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ENG-CANSAT-PICO-ASSEMBLY (voir la source)
Version du 22 novembre 2022 à 20:51
, 22 novembre 2022 à 20:51→How to manipulate the FPC Connector
Ideally, we should add a Schottky Diode (they are super fast) at the output of the "Lipo Charger/Booster" to avoids back current into the booster when the Pico is connected to a computer.
Ideally, we should add a Schottky Diode (they are super fast) at the output of the "Lipo Charger/Booster" to avoids back current into the booster when the Pico is connected to a computer.
{{tmbox | type = speedy | text = The board scwitch must be on ON to power the Cansat from the Lipo.<br />Place it on OFF for long storage period to disconnect the battery from the board.}}
{{tmbox | type = speedy | text = The board switch must be on ON to power the Cansat from the Lipo.<br />Place it on OFF for long storage period to disconnect the battery from the board.}}
{| class="wikitable"
{| class="wikitable"
The RFM69HWC is the radio module used in the CanSat-Pico kit to transmit data
The RFM69HWC is the radio module used in the CanSat-Pico kit to transmit data
[[Fichier:ENG-CANSAT-PICO-RFM69HCW-to-Cansat-Pico-Base.jpg|640px]]
{{ambox | text = 22/11/2022 21:23 - ''fix the wiring miso-->miso & mosi-->mosi in the diagram''.}}
[[Fichier:ENG-CANSAT-PICO-RFM69HCW-to-Cansat-Pico-Base-fixed.jpg|640px]]
{| class="wikitable"
{| class="wikitable"
| keep the same pin as receiver.<br />Otherwise use UEXT 10 (=gp10)
| keep the same pin as receiver.<br />Otherwise use UEXT 10 (=gp10)
|-
|-
| MOSI
| MISO
| 7
| 7
|
|
| GP4 = MISO
| GP4 = MISO
|-
|-
| MISO
| MOSI
| 8
| 8
|
|
=== About the FPC connector ===
=== About the FPC connector ===
The selected FPC connector us the "Press Fit" technology.
The selected FPC connector us the "Press Fit" technology which is resistant to traction and vibration. Such connectors can even been definitively locked with some glue.
This means than once the ribbon right in place into the connector, you press down the locker to fit/secure the ribbon.
This means than once the ribbon right in place into the connector, you press down the locker to fit/secure the ribbon.
[[Fichier:FPC-connector.jpg|480px]]
[[Fichier:FPC-connector.jpg|480px]]
Once secured, the ribbon will not move without releasing the connecteurs.
Once secured, the ribbon will not move without releasing the lock.
As show on the section of the connector here under, the ribon is inserted into the connector with contact facing the contact point.
When the moving part is inserted behind the ribon, the ribon contact are pressed onto the contact points. Points that also firmly maintain the ribbon right in place.
[[Fichier:FPC-connector-section.png|640px]]
=== How to manipulate the FPC Connector ===
=== How to manipulate the FPC Connector ===
[[Fichier:How-to-manipulate-FPC.png|640px]]
[[Fichier:How-to-manipulate-FPC.png|640px]]
{{ambox-stop|text=The FPC connector is not designed for intensive opening/closing operations (~30 times) but to firmly secure a connexion during a final assembly phase. Only remove the ribbon from the connector when absolutely necessary!}}
=== Attaching the board ===
When connecting the ribbon, the electrical contact must be oriented downward.
[[Fichier:Cansat-Attaching-Boards.jpg|640px]]
Ribbon must be inserted straight in the FPC connector
[[Fichier:Cansat-Attaching-FPC-01.png|640px]]
Both side of the of the connector must be pressed down to secure the ribbon.
If now properly closed, some signals will not be shipped on the ribbon.
[[Fichier:Cansat-Attaching-FPC-02.png|640px]]
You can also check the "[https://youtu.be/dmc9noI2WAs YouTube Video]" explaining on to attach the boards.
{{traduction}}
{{youtube-box|Attaching Cansat boards|https://youtu.be/dmc9noI2WAs}}
{{ENG-CANSAT-PICO-TRAILER}}
{{ENG-CANSAT-PICO-TRAILER}}