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'<br>Flex Connect is a great company with excellent products, but recently they have introduced two new additions to their product line - the Flex Connect iPC probe and FlexConnect PCB. The iPC probe is used in various types of manufacturing and design applications. It is a pluggable probe with integrated circuits on it. It allows for a variety of communication protocols to be used with these pluggable PCBs. This is great because most everyone is familiar with the typical protocols for using pluggable PCBs and connectors.<br><br><br>The Flex Connect PCB has an open surface and a flexible PCB assembly. The PCB is constructed from a standard PC board, but with an open face and a flexible copper thickness. This is different than a standard PC board in that the flex is constructed to be flexible when pressure is applied to it. This is a nice innovation and provides a benefit to both design engineering and prototyping. The ability to determine the PC board's compatibility with the various adapters and components means faster project delivery.<br><br><br>The standard PCBA (printed circuit board) that Flex Connect uses is made of a standard copper thickness which is commonly found on printed circuit boards. The advantage of using this standard is that the copper thickness does not restrict any possible design concepts which makes the PCB available for use in a number of different applications. The PCBA is constructed from a hot dip galvanized steel sheet which makes it sturdy and long lasting. These properties also make it suitable for a number of different fabrication methods including laser machining and solderless [https://www.fastturnpcbs.com/ circuit board assembly].<br><br><br>The PCBA has a standard hole position tolerance of 0.1mm. To get a better understanding of what this means, it is important to understand how the PCBA is designed. The PCBA contains a substrate with pins that are press fit into a cartridge. To add the PCBA to the cartridge and seat the holes into the substrate the PCBA is fitted with a flexible steel sleeve that is shaped accordingly. To seat the holes into the plastic cartridge the PCBA is pushed into the hole. When the pressure is released the flexible steel sleeve automatically returns to its original shape pulling the PCBA into its seat position.<br><br><br>To ensure that the PCBA is tightly seated into its seat position a number of heat shrink tubing is pushed over the PCBA to help it seat into the plastic cartridge. This process ensures that the PCBA is very firmly secured into the plastic. Due to the controlled pressure fitted into the assembly during manufacturing, there is no need to mechanically seat the PCBA during the assembly process. The ability to produce rigid board pcb by Flex Connect allows manufacturers to save on costs of equipment rental and production labor.<br><br><br>Flex Connect has a history of meeting the needs of end-user electronics assembly, as well as leading the development of PCBA technology. Flex Connect PCBA has the ability to provide manufacturers with a flexible, robust, and cost-effective method for producing high quality rigid circuit boards. Flex Connect PCBA is an outstanding option for anyone looking to build their own PCBA. The company has been in business since 1976 and continues to grow every year. Flex Connect PCBA is one of the most widely used PCBAs in the world. Flex Connect continues to meet the demands of every industry, as well as the changing needs of today's manufacturing environment.<br>'