What is usually done is that a stiffener is added to the area of the connector. The stiffener is usually FR4 (with no copper) glued/epoxied to the flex on the backside of the connector.
However, maybe the application results in minimal bending without stiffeners. What counts as acceptable is rather dependent on the particular parts, the application, and the required reliability and lifetime, so it’s not easy to quantify.
Read More: Best Practices of Rigid Flex PCB Design
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It is an aftermarket trigger controller for an airsoft gun that works linear Hall sensors. Notice the Hall sensor at the very left. It’s buried within the PCB! And it even looks like it has some exposed vias to aid with soldering. We plan to place the sensor right between the shell and one of the moving gears. Is this common practice?
I’m working on a project which requires the use of a CSP package. The product’s datasheet provides ball pitch and ball diameter but nothing about the preferred land pad diameter.
How can the pad diameter be worked out from these figures assuming an NSMD land?
All of the soldering I’ve done to this point has been with through-hole components. I hope to move up to some smaller surface-mount parts at some point in the future. I’ve got a Weller WES51 soldering station. There is a large number of ET series tips available. How do I choose the right tip for the components I’ll be working with?
The growing demand for advanced electronics drives innovations in circuit board capabilities and performance. Circuit designers now routinely work with faster signal speeds. High-speed signals,
You are here because you want to learn about high frequency PCB design. This guide explains in detail different factors having an influence on high
Rigid Flex PCB Design: Benefits and Design Best Practices With the use of a rigid flex PCB(rigid FPC), flexible circuit substrates and rigid circuit substrates
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