This distinction is important as it affects both the material selection and the construction methodology. Dynamic flexible circuits (also referred to as use B), are those that are designed for frequent flexing, such as a disk drive head, a printer head, or as part of the hinge in a laptop screen.
Static flexible circuits (also referred to as use A), are those that undergo minimal flexing during assembly and service.
Flexi 12 designer vs flexi print portable#
It is popular today as it not only saves space and weight - making it ideal for portable devices such as mobile phones and tablets - it can also reduce packaging complexity, improve product reliability, and reduce cost.įlexible circuits are normally divided into two usage classes: static flexible circuits, and dynamic flexible circuits. Rigid-flex is the name given to a printed circuit that is a combination of both flexible circuit(s) and rigid circuit(s), as shown in the image.įlexible circuit technology was initially developed for the space program to save space and weight. What is Rigid-Flex?Īs the name suggests, a flexible printed circuit is a pattern of conductors printed onto a flexible insulating film. The behavior has changed along with the name change enabling the old option previously restored the old mode (Rigid-Flex1.0), whereas enabling the new option enables the new mode (Rigid-Flex2.0).įor information about working in Rigid-Flex 1.0 mode, please refer to the previous version of this documentation page (the version selector is located at the top of the page navigation section, on the left). Note that in previous releases of Altium Designer (Update 2 and older) the PCB.RigidFlex2.0 option was called. Rigid-Flex 2.0 - enable PCB.RigidFlex2.0 and.Rigid-Flex 1.0 - disable PCB.RigidFlex2.0 and.This new feature set is referred to as Rigid-Flex 2.0.Ĭonfigure the options detailed below in the Advanced Settings dialog to switch between Rigid-Flex 1.0 and Rigid-Flex 2.0: Rigid-flex is under ongoing development recent improvements include new Board Region and Bending Line behaviors when working in Board Planning Mode in the PCB editor, and the introduction of the Board mode in the Layer Stack Manager.
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