@@ -117,5 +117,6 @@ Below we show a new design incorporating this magnet change and rotating the ICs
...
@@ -117,5 +117,6 @@ Below we show a new design incorporating this magnet change and rotating the ICs
I did a quick 3D print of this design to check clearance and assembly issues. The flexure looks great (albeit obviously too compliant in the photopolymer material).
I did a quick 3D print of this design to check clearance and assembly issues. The flexure looks great (albeit obviously too compliant in the photopolymer material).
<imgsrc='v2/eden-prototype.jpg'width=310px>
<imgsrc='v2/eden-prototype.jpg'width=310px>
<imgsrc='v2/v2-mill-max.png'width=310px>
Next task is designing the AS5013 board and its connection to the main board on the end of the cylinder. I'm thinking of using the four position Mill-Max spring contact connectors to save space over a wired connector. It should make a solid electrical connection for the I2C lines, power, and ground, while allowing room for fine adjustments of the sensor carrier boards. It's going to be a tight fit getting around the corner.
Next task is designing the AS5013 board and its connection to the main board on the end of the cylinder. I'm thinking of using the four position Mill-Max spring contact connectors to save space over a wired connector. It should make a solid electrical connection for the I2C lines, power, and ground, while allowing room for fine adjustments of the sensor carrier boards. It's going to be a tight fit getting around the corner.
