Archive | October 2016

You are browsing the site archives by date.

iFastPCB Produces And Assembles PCBs In-House

Most worldwide contract manufacturers accommodate huge companies looking for one-stop monitoring of their production demands. This can consist of everything from PCB fabrication to assembly amongst product development and construction. These manufacturers specialize in extensive jobs that generally involve long lead times and large production amounts. The tasks those specialists take on is limited, and […]

Rigid Flex PCB Design Guide for IoT/Wearable Product (1)

Today, innovation patterns are progressively towards flex circuits or a combination of rigid flex PCB for IoT/wearable PCB designs. You can claim those fads place us on a different ground, so to speak. For that reason, it’s important to obtain a manage on brand-new design terms and points that should be factored in as you […]

Rigid Flex PCB Design Primer for IoT/Wearable Product (2)

Via placement When it pertains to positioning vias, there are particular rules you need to comply with given that vias can experience a great deal of tiredness as a result of bends and curvature. Again, the greater the variety of layers, the harder it becomes for vias to maintain their integrity since they need to […]

Rigid Flex PCB Design Primer for IoT/Wearable Product (2)

Via placement When it comes to putting vias, there are particular guidelines you have to adhere to since vias could experience a great deal of tiredness as a result of bends and curvature. Once again, the greater the variety of layers, the harder it becomes for vias to preserve their stability due to the fact […]

Rigid Flex PCB design option for layer stack-up

Polar Instruments adds Speedflex rigid flex PCB capacity to its Speedstack layer stackup design system. Polar Instruments stated it added a rigid flex PCB (printed circuit board) design alternative to its Speedstack PCB layer stackup design system, which the business stated allows OEM developers and PCB manufacturers to develop and precisely document PCB stackups, combining […]

Using Allegro to Automat Inter-Layer In-Design Checks in Rigid Flex PCB Design (1)

Flex PCB (flex/ rigid flex PCB) make it possible to develop a selection of products that call for small, lightweight type factors such as wearable, mobile, military, and medical tools. As flexible PCB fabrication technology has actually grown in action to needs for smaller sized, lighter products, brand-new design difficulties have arised. This paper talks […]

Using Allegro to Automat Inter-Layer In-Design Checks in Rigid Flex PCB Design (2)

Inter-Layer Checks Performing inter-layer checks allows the developer to check a range of locations in the rigid flex PCB design: ● Layer-to-layer checks to evaluate stack-up mask layers ● Coverlay to pad ● Mask to pad ● Rare-earth element to coverlay ● Bend area/line to support, component, pin, and using ● Voids, such as edge-to-edge […]

Using Allegro to Automat Inter-Layer In-Design Checks in Rigid Flex PC…

Using Allegro to Automat Inter-Layer In-Design Checks in Rigid Flex PCB Design (3) New In-Design Inter-Layer Checks Prevent Frustrating Iterations For today’s rigid flex PCB and flex PCB designs, PCB designers should have the ability to perform comprehensive in-design interlayer checks of the non-conducive layers in rigid flex PCB, shortening the design cycle by minimizing […]

Using Allegro to Automat Inter-Layer In-Design Checks in Rigid Flex PCB Design (4)

Data Transfer to PCB Manufacturing Rigid flex PCB designs are unique when proceeding the design data to the PCB fabrication process. The numerous accumulation of products that compose the end product has to be clearly defined. Recognition of the different materials and proper order that define the layer structure should additionally be determined for each […]

Altium provides 3D PCB toolset to make Rigid Flex PCB design easier

Concentrating on core PCB design technology, Altium Designer 16 now supports flex PCB and rigid flex PCB design, including schematic capture, 3D PCB layout, evaluation, and programmable design– all in a solitary unified system. The improved software allows for smaller sized packaging of electronic layouts, which causes reduce price of products and PCB production, as […]