BitWizard Wiki - User contributions [en]

16 LEDs

2013-04-25T07:51:54Z

Arnold: /* Jumper settings */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.<br>
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.<br>
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED0 || LED1
|-
| 5 || 6 || LED2 || LED3
|-
| 7 || 8 || LED4 || LED5
|-
| 9 || 10 || LED6 || LED7
|-
| 11 || 12 || LED8 || LED9
|-
| 13 || 14 || LED10 || LED11
|-
| 15 || 16 || LED12 || LED13
|-
| 17 || 18 || LED14 || LED15
|-
| 19 || 20 || VCC || VCC
|}

== Jumper settings ==

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND / kathode</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC / anode</td></tr>
</table>

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T16:03:40Z

Arnold: /* Pinout */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.<br>
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.<br>
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED0 || LED1
|-
| 5 || 6 || LED2 || LED3
|-
| 7 || 8 || LED4 || LED5
|-
| 9 || 10 || LED6 || LED7
|-
| 11 || 12 || LED8 || LED9
|-
| 13 || 14 || LED10 || LED11
|-
| 15 || 16 || LED12 || LED13
|-
| 17 || 18 || LED14 || LED15
|-
| 19 || 20 || VCC || VCC
|}

== Jumper settings ==

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T16:03:16Z

Arnold: /* Jumper settings */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.<br>
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.<br>
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED0 || LED1
|-
| 5 || 6 || LED2 || LED3
|-
| 7 || 8 || LED4 || LED5
|-
| 9 || 10 || LED6 || LED7
|-
| 11 || 12 || LED8 || LED9
|-
| 13 || 14 || LED10 || LED11
|-
| 15 || 16 || LED12 || LED13
|-
| 17 || 18 || LED14 || LED15
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T16:02:45Z

Arnold: /* Pinout */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.<br>
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.<br>
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED0 || LED1
|-
| 5 || 6 || LED2 || LED3
|-
| 7 || 8 || LED4 || LED5
|-
| 9 || 10 || LED6 || LED7
|-
| 11 || 12 || LED8 || LED9
|-
| 13 || 14 || LED10 || LED11
|-
| 15 || 16 || LED12 || LED13
|-
| 17 || 18 || LED14 || LED15
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T16:00:25Z

Arnold: /* Overview */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.<br>
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.<br>
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:47:16Z

Arnold: /* Possible Configurations */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.<br>
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:46:23Z

Arnold: /* Related projects */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

== Pinout ==

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:45:16Z

Arnold: /* Possible Configurations */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the GND and power pins on the boards.
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:44:48Z

Arnold: /* Possible Configurations */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===
To test the 16LED, connect the device to any of the power pins on the boards.
For example if you have a combination of the DIO and the 16LED (common GND), connect DIO-PIN1 to 16LED-PIN1 and DIO-PIN2 to 16LED-<b>PIN3</b> to light LED0 as DIO-PIN2 is VCC (5V).

== External resources ==

=== Related projects ===

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:37:22Z

Arnold: /* Overview */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==
A very useful board to test your digital outputs. Works on 5V as well as 3.3V so for the DIO as well as the Pi GPIO pins.
Must have! Use the 10x1Pin F-F kabel to hook it up to the boards.

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===

== External resources ==

=== Related projects ===

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:34:08Z

Arnold: /* Assembly instructions */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==

== Assembly instructions ==
No user adjustable settings.

=== Possible Configurations ===

== External resources ==

=== Related projects ===

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release

16 LEDs

2013-04-24T15:32:30Z

Arnold: /* Pinout */

[[File:16-LEDs.jpg|thumb|300px|alt=The 16_LEDs PCB|The 16_LEDs PCB]]

This is the documentation page for the 16-LEDs board.

== Overview ==

== Assembly instructions ==

=== Possible Configurations ===

== External resources ==

=== Related projects ===

{| border=1 cellpadding="5"
! colspan="2" | pin || ! colspan="2" | function
|-
| 1 || 2 || GND || GND
|-
| 3 || 4 || LED1 || LED2
|-
| 5 || 6 || LED3 || LED4
|-
| 7 || 8 || LED5 || LED6
|-
| 9 || 10 || LED7 || LED8
|-
| 11 || 12 || LED9 || LED10
|-
| 13 || 14 || LED11 || LED12
|-
| 15 || 16 || LED13 || LED14
|-
| 17 || 18 || LED15 || LED16
|-
| 19 || 20 || VCC || VCC
|}

<b>Common Ground/Common VCC</b> is hard wired in JP1.
<table>
<tr><td> 1=2  3</td><td>Common GND</td></tr>
<tr><td> 1  2=3 </td><td>Common VCC</td></tr>
</table>

== Jumper settings ==

== Future hardware enhancements ==

== Changelog ==

=== 2.0 ===
* Initial public release