Sunshine Technology

秒速飞艇正规官方平台

Combining rigid boards with flex circuits

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秒速飞艇最新开奖号码

Rigid-Flex PCB technology offers many benefits. First, it allows the designer to consider 3-dimensional designs that wrap around mechanical housings or fit into tight spaces. Rigid FR4 areas are combined with flexible polyimide areas to form one integrated assembly. By reducing the number of connections or solder joints, this technology can reduce assembly costs and improve reliability. Removing connectors can also lower the weight and z-axis height of the assembly.

秒速飞艇号码开奖

Rigid technology was initially used in the military and aerospace industries. Over the past 25-30 years, Rigid-Flex have seen increased application in medical, automotive, industrial, telecommunications, and consumer electronics.

秒速飞艇分析软件

Sunshine Global support adhesiveless and adhesive-based materials from Panasonic and Shengyi. Typical material thicknesses are 25 and 50 um polyimide (PI) with H, 1, or 2 oz copper. Coverlayers are made of polyimide with 12.5 to 25 um thickness and 15 to 35 um of adhesive. The copper may be standard HTE foil for static or bend-to-install applications, or rolled annealed (RA) copper for dynamic-flex applications.

Processing of Rigid-Flex is complex and requires the use of no-flow prepregs or other special materials. Since there are more steps compared with rigid boards, the cycle-time and cost may be higher. It is important for the designer to engage with us early in the design phase so we can help with material selection and design guidelines.

秒速飞艇官方计划

Sunshine Global has been building Rigid-Flex for over 10 years. The highest technology we have built so far is 14 layers with HDI. We have a dedicated manufacturing line for Rigid-Flex and Flexible Circuits, along with dedicated engineers and product development team. Please see table for details regarding our capabilities.

秒速飞艇开奖结果大小

Thin, light, flexible, and durable

秒速飞艇走势

Back bone connections of large systems

秒速飞艇开奖软件下载

PCB's for demanding, high-current applications