Raspberry Pi Buffer Board

Raspberry Pi Buffer Board
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Progress

51% Funded
51% Funded
28 Backers
100 Unit Target
23 Days Left

$22.00
+ shipping

51 reserved of 100 Minimum

Product Details

Name
Raspberry Pi Buffer Board
Brand/Manufacturer
Elektor Labs
Mfr. 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 GroupGet?

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.

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
Campaign active, scheduled end date: Sat, 09 Feb 2019 08:40:00 -0800
Factory Lead Time

Eight weeks

Shipping Details
GroupGets will handle the shipment of orders for this product.

How it works

This is a group buy campaign that needs to acquire at least the stated minimum amount of pledges from backers like you before the Unit Deliverable and any Add-Ons ship. We do not charge anyone until the Progress above hits 100% or greater, otherwise there is no charge. All campaign products are vetted as existing and functional so your order will be fulfilled within the Factory Lead Time if the campaign succeeds. Please see our FAQ page for more details on our billing process.

  • 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: 12 days ago