

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Small Circuit Boards – How small can a PCB be?

small circuit boards

Small Circuit Boards – How Small can a PCB be? As technology advances, our gadgets get smaller. And as they get smaller, they require small circuit boards to work. There is no such thing as a standard printed circuit board. Each board is made for a specific item. That means that the board has been designed to perform a particular function inside an allotted space. MCL engineers have been providing small PCBs for a variety of industries and needs for more than 10 years, offering competitive pricing and multiple domestic and offshore manufacturing options. We specialized in services that design for manufacturability, especially in the realm of your small printed circuit boards. PCBs all have highly defined requirements, and our expert engineering and manufacturing team can turn your concept into reality or test an existing prototype to make sure it meets all tolerance needs. If something is out of spec,

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Uses of Circuit Boards in Vehicles

what can you do with a printed circuit board

Uses of Circuit Boards in Vehicles Over the years, a number of new technologies have been introduced in the field of vehicle manufacturing. Through these innovations, significant shifts have been experienced, each with the promise of taking the industry into greater heights. Among others, one that has been most popular is the use of printed circuit boards for vehicles. The main function of the latter is to provide mechanical support and electric connection to different components of the vehicle. While there is an abundance of uses for printed circuit boards in vehicles¸ its applications extend beyond the latter as it can also be used in computers, ovens, mobile phones, televisions, and amplifiers, among others. Applications in Vehicles One of the most common uses of printed circuit boards for vehicles deals with the deployment of airbags, which make it necessary in being able to prioritize safety. The circuit board is incorporated

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Circuit Boards on Planes

pcb Assembly

Printed Circuit Boards for Planes/Aerospace and Military Applications Ever seen a PCB (printed circuit board) of a radio or computer, the one with interconnected electronic components? No? Well, it is a board that contains pads and lines that electrically interconnect in various points together, or rather connect components and connectors to each other. Circuit boards allow signals and power to be channeled through physical devices easily. With the help of solder, components on the surface of a PCB are electronically interconnected. Solder is a metal, which aptly serves as a strong adhesive on the components. You can find PCBs in devices such as sophisticated radars, pagers, beepers, and even computer software. Because of their different uses, PCBs come in different designs, shapes and sizes. Printed circuit boards for planes, for instance, have more sophisticated designs that are invented to comply with the ever-growing functionalities of airplanes. Designing PCBs for aviation

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