SLIM.flex physical PCB sample WE.scope

Our SLIM.flex physical PCB sample WE.scope shows you on the top:
Space-saving mechatronic design, glued-on stiffener for a quasi-rigid part.

... and on the bottom:
Solder carrier with cutouts for component placement. Holes in the solder carrier for easy detaching the SLIM.flex PCB assembled.

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WE CBT Collage SLIM.flex Sample WE.scope in detail

Overview physical PCB sample WE.scope

SLIM.flex physical PCB sample WE.scope in detail

Stackup: SLIM.flex Ri-4F-Ri
Explanations: Anylayer microvia, thin, robust, impedance defined.

The solder carrier enables assembly and soldering using standard processes, and the assembled SLIM.flex PCB can be easily separated from the solder carrier.

Image showing the spatial arrangement as a detail of the WE.scope physical PCB sample

Design: planar/spatial

Explanation: Space-saving spatial arrangement, minimization of space requirements in planar manufacturing and placement state. Stiffener in the sensor area for reinforcement.

Image showing laser milled flexible outline as a detail of the WE.scope physical PCB sample

Design: Lasered, with micro webs

Image showing cavities in the solder carrier as a detail of the WE.scope physical PCB sample

Design: Components on the back

Explanations: Placement in the cavity with a 3D step template, alternatively dispensing or Jetprint

Design: Impedance models available. Please get in touch with us!

Image showing round PCB with sensor as a detail of the WE.scope physical PCB sample

Fig.1
Design: BGA pitch 0,35 mm, stiffener for reinforcement, for component assembly with cavity in solder carrier

Fig.2
Design: BGA sensor fanout

Image showing a shielded flex as a detail of the WE.scope physical PCB sample

Design: unbalanced coaxial connector 50R

Image showing a ZIF cable wiring harness as a detail of the WE.scope physical PCB sample

Explanation: For ZIF connector 0.2 mm +/- 0.03 mm, optionally 0.3 mm by stiffener

Image showing a snake flex as a detail of the WE.scope physical PCB sample

Design: Flexible cantilever, bendable in all spatial directions

Image showing a QR code linking to the detailed description of the WE.scope physical PCB sample

Explanation: see www.we-online.com/slimflexsample

Animation WE.scope

Detaching the SLIM.flex physical PCB sample from solder carrier

Download WE.scope digital sample

How do I design ultra-small circuits in my ECAD tool?

What options do I have for connecting the tracks to pads in the layout?

Our digital hand sample WE.scope provides an initial answer to these questions. Take a look for yourself: We have put together a sample project for you in Cadence. You can also download the documentation as Step file or in IPC-2581 format and import it into your ECAD tool.