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 How to choose a suitable flexible pcb board Flexible circuit boards, also known as flexible boards, are used in many fields, including cell phones, laptops, PDA, digital cameras, LCM, etc. Flexible circuit boards have many advantages, if you have a project that requires the use of flexible circuit boards, you should be such as any choice? After reading this article I hope it can give you some help. What is a flexible board? Flexible circuit is a technology developed by the United States in the 1970s for the development of aerospace rocket technology. It is a highly reliable, excellent flexing printed circuit made of polyester film or polyimide as a substrate, and is designed to form a bendable flexing circuit by embedding a circuit on a thin plastic sheet that can be bent, so that a large number of precision components can be embedded in a narrow and limited space. This type of circuit can be bent and folded at will with light weight, small size, good heat dissipation, and easy instal

 The substrate performs a pivotal position withinside the PCBA board, serving as a vital mechanical aid shape inside digital devices. It helps progressed electric and bodily connections for additives even as additionally allowing green sign transmission and electricity distribution. Nevertheless, the massive array of to be had substrate substances regularly affords a undertaking for designers. In PCBA projects, designers have the choice to pick among traditional FR4 substances, steel substrates presenting stronger warmness dissipation capabilities, or ceramics that excel in high-frequency/radio frequency performance. Opting for the maximum appropriate substrate cloth is paramount for our project’s success. In this article, FS Technology will offer an in-intensity comparative evaluation of FR4 and ceramic substrates, equipping you with the important understanding to make knowledgeable choices in the course of the layout process. Basic Concept Comparison Definition and Composition Cerami

 Medical PCB is a circuit board for medical equipment, which is widely used in medical lighting, ultrasound detection, physiological monitoring and other fields. Electronic components used in medical devices have high safety and reliability standards because they involve human health and medical safety. Therefore, there are many standard requirements in the design and production process of medical PCBs. Let's take a look. 1: Manufacturing requirements Design and function Because medical printed circuit boards are used for various devices that need to conform to non-standard sizes, it is very popular to use flexible and rigid flexible circuit boards in the entire medical industry. These circuit boards are made of flexible and lighter weights, which are easier to install in a small space. They are ideal for custom medical equipment. The flexible circuit board compresses the highly complex component into a small space to achieve the best device function without affecting quality. tech

 In the past few decades, our road has changed. This change has become more and more intelligent. This has many benefits, including the important task of transferring operations and safety responsibilities from the driver to the car system. Many vehicles now have automatic braking systems, Such as Automatic Emergeency Braging (AEB), try to slow down the speed to avoid emergency. More revolutionary is the autonomous vehicle on electric vehicles and highways. Although electric vehicles and automatic transmission are based on different technological progress, both are possible, and both depend on providing monitoring, control and driving circuit boards for mechanical systems that realize car functions. In this article, we will discuss 10 car PCB design guidelines to help you create high -efficiency devices. 10 guidelines for car PCB design Your motherboard must meet the specifications specified in the relevant standards. The pursuit of meticulous design processes will prevent problems in

 Printing circuit board (PCB) is the basis of most electronic products. The PCB structure is simple. The most common connection of PCB is computer hardware. However, it is also used for radio, TV, mobile phone, etc. The performance of PCB depends on various factors, such as manufacturing materials, costs, manufacturing, prototypes, etc. In addition, PCB thickness also has a very important impact on the overall performance and durability, which affects the resistance and conductivity of PCB; therefore, it is necessary to work in perfect thickness. Whenever we talk about "standard" features or some projects, we talk about the characteristics of "standards" or some projects. When the benchmark is measured, we refer to the perfect feature we want to achieve. Therefore, our products have undergone and passed all performance, weight, durability, reliability and the most important quality testing. PCB slices: PCB sheets do not have a fixed standard thickness measurement va

 For the majority of PCB customers, how to choose a PCB manufacturer that can realize its design needs is a headache. When customers do not understand the strength of the manufacturer, they often log in to the official website of various manufacturers to check the information of various corporate information before making an order. However, too much and false information on the website often affects the judgment of customers, leading to unpleasant experiences in the process of cooperation with manufacturers, such as delays, unable to reach the process, and quality problems. So, how to choose the right PCB prototype manufacturer? 1. high -quality production equipment production equipment is an important factor in ensuring product quality. Choosing a manufacturer with advanced production equipment can ensure the accuracy and stability of the product. In addition, the update of production equipment also helps improve production efficiency and product quality. 2. Perfect quality control sy

 In the SMT patch processing process of the PCBA industry, the AOI detector is essential. It is a new piece of equipment that has only become popular in recent years. It can automatically inspect, automatically alarm, show anomalies, and fully automate. AOI detection can better detect problems with problems to ensure product quality. Next, I will introduce the principles and benefits of AOI detection. AOI detection principle Take SMT detection as an example. When automatically detected, the machine automatically scans the PCB through the camera, collects images, and compares the tested solder joints with the qualified parameters in the database. After image processing, the sign displayed/marked the defect for repair. Of course, AOI detection can be used not only for SMT detection, but also for the following processes: 1. After printing tin paste, it mainly checks the printing of welded paste; 2. After the SMT stickers are placed, check the correctness of the patch, you can find errors