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
#PCB Design
I have a product that I’m trying to bring to market testing and if successful I’ll get them manufactured. For prototype I pulled a camera PCB from an old webcam. It so happens that because my volume of production is low it is actually three times cheaper to buy brand new webcams and pull the PCB and camera off it. Could I get into trouble for doing this?
There are many 8 pin PDIPs 14 pin PDIPs flood the logic gate listings, but 10 and 12 are apparently pariahs. Why are 10-pin DIPs so uncommon?
I know that using leaded process for lead-free BGA chips is not acceptable, because the solder balls of the BGA will not melt and the joint will be unreliable. But now BGA chip is only available in lead-free balls. is it ok to solder leaded BGA chips with a lead-free (thus, higher temperature) process?
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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,
Why PCB Layout is Needed We use Printed Circuit Boards (PCB) for connecting electronic components by using conductive tracks. This allows for prototyping electric circuits
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