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Raspberry Pi Buffer Board

Raspberry Pi Buffer Board

Single-unit price: $22.00 + shipping

Not available / campaign end date: Sat, 09 Feb 2019 08:40:00 PST

Backers icon

Backers: 130

Target icon campaign show

Target: 100

Funded icon show

Funded: 229%

  • Campaign Created
  • Campaign Reached Goal
  • Campaign Closed
  • Product Being Manufactured
  • Shipping to Customers

Product Details

Name

Raspberry Pi Buffer Board

Brand / Manufacturer

Elektor Labs

Manufacturer Part #

150719-91

Product Description

When you experiment with the Raspberry Pi on a regular basis and you connect a variety of external hardware to the GPIO port via the header you may well have caused some damage in the past. A voltage that’s too high, or an electrostatic discharge blows up the port and you can say goodbye to your cherished credit-card-sized computer. The Raspberry Pi buffer board prevents all this!


Why GroupGets?

This board must be produced in sufficient quantities to achieve a viable price level. If it is more expensive than a Raspberry Pi, there is no point.

External Links

Manufacturer product page


Purchase Information

Unit Deliverable

Elektor printed circuit board 150719-1 with SMT parts mounted, THT parts (pin headers) separate & unmounted

Unit Price

$22.00

Campaign Part #

GG-P-490

Availability

Not available / campaign funded, end date: Sat, 09 Feb 2019 08:40:00 PST

Factory Lead Time

Eight weeks Days

  • Avatar
    sconway@...

    I have been working on a similar design for a board. I am using Raspberry Pi's to support animation in model railroading. After the demise of one Pi 3 I started a project to isolate the single board computer.

    Your design has a number improvements over mine. Power options, smaller size and support for connecting two Pi's have some merit.

    My design incorporates pluggable IC's in the event a smoking event is not accommodated by fusing protection. Throw away isolation boards because of blow components was a design criteria that did fit with the spirit for the board. Protecting the Pi is first but a second chance is also a nice idea. Replaceable components like a fuse seemed prudent.

    I am currently testing the prototype of the project and will be comparing your python code to what I have kludged together.

    Sean

    Post last edited: almost 2 years ago

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