Are you familiar with the latest version of Rogers TMM? Are you struggling to make sense of the Rogers TMM 3? What are some considerations to take into account when you’re considering subscribing to Rogers TMM 3? Are you looking for a way to fully optimize your Rogers TMM 3 to make it more robust, …
The high-frequency circuit materials from Rogers include RO3006 ceramic-filled PTFE laminates. These are ideal for RF and commercial microwave applications, offering excellent electrical stability and competitive prices. These laminates also exhibit excellent dimensional stability with a tolerance of fewer than 0.5 mils/inch on the Y-axis and 24 ppm/mm on the Z-axis. In addition, they are …
Xilinx FPGAs are hardware circuits that can be programmed to perform logical operations. They are field-programmable gate arrays. The Xilinx Spartan-3A DSP is a good example. Also, this FPGA is a group of integrated circuits. Therefore, these circuits are groups of programmable memory. Also, Xilinx is a prominent company that designs efficient FPGAs. Furthermore, FPGAs …
The fabrication of a PCB involves the use of different types of materials. Nelco materials are one of such materials. The type of material used for a circuit board determines its functionality. Therefore, it is important to select and use the right materials for your board. The Nelco PCB material is ideal for high-frequency and …
Nelco PCB: Its Impacts in High-Frequency Applications Read More »
This article reveals what the fr4 Tg 150 material is all about. Therefore, before choosing the fr4 tg150 for any application, it is very important that you read through this guide. This will assist you in making a decision if it suits your application or not. Please continue reading to understand what fr4 tg150 has …
Is the FR4 Tg150 Useful in Printed Circuit Boards? Read More »
The manufacturing of a printed circuit board involves the use of several materials. Fiberglass is commonly used in the production of PCB laminates. This material has had positive impacts on modern PCBs. Laminate composites reinforced with fiberglass offer great benefits to most applications. As technology advances, the use of fiberglass in PCBs has increased. There …
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In this article, we will be discussing everything you need to know regarding the Arlon 85N PCB Material. Here, we will talk about the features, benefits, applications, and more. Please read on to learn more. Features of the Arlon 85N PCB Material The Arlon 85N PCB Material is known as an ultimate and quality laminate, …
Why the Arlon 85N PCB Material is very Important in the Fabrication of High-Quality PCB Read More »
The article here tells you everything you should know regarding the FR4 Tg130. These include the definition, material type, surface finishes, applications, and its properties. Whatever information you need, you will get it right here. FR4 Tg130: What does this mean? Tg is the abbreviation denoting the temperature of glass transition. This is the temperature …
Xilinx is gradually driving several optimized platforms for optimal design solutions. The Xilinx Spartan 3A FPGA is the most affordable I/O optimized FPGAs. The Spartan 3A belongs to the Field-Programmable Gate Arrays (FPGAs). Xilinx Spartan-3A FPGA – What is it? Xilinx Spartan- 3A FPGA provides an efficient solution to the design problem. This holds especially …
What are the Features and Advantages of Xilinx Spartan-3A FPGA? Read More »
The 14 layer PCB stackup is a very efficient multilayer PCB that can serve different applications. Despite its small size, it offers great benefits, and its usefulness in different applications and industries keep increasing on a daily basis. Here, we will be discussing what a 14 layer pcb stackup is, its applications, the design rules, …
What are the Design Rules and Applications of the 14 Layer PCB Stackup? Read More »
