MGH Designs wiki - User contributions [en]

Falcon Ethernet

2016-09-20T00:37:19Z

Martin Hodge:

{|
|- style="vertical-align:top;"
|[[File:DSC_0198s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated. Flip the computer right side up and lift off the top half of the case
|- style="vertical-align:top;"
|[[File:DSC_0201s.jpg|none|300px|Click image to enlarge]]
|Unplug the keyboard and set it aside.
|- style="vertical-align:top;"
|[[File:DSC_0204s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and '''partially''' lift the RF shield up.
|- style="vertical-align:top;"
|[[File:DSC_0207s.jpg|none|300px|Click image to enlarge]]
|Unplug the speaker from the main board and set the RF shield/speaker assembly aside.
|- style="vertical-align:top;"
|[[File:DSC_0208s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and remove the RF shield from the floppy drive.
|- style="vertical-align:top;"
|[[File:DSC_0211s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and unplug and remove the power supply and HD bracket.
|- style="vertical-align:top;"
|[[File:DSC_0213s.jpg|none|300px|Click image to enlarge]]
|Unplug the power and data cables from the floppy disk drive.
|- style="vertical-align:top;"
|[[File:DSC_0213sb.jpg|none|300px|Click image to enlarge]]
|Remove the the screws indicated and the floppy drive should come away from the main board.
|- style="vertical-align:top;"
|[[File:DSC_0216s.jpg|none|300px|Click image to enlarge]]
|Remove the hex studs indicated and pull the RF shield strip off of the back of the unit. (You may need to bend the tabs away from the RCA connector)
|- style="vertical-align:top;"
|[[File:DSC_0218s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and separate the upper RF shield from the board.
|- style="vertical-align:top;"
|[[File:DSC_0220s.jpg|none|300px|Click image to enlarge]]
|Desolder the grounding braids from the RF shield and remove the main board from the shield.
|- style="vertical-align:top;"
|[[File:DSC_0223s.jpg|none|300px|Click image to enlarge]]
|Begin desoldering the parts indicated from the underside of the main board.
|- style="vertical-align:top;"
|[[File:removed_parts.jpg|none|300px|Click image to enlarge]]
|This image shows which parts (J19, L86-L93, and L95) will need to be de-soldered in order to make room for the adapter. Also be sure to remove the small jumper from the two pins on J20 before plugging in the adapter.
|- style="vertical-align:top;"
|[[File:folded_shield.jpg|none|300px|Click image to enlarge]]
|There is a narrow lip that will need to be folded inward to make clearance for the adapter. A ordinary pair of pliers will accomplish this easily. (Or you may elect to grind this lip off completely with a rotary tool.)
|- style="vertical-align:top;"
|[[File:DSC_0129s.jpg|none|300px|Click image to enlarge]]
|Plug the adapter into the expansion port.
|- style="vertical-align:top;"
|[[File:DSC_0136s.jpg|none|300px|Click image to enlarge]]
|Begin re-assembling the Falcon following the above steps in reverse order.
|- style="vertical-align:top;"
|[[File:DSC_0137s.JPG|none|300px|Click image to enlarge]]
|
|- style="vertical-align:top;"
|[[File:DSC_0186s.jpg|none|300px|Click image to enlarge]]
|
|}

Falcon Ethernet

2016-09-20T00:28:51Z

Martin Hodge:

{|
|- style="vertical-align:top;"
|[[File:DSC_0198s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated. Flip the computer right side up and lift off the top half of the case
|- style="vertical-align:top;"
|[[File:DSC_0201s.jpg|none|300px|Click image to enlarge]]
|Unplug the keyboard and set it aside.
|- style="vertical-align:top;"
|[[File:DSC_0204s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and '''partially''' lift the RF shield up.
|- style="vertical-align:top;"
|[[File:DSC_0207s.jpg|none|300px|Click image to enlarge]]
|Unplug the speaker from the main board and set the RF shield/speaker assembly aside.
|- style="vertical-align:top;"
|[[File:DSC_0208s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and remove the RF shield from the floppy drive.
|- style="vertical-align:top;"
|[[File:DSC_0211s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and unplug and remove the power supply and HD bracket.
|- style="vertical-align:top;"
|[[File:DSC_0213s.jpg|none|300px|Click image to enlarge]]
|Unplug the power and data cables from the floppy disk drive.
|- style="vertical-align:top;"
|[[File:DSC_0213sb.jpg|none|300px|Click image to enlarge]]
|Remove the the screws indicated and the floppy drive should come away from the main board.
|- style="vertical-align:top;"
|[[File:DSC_0216s.jpg|none|300px|Click image to enlarge]]
|Remove the hex studs indicated and pull the RF shield strip off of the back of the unit. (You may need to bend the tabs away from the RCA connector)
|- style="vertical-align:top;"
|[[File:DSC_0218s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and separate the upper RF shield from the board.
|- style="vertical-align:top;"
|[[File:DSC_0220s.jpg|none|300px|Click image to enlarge]]
|Desolder the grounding braids from the RF shield and remove the main board from the shield.
|- style="vertical-align:top;"
|[[File:DSC_0223s.jpg|none|300px|Click image to enlarge]]
|Begin desoldering the parts indicated from the underside of the main board.
|- style="vertical-align:top;"
|[[File:removed_parts.jpg|none|300px|Click image to enlarge]]
|This image shows which parts (J19, L86-L93, and L95) will need to be de-soldered in order to make room for the adapter. Also be sure to remove the small jumper from the two pins on J20 before plugging in the adapter.
|- style="vertical-align:top;"
|[[File:folded_shield.jpg|none|300px|Click image to enlarge]]
|There is a narrow lip that will need to be folded inward to make clearance for the adapter. A ordinary pair of pliers will accomplish this easily. (Or you may elect to grind this lip off completely with a rotary tool.)
|- style="vertical-align:top;"
|[[File:DSC_0129s.jpg|none|300px|Click image to enlarge]]
|Plug the adapter into the expansion port.
|- style="vertical-align:top;"
|[[File:DSC_0136s.jpg|none|300px|Click image to enlarge]]
|Begin re-assembling the Falcon.following the above steps in reverse order.
|- style="vertical-align:top;"
|[[File:DSC_0137s.JPG|none|300px|Click image to enlarge]]
|
|- style="vertical-align:top;"
|[[File:DSC_0186s.jpg|none|300px|Click image to enlarge]]
|
|}

File:DSC 0223s.jpg

2016-09-20T00:12:51Z

Martin Hodge:

Falcon Ethernet

2016-09-20T00:10:59Z

Martin Hodge:

{|
|- style="vertical-align:top;"
|[[File:DSC_0198s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated. Flip the computer right side up and lift off the top half of the case
|-
|[[File:DSC_0201s.jpg|none|300px|Click image to enlarge]]
|Unplug the keyboard and set it aside.
|-
|[[File:DSC_0204s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and '''partially''' lift the RF shield up.
|-
|[[File:DSC_0207s.jpg|none|300px|Click image to enlarge]]
|Unplug the speaker from the main board and set the RF shield/speaker assembly aside.
|-
|[[File:DSC_0208s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and remove the RF shield from the floppy drive.
|-
|[[File:DSC_0211s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and unplug and remove the power supply and HD bracket.
|-
|[[File:DSC_0213s.jpg|none|300px|Click image to enlarge]]
|Unplug the power and data cables from the floppy disk drive.
|-
|[[File:DSC_0213sb.jpg|none|300px|Click image to enlarge]]
|Remove the the screws indicated and the floppy drive should come away from the main board.
|-
|[[File:DSC_0216s.jpg|none|300px|Click image to enlarge]]
|Remove the hex studs indicated and pull the RF shield strip off of the back of the unit. (You may need to bend the tabs away from the RCA connector)
|-
|[[File:DSC_0218s.jpg|none|300px|Click image to enlarge]]
|Remove the screws indicated and separate the upper RF shield from the board.
|-
|[[File:DSC_0223s.jpg|none|300px|Click image to enlarge]]
|Desolder the grounding braids from the RF shield and remove the main board from the shield.
|-
|[[File:removed_parts.jpg|none|300px|Click image to enlarge]]
|This image shows which parts (J19, L86-L93, and L95) will need to be de-soldered in order to make room for the adapter. Also be sure to remove the small jumper from the two pins on J20, the adapter makes this connection on-board.
|- style="vertical-align:top;"
|[[File:folded_shield.jpg|none|300px|Click image to enlarge]]
|There is a narrow lip that will need to be folded inward to make clearance for the adapter. A ordinary pair of pliers will accomplish this easily. (Or you may elect to grind this lip off completely with a rotary tool.)
|-
|[[File:DSC_0129s.jpg|none|300px|Click image to enlarge]]
|-
|[[File:DSC_0136s.jpg|none|300px|Click image to enlarge]]
|-
|[[File:DSC_0137s.JPG|none|300px|Click image to enlarge]]
|-
|[[File:DSC_0186s.jpg|none|300px|Click image to enlarge]]
|}

File:DSC 0220s.jpg

2016-09-19T23:35:08Z

Martin Hodge:

File:DSC 0218s.jpg

2016-09-19T23:31:31Z

Martin Hodge:

File:DSC 0216s.jpg

2016-09-19T23:30:59Z

Martin Hodge:

File:DSC 0213sb.jpg

2016-09-19T23:28:02Z

Martin Hodge:

File:DSC 0213s.jpg

2016-09-19T23:26:48Z

Martin Hodge:

File:DSC 0211s.jpg

2016-09-19T23:23:47Z

Martin Hodge:

File:DSC 0207s.jpg

2016-09-19T23:19:41Z

Martin Hodge: Martin Hodge uploaded a new version of File:DSC 0207s.jpg

File:DSC 0207s.jpg

2016-09-19T23:17:27Z

Martin Hodge:

File:DSC 0208s.jpg

2016-09-19T23:17:03Z

Martin Hodge:

File:DSC 0204s.jpg

2016-09-19T23:15:19Z

Martin Hodge:

File:DSC 0201s.jpg

2016-09-19T23:14:27Z

Martin Hodge:

File:DSC 0198s.jpg

2016-09-19T23:08:54Z

Martin Hodge:

Falcon Ethernet

2016-09-18T21:48:08Z

Martin Hodge:

{|
|- style="vertical-align:top;"
|[[File:removed_parts.jpg|none|300px|Click image to enlarge]]
|This image shows which parts (J19, L86-L93, and L95) will need to be de-soldered in order to make room for the adapter. Also be sure to remove the small jumper from the two pins on J20, the adapter makes this connection on-board.
|- style="vertical-align:top;"
|[[File:folded_shield.jpg|none|300px|Click image to enlarge]]
|There is a narrow lip that will need to be folded inward to make clearance for the adapter. A ordinary pair of pliers will accomplish this easily. (Or you may elect to grind this lip off completely with a rotary tool.)
|-
|[[File:DSC_0129s.jpg|none|300px|Click image to enlarge]]
|-
|[[File:DSC_0136s.jpg|none|300px|Click image to enlarge]]
|-
|[[File:DSC_0137s.JPG|none|300px|Click image to enlarge]]
|-
|[[File:DSC_0186s.jpg|none|300px|Click image to enlarge]]
|}

File:DSC 0186s.jpg

2016-09-18T21:41:52Z

Martin Hodge:

File:DSC 0137s.JPG

2016-09-18T21:27:12Z

Martin Hodge:

File:DSC 0136s.jpg

2016-09-18T21:26:50Z

Martin Hodge:

File:DSC 0129s.jpg

2016-09-18T21:26:08Z

Martin Hodge:

Falcon Ethernet

2016-09-18T21:25:51Z

Martin Hodge: Created page with "File:removed_parts.jpg| This image shows which parts (J19, L86-L93, and L95) will need to be de-soldered in order to make room for the adapter. Also be sure to remove the..."

[[File:removed_parts.jpg|removed_parts.jpg]]

This image shows which parts (J19, L86-L93, and L95) will need to be de-soldered in order to make room for the adapter. Also be sure to remove the small jumper from the two pins on J20, the adapter makes this connection on-board.

----

[[File:folded_shield.jpg|folded_shield.jpg]]

There is a narrow lip that will need to be folded inward to make clearance for the adapter. A ordinary pair of pliers will accomplish this easily. (Or you may elect to grind this lip off completely with a rotary tool.)

Grove

2016-09-18T21:05:55Z

Martin Hodge:

== Seeed Studio Grove System ==

=== Connecting the Base Shield to the ASC ===

Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB adapter between.)

[[file:dscf6794s.jpg|200x150px|]]
[[file:dscf6795s.jpg|200x150px|]]
[[file:dscf6802s.jpg|200x150px|]]

Connecting twigs to the base shield will follow the same procedures as with an Arduino. See the [http://wiki.seeedstudio.com/wiki/Grove_-_Base_Shield Seeed Studio wiki] for info.

Use the [http://obex.parallax.com/object/370 SPIN / PASM driver for MCP3208 Analog to Digital converter] to use analog twigs such as the temperature and rotary twigs. (ADC 6 & 7 is not available)

{| class="wikitable" style="text-align: center; background-color:#ffffff;"
|+Twig Compatibility Chart
|-
!Twig!!Bypass Jumper!!Direction!!Code Examples!! !!Twig!!Bypass Jumper!!Direction!!Code Examples
|-
|Rotary [[file:gbrot.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:rotary|Code]] || || Button [[file:bgpushb1.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:button|Code]]
|-
|Relay [[file:P3222472.jpg|link=|100x75px|]] || Either || OUTPUT || [[:grove:relay|Code]] || || Tilt [[file:gbtlt.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:tilt|Code]]
|-
|LED [[file:P2100717.jpg|link=|100x75px|]] || Closed || OUTPUT || [[:grove:led|Code]] || || Temperature [[file:bgtemp1.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:temperature|Code]]
|-
|Buzzer [[file:gbbuz.jpg|link=|100x75px|]] || Closed || OUTPUT || [[:grove:buzzer|Code]] || || LCD [[file:seriallcdv10sa_03.jpg|link=|100x75px|]] || ???? || OUTPUT || [[:grove:lcd|Code]]
|}

Grove

2016-09-18T21:03:38Z

Martin Hodge:

== Seeed Studio Grove System ==

=== Connecting the Base Shield to the ASC ===

Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB adapter between.)

[[file:dscf6794s.jpg|200x150px|]]
[[file:dscf6795s.jpg|200x150px|]]
[[file:dscf6802s.jpg|200x150px|]]

Connecting twigs to the base shield will follow the same procedures as with an Arduino. See the [http://wiki.seeedstudio.com/wiki/Grove_-_Base_Shield Seeed Studio wiki] for info.

Use the [http://obex.parallax.com/object/370 SPIN / PASM driver for MCP3208 Analog to Digital converter] to use analog twigs such as the temperature and rotary twigs. (ADC 6 & 7 is not available)

{| class="wikitable" style="text-align: center;"
|+Twig Compatibility Chart
|-
!Twig!!Bypass Jumper!!Direction!!Code Examples!! !!Twig!!Bypass Jumper!!Direction!!Code Examples
|-
|Rotary [[file:gbrot.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:rotary|Code]] || || Button [[file:bgpushb1.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:button|Code]]
|-
|Relay [[file:P3222472.jpg|link=|100x75px|]] || Either || OUTPUT || [[:grove:relay|Code]] || || Tilt [[file:gbtlt.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:tilt|Code]]
|-
|LED [[file:P2100717.jpg|link=|100x75px|]] || Closed || OUTPUT || [[:grove:led|Code]] || || Temperature [[file:bgtemp1.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:temperature|Code]]
|-
|Buzzer [[file:gbbuz.jpg|link=|100x75px|]] || Closed || OUTPUT || [[:grove:buzzer|Code]] || || LCD [[file:seriallcdv10sa_03.jpg|link=|100x75px|]] || ???? || OUTPUT || [[:grove:lcd|Code]]
|}

File:Seriallcdv10sa 03.jpg

2016-09-18T21:01:56Z

Martin Hodge:

File:P3222472.jpg

2016-09-18T21:01:46Z

Martin Hodge:

File:P2100717.jpg

2016-09-18T21:01:20Z

Martin Hodge:

File:Gbtlt.jpg

2016-09-18T21:01:09Z

Martin Hodge:

File:Gbrot.jpg

2016-09-18T21:00:58Z

Martin Hodge:

File:Gbbuz.jpg

2016-09-18T21:00:47Z

Martin Hodge:

File:Bgtemp1.jpg

2016-09-18T21:00:33Z

Martin Hodge:

File:Bgpushb1.jpg

2016-09-18T21:00:24Z

Martin Hodge:

Grove

2016-09-18T20:59:31Z

Martin Hodge:

== Seeed Studio Grove System ==

=== Connecting the Base Shield to the ASC ===

Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB adapter between.)

[[file:dscf6794s.jpg|200x150px|]]
[[file:dscf6795s.jpg|200x150px|]]
[[file:dscf6802s.jpg|200x150px|]]

Connecting twigs to the base shield will follow the same procedures as with an Arduino. See the [http://wiki.seeedstudio.com/wiki/Grove_-_Base_Shield Seeed Studio wiki] for info.

Use the [http://obex.parallax.com/object/370 SPIN / PASM driver for MCP3208 Analog to Digital converter] to use analog twigs such as the temperature and rotary twigs. (ADC 6 & 7 is not available)

{| class="wikitable"
|+Twig Compatibility Chart
|-
!Twig!!Bypass Jumper!!Direction!!Code Examples!! !!Twig!!Bypass Jumper!!Direction!!Code Examples
|-
|Rotary [[file:gbrot.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:rotary|Code]] || || Button [[file:bgpushb1.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:button|Code]]
|-
|Relay [[file:P3222472.jpg|link=|100x75px|]] || Either || OUTPUT || [[:grove:relay|Code]] || || Tilt [[file:gbtlt.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:tilt|Code]]
|-
|LED [[file:P2100717.jpg|link=|100x75px|]] || Closed || OUTPUT || [[:grove:led|Code]] || || Temperature [[file:bgtemp1.jpg|link=|100x75px|]] || Open || INPUT || [[:grove:temperature|Code]]
|-
|Buzzer [[file:gbbuz.jpg|link=|100x75px|]] || Closed || OUTPUT || [[:grove:buzzer|Code]] || || LCD [[file:seriallcdv10sa_03.jpg|link=|100x75px|]] || ???? || OUTPUT || [[:grove:lcd|Code]]
|}

Grove

2016-09-18T20:39:42Z

Martin Hodge:

== Seeed Studio Grove System ==

=== Connecting the Base Shield to the ASC ===

Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB adapter between.)

[[file:dscf6794s.jpg|200x150px|]]
[[file:dscf6795s.jpg|200x150px|]]
[[file:dscf6802s.jpg|200x150px|]]

Connecting twigs to the base shield will follow the same procedures as with an Arduino. See the [http://wiki.seeedstudio.com/wiki/Grove_-_Base_Shield Seeed Studio wiki] for info.

Use the [http://obex.parallax.com/object/370 SPIN / PASM driver for MCP3208 Analog to Digital converter] to use analog twigs such as the temperature and rotary twigs. (ADC 6 & 7 is not available)

=== Twig compatibility chart ===

^ Twig ^Bypass Jumper ^Direction ^Code Examples ^ ^ Twig ^Bypass Jumper ^Direction ^Code Examples ^
| Rotary\\ {{gbrot.jpg?nolink&100x75}} | Open | INPUT | [[:grove:rotary|Code]] | | Button\\ {{bgpushb1.jpg?nolink&100x75}} | Open | INPUT | [[:grove:button|Code]] |
| Relay\\ {{P3222472.jpg?nolink&100x75}} | Either | OUTPUT | [[:grove:relay|Code]] | | Tilt\\ {{gbtlt.jpg?nolink&100x75}} | Open | INPUT | [[:grove:tilt|Code]] |
| LED\\ {{P2100717.jpg?nolink&100x75}} | Closed | OUTPUT | [[:grove:led|Code]] | | Temperature\\ {{bgtemp1.jpg?nolink&100x75}} | Open | INPUT | [[:grove:temperature|Code]] |
| Buzzer\\ {{gbbuz.jpg?nolink&100x75}} | Closed | OUTPUT | [[:grove:buzzer|Code]] | | LCD\\ {{seriallcdv10sa_03.jpg?nolink&100x75}} | ???? | OUTPUT | [[:grove:lcd|Code]] |

Grove

2016-09-18T20:36:54Z

Martin Hodge:

== Seeed Studio Grove System ==

=== Connecting the Base Shield to the ASC ===

Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB adapter between.)

[[file:dscf6794s.jpg|200x150px|]]
[[file:dscf6795s.jpg|200x150px|]]
[[file:dscf6802s.jpg|200x150px|]]

Connecting twigs to the base shield will follow the same procedures as with an Arduino. See the [http://wiki.seeedstudio.com/wiki/Grove_-_Base_Shield Seeed Studio wiki] for info.

Use the [http://obex.parallax.com/objects/180/ SPIN / PASM driver for MCP3208 Analog to Digital converter] to use analog twigs such as the temperature and rotary twigs. (ADC 6 & 7 is not available)

=== Twig compatibility chart ===

^ Twig ^Bypass Jumper ^Direction ^Code Examples ^ ^ Twig ^Bypass Jumper ^Direction ^Code Examples ^
| Rotary\\ {{gbrot.jpg?nolink&100x75}} | Open | INPUT | [[:grove:rotary|Code]] | | Button\\ {{bgpushb1.jpg?nolink&100x75}} | Open | INPUT | [[:grove:button|Code]] |
| Relay\\ {{P3222472.jpg?nolink&100x75}} | Either | OUTPUT | [[:grove:relay|Code]] | | Tilt\\ {{gbtlt.jpg?nolink&100x75}} | Open | INPUT | [[:grove:tilt|Code]] |
| LED\\ {{P2100717.jpg?nolink&100x75}} | Closed | OUTPUT | [[:grove:led|Code]] | | Temperature\\ {{bgtemp1.jpg?nolink&100x75}} | Open | INPUT | [[:grove:temperature|Code]] |
| Buzzer\\ {{gbbuz.jpg?nolink&100x75}} | Closed | OUTPUT | [[:grove:buzzer|Code]] | | LCD\\ {{seriallcdv10sa_03.jpg?nolink&100x75}} | ???? | OUTPUT | [[:grove:lcd|Code]] |

File:Dscf6802s.jpg

2016-09-18T20:35:09Z

Martin Hodge:

File:Dscf6795s.jpg

2016-09-18T20:34:49Z

Martin Hodge:

File:Dscf6794s.jpg

2016-09-18T20:34:38Z

Martin Hodge:

File:Folded shield.jpg

2016-09-18T00:31:31Z

Martin Hodge:

File:Removed parts.jpg

2016-09-18T00:30:56Z

Martin Hodge:

Propgcc-win

2016-09-18T00:26:07Z

Martin Hodge:

== PropellerGCC & SimpleIDE for Windows ==

Currently all of the SimpleIDE [https://sites.google.com/site/propellergcc/examples examples] will execute on the DNA using the default board configuration included in each example. If Flash or MicroSD support is needed see the next section. Please be aware that both Propeller GCC and SimpleIDE are currently in early beta. The information here is subject to change.

=== Using Flash & uSD in SimpleIDE ===

[[file:side-board-select.png|link=|center]] If your application uses a MicroSD card (and/or the Flash memory in U9) you need to tell SimpleIDE which set of Propeller pins are connected to the MicroSD socket. You do this by selecting one of the DNA entries in the "Board Type" selector in the lower left quadrant of the SimpleIDE window as shown above.

Using the following Board Types in SimpleIDE will automatically load "spi_flash_cache.dat" which is a PropellerGCC driver that will run large C/C++ programs from most standard SPI capable memory. The Winbond flash memory supplied with the DNA-RTC can be plugged into U9 to use this mode. This allows up to 1 megabyte C/C++ programs to be loaded and run from flash. A MicroSD card can be used at the same time to load and store data files, etc.

: {| class="wikitable"
|+DNA
|-
!MicroSD
!U9
!Propeller
|-
|DO || DO || → Pin 0
|-
|CLK || CLK || ← Pin 1
|-
|DI || DI || ← Pin 2
|-
|/CS || || ← Pin 3
|-
| || /CS || ← Pin 4
|}

: {| class="wikitable"
|+DNA:HI
|-
!MicroSD
!U9
!Propeller
|-
|DO || DO || → Pin 16
|-
|CLK || CLK || ← Pin 17
|-
|DI || DI || ← Pin 18
|-
|/CS || || ← Pin 19
|-
| || /CS || ← Pin 20
|}

The same Winbond flash chip described above is capable of Quad SPI ([[:file:w25q80bv.pdf|see datasheet]]) but the chip must be removed from U9 and plugged into U12 to enable this mode. Using the following Board Types in SimpleIDE will automatically load "winbond_sqi_flash_cache.dat" which is a Quad SPI driver written specifically for the Winbond chip. As before, a MicroSD card can be used at the same time to load and store data and files. (U9 is unused in this mode.)

: {| class="wikitable"
|+DNA:SQI
|-
!MicroSD
!Propeller
|-
|DO || → Pin 0
|-
|CLK || ← Pin 1
|-
|DI || ← Pin 2
|-
|/CS || ← Pin 3
|}

: {| class="wikitable"
|+DNA:SQIHI
|-
!MicroSD
!Propeller
|-
|DO || → Pin 16
|-
|CLK || ← Pin 17
|-
|DI || ← Pin 18
|-
|/CS || ← Pin 19
|}

Propgcc-win

2016-09-18T00:03:10Z

Martin Hodge:

== PropellerGCC & SimpleIDE for Windows ==

Currently all of the SimpleIDE [https://sites.google.com/site/propellergcc/examples examples] will execute on the DNA using the default board configuration included in each example. If Flash or MicroSD support is needed see the next section. Please be aware that both Propeller GCC and SimpleIDE are currently in early beta. The information here is subject to change.

=== Using Flash & uSD in SimpleIDE ===

[[file:side-board-select.png|link=|center]] If your application uses a MicroSD card (and/or the Flash memory in U9) you need to tell SimpleIDE which set of Propeller pins are connected to the MicroSD socket. You do this by selecting one of the DNA entries in the "Board Type" selector in the lower left quadrant of the SimpleIDE window as shown above.

Using the following Board Types in SimpleIDE will automatically load "spi_flash_cache.dat" which is a PropellerGCC driver that will run large C/C++ programs from most standard SPI capable memory. The Winbond flash memory supplied with the DNA-RTC can be plugged into U9 to use this mode. This allows up to 1 megabyte C/C++ programs to be loaded and run from flash. A MicroSD card can be used at the same time to load and store data files, etc.

: {| class="wikitable"
|+DNA
|-
!MicroSD
!U9
!Propeller
|-
|DO || DO || → Pin 0
|-
|CLK || CLK || ← Pin 1
|-
|DI || DI || ← Pin 2
|-
|/CS || || ← Pin 3
|-
| || /CS || ← Pin 4
|}

: {| class="wikitable"
|+DNA:HI
|-
!MicroSD
!U9
!Propeller
|-
|DO || DO || → Pin 16
|-
|CLK || CLK || ← Pin 17
|-
|DI || DI || ← Pin 18
|-
|/CS || || ← Pin 19
|-
| || /CS || ← Pin 20
|}

The same Winbond flash chip described above is capable of Quad SPI ([[:file:w25q80bv.pdf|see datasheet]]) but the chip must be removed from U9 and plugged into U12 to enable this mode. Using the following Board Types in SimpleIDE will automatically load "winbond_sqi_flash_cache.dat" which is a Quad SPI driver written specifically for the Winbond chip. As before, a MicroSD card can be used at the same time to load and store data and files. (U9 is unused in this mode.)

'''DNA:SQI'''
* MicroSD: DO → Pin 0
* MicroSD: CLK ← Pin 1
* MicroSD: DI ← Pin 2
* MicroSD: /CS ← Pin 3

DNA:SQIHI
* MicroSD: DO → Pin 16
* MicroSD: CLK ← Pin 17
* MicroSD: DI ← Pin 18
* MicroSD: /CS ← Pin 19

Grove

2016-09-17T23:01:18Z

Martin Hodge: Created page with "== Seeed Studio Grove System == === Connecting the Base Shield to the ASC === Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB a..."

== Seeed Studio Grove System ==

=== Connecting the Base Shield to the ASC ===

Connect the Base Shield to the Propeller ASC as shown in the photos. (Shown with optional RGB adapter between.)

[[file:dscf6794s.jpg|200x150px|]]
[[file:dscf6795s.jpg|200x150px|]]
[[file:dscf6802s.jpg|200x150px|]]

Connecting twigs to the base shield will follow the same procedures as with an Arduino. See the [http://www.seeedstudio.com/wiki/index.php?title=Stem_-_Base_Shield Seeed Studio wiki] for info.

Use the [http://obex.parallax.com/objects/180/ SPIN / PASM driver for MCP3208 Analog to Digital converter] to use analog twigs such as the temperature and rotary twigs. (ADC 6 & 7 is not available)

=== Twig compatibility chart ===

^ Twig ^Bypass Jumper ^Direction ^Code Examples ^ ^ Twig ^Bypass Jumper ^Direction ^Code Examples ^
| Rotary\\ {{gbrot.jpg?nolink&100x75}} | Open | INPUT | [[:grove:rotary|Code]] | | Button\\ {{bgpushb1.jpg?nolink&100x75}} | Open | INPUT | [[:grove:button|Code]] |
| Relay\\ {{P3222472.jpg?nolink&100x75}} | Either | OUTPUT | [[:grove:relay|Code]] | | Tilt\\ {{gbtlt.jpg?nolink&100x75}} | Open | INPUT | [[:grove:tilt|Code]] |
| LED\\ {{P2100717.jpg?nolink&100x75}} | Closed | OUTPUT | [[:grove:led|Code]] | | Temperature\\ {{bgtemp1.jpg?nolink&100x75}} | Open | INPUT | [[:grove:temperature|Code]] |
| Buzzer\\ {{gbbuz.jpg?nolink&100x75}} | Closed | OUTPUT | [[:grove:buzzer|Code]] | | LCD\\ {{seriallcdv10sa_03.jpg?nolink&100x75}} | ???? | OUTPUT | [[:grove:lcd|Code]] |

Ethshield

2016-09-17T22:49:21Z

Martin Hodge:

== Connecting the Ethernet Shield R3 to the Propeller ASC ==
=== Align the pins as shown. (Click to enlarge) ===

[[file:dscf6799s.jpg|200x175px|]]
[[file:dscf6800s.jpg|200x175px|]]
[[file:dscf6801s.jpg|200x175px|]]

Note: the two extra pins on the top and bottom of the R3 version will dangle unconnected as shown. The Previous version of the Ethernet Shield does not have these extra pins.

=== Bypass Jumper Configuration ===
The Ethernet Shield is a 3.3v device and does not require the Propeller ASC's built-in current-limiting resistors. You will need to use a soldering iron and a drop of solder on the pads shown on the bottom of the Propeller ASC.

This page is still under construction!

Ethshield

2016-09-17T22:48:43Z

Martin Hodge: Created page with "== Connecting the Ethernet Shield R3 to the Propeller ASC == === Align the pins as shown. (Click to enlarge) === 200x175px| file:dscf6800s.jpg|..."

== Connecting the Ethernet Shield R3 to the Propeller ASC ==
=== Align the pins as shown. (Click to enlarge) ===

[[file:dscf6799s.jpg|link=|200x175px|]]
[[file:dscf6800s.jpg|link=|200x175px|]]
[[file:dscf6801s.jpg|link=|200x175px|]]

Note: the two extra pins on the top and bottom of the R3 version will dangle unconnected as shown. The Previous version of the Ethernet Shield does not have these extra pins.

=== Bypass Jumper Configuration ===
The Ethernet Shield is a 3.3v device and does not require the Propeller ASC's built-in current-limiting resistors. You will need to use a soldering iron and a drop of solder on the pads shown on the bottom of the Propeller ASC.

This page is still under construction!

File:Dscf6801s.jpg

2016-09-17T22:48:21Z

Martin Hodge:

File:Dscf6800s.jpg

2016-09-17T22:48:09Z

Martin Hodge:

File:Dscf6799s.jpg

2016-09-17T22:47:35Z

Martin Hodge:

Propgcc-win

2016-09-17T22:37:19Z

Martin Hodge: Created page with "== PropellerGCC & SimpleIDE for Windows == Currently all of the SimpleIDE [https://sites.google.com/site/propellergcc/examples examples] will execute on the DNA using the def..."

== PropellerGCC & SimpleIDE for Windows ==

Currently all of the SimpleIDE [https://sites.google.com/site/propellergcc/examples examples] will execute on the DNA using the default board configuration included in each example. If Flash or MicroSD support is needed see the next section. Please be aware that both Propeller GCC and SimpleIDE are currently in early beta. The information here is subject to change.

=== Using Flash & uSD in SimpleIDE ===

[[file:side-board-select.png|link=|center]] If your application uses a MicroSD card (and/or the Flash memory in U9) you need to tell SimpleIDE which set of Propeller pins are connected to the MicroSD socket. You do this by selecting one of the DNA entries in the "Board Type" selector in the lower left quadrant of the SimpleIDE window as shown above.

Using the following Board Types in SimpleIDE will automatically load "spi_flash_cache.dat" which is a PropellerGCC driver that will run large C/C++ programs from most standard SPI capable memory. The Winbond flash memory supplied with the DNA-RTC can be plugged into U9 to use this mode. This allows up to 1 megabyte C/C++ programs to be loaded and run from flash. A MicroSD card can be used at the same time to load and store data files, etc.

DNA
* MicroSD: DO → Pin 0
* MicroSD: CLK ← Pin 1
* MicroSD: DI ← Pin 2
* MicroSD: /CS ← Pin 3

* U9: DO → Pin 0
* U9: CLK ← Pin 1
* U9: DI ← Pin 2
* U9: /CS ← Pin 4

DNA:HI
* MicroSD: DO → Pin 16
* MicroSD: CLK ← Pin 17
* MicroSD: DI ← Pin 18
* MicroSD: /CS ← Pin 19

* U9: DO → Pin 16
* U9: CLK ← Pin 17
* U9: DI ← Pin 18
* U9: /CS ← Pin 20

The same Winbond flash chip described above is capable of Quad SPI ([[:file:w25q80bv.pdf|see datasheet]]) but the chip must be removed from U9 and plugged into U12 to enable this mode. Using the following Board Types in SimpleIDE will automatically load "winbond_sqi_flash_cache.dat" which is a Quad SPI driver written specifically for the Winbond chip. As before, a MicroSD card can be used at the same time to load and store data and files. (U9 is unused in this mode.)

DNA:SQI
* MicroSD: DO → Pin 0
* MicroSD: CLK ← Pin 1
* MicroSD: DI ← Pin 2
* MicroSD: /CS ← Pin 3

DNA:SQIHI
* MicroSD: DO → Pin 16
* MicroSD: CLK ← Pin 17
* MicroSD: DI ← Pin 18
* MicroSD: /CS ← Pin 19

File:Side-board-select.png

2016-09-17T22:28:07Z

Martin Hodge: