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(Page créée avec « {{ENG-CANSAT-PICO-NAV}} {{traduction}} == Cansat V2 kit in few words == The CanSat-V2-Kit is build around the '''Raspberry-Pi Pico''' plateform. The '''Raspberry-Pi Pic… »)
 
 
(45 versions intermédiaires par le même utilisateur non affichées)
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== Cansat V2 kit in few words ==
 
== Cansat V2 kit in few words ==
−
The CanSat-V2-Kit is build around the '''Raspberry-Pi Pico''' plateform.
+
The {{pl|2428|CanSat-V2-Kit}} is build around the '''Raspberry-Pi Pico''' plateform.
  
−
The '''Raspberry-Pi Pico''' is a powerful dual core microcontroller created by the Raspberry-Pi foundation. The Pico goes far beyond the Arduino Uno in terms of power and capabilities.
+
The '''Raspberry-Pi Pico''' is a powerful dual core microcontroller created by the Raspberry-Pi foundation.  
 +
 
 +
The Pico goes far beyond the Arduino Uno in terms of power and capabilities.
  
 
It is distributed with the MicroPython firmware but can also be programmed with C++ and Arduino.  
 
It is distributed with the MicroPython firmware but can also be programmed with C++ and Arduino.  
  
−
[[fichier:ENG-CANSAT-V2-CONTENT-10.jpg|360px]]
+
[[fichier:ENG-CANSAT-V2-CONTENT-10a.jpg|360px]] [[fichier:ENG-CANSAT-V2-CONTENT-10c.jpg|360px]] [[fichier:ENG-CANSAT-V2-CONTENT-10b.jpg|360px]] [[fichier:ENG-CANSAT-V2-CONTENT-10.jpg|480px]]
  
 
<div style="margin: 15px 0; background: rgba(255,204,102,.3); display: block; padding: 15px 15px 15px 15px; -webkit-border-radius: 2px; -moz-border-radius: 2px; border-radius: 2px; border: 1px solid #ff9900;" >Just care about voltage, the '''Pico is 3.3V logic'''. Do not apply any voltage greater than 3.3V to any GPIO on the Pico.</div>
 
<div style="margin: 15px 0; background: rgba(255,204,102,.3); display: block; padding: 15px 15px 15px 15px; -webkit-border-radius: 2px; -moz-border-radius: 2px; border-radius: 2px; border: 1px solid #ff9900;" >Just care about voltage, the '''Pico is 3.3V logic'''. Do not apply any voltage greater than 3.3V to any GPIO on the Pico.</div>
Ligne 16 : Ligne 18 :
 
MicroPython is a very robust environment natively compiling and running python script on microcontroller. MicroPython fits a compiler, a python virtual machine and a file system to store the scripts. Thanks to MicroPython, everything learned with Python language or any MicroPython boards can be applied to the Pico.
 
MicroPython is a very robust environment natively compiling and running python script on microcontroller. MicroPython fits a compiler, a python virtual machine and a file system to store the scripts. Thanks to MicroPython, everything learned with Python language or any MicroPython boards can be applied to the Pico.
  
−
The kit is designed to facilitate the prototyping thanks to the well know Grove connectors and Qwiic/StemmaQt connectors. Sensors are easy to connect and Logic signals made quickly available thanks to Grove-to-Male wires.
+
The Cansat-V2 is built around CANSAT-V2-BASE a pre-assembled board featuring:
−
 
+
* Lipo battery charger
−
The Cansat-V2 also embeds and assembling:
 
−
* Lipo battery management
 
 
* Radio module
 
* Radio module
−
* 3V 600 mA voltage for your project
+
* 3V 600 mA voltage regulator '''power enable''' to switch off the Power.
−
* Plug-able microcontroler/nano-computer board (namely MCU board)  
+
* Plug-able microcontroler/nano-computer board (namely the MCU board)  
 
* Connectors for I2C bus, Serial/UART, Digital I/O, Analog inputs
 
* Connectors for I2C bus, Serial/UART, Digital I/O, Analog inputs
−
* Breakout of all MCU board signals (offering additional I/O to your project).
+
* Breakout of all MCU signals (offering additional I/O to your project).
 +
* Pre-solder connector antenna (and set of antenna for testing).
 +
 
 +
=== Retro Compatibility ===
 +
Despite obvious visual changes, the CANSAT V2 kit is backwards compatible with the previous version.
 +
 
 +
[[Fichier:ENG-CANSAT-V2-Backwards-Compatible.png]]
 +
 
 +
The same pins are used to control the same device.
 +
 
 +
=== Electronic Aspect ===
 +
 
 +
[[fichier:ENG-CANSAT-V2-CONTENT-11a.jpg|800px]] [[fichier:ENG-CANSAT-V2-CONTENT-11b.jpg|800px]]
  
−
{{traduction}}
+
The kit is designed to ease the prototyping thanks to the well known connectors:
−
+
* Grove connectors : supporting 3V3 compatible '''SeeedStudio''' sensors and '''M5Stack''' sensors (all compatible 3V3).
−
[[fichier:ENG-CANSAT-PICO-CONTENT-11.jpg|800px]]
+
* Qwiic/StemmaQt : which is I2C bus only. Supporting the Adafruit Industries StemmaQt sensors and SparkFun Qwiic sensors. thanks to Grove-to-Male wires.
 +
** [https://www.adafruit.com/category/1005 StemmaQT sensors] are available at [https://www.adafruit.com Adafruit Industries USA] and its distributor network.
 +
** [https://www.sparkfun.com/qwiic#products Qwiic sensors] are available at [https://www.sparkfun.com SparkFun electronic USA] and its distributor network.
  
−
The "Cansat Pico Board" feature the Raspberry-Pi Pico and already embeeds useful and smart features to ease the prototyping and testing phase for your Cansat project.  
+
The "Cansat V2 Board" features a '''MCU board connector''' where to plug the MCU board.
  
−
When the kit was designed, we did forseen the fact that the project could either be:
+
[[fichier:ENG-CANSAT-V2-CONTENT-11j.jpg|480px]]
−
* placed between the boards (inside).
 
−
* placed ouside of the boards and use a shorter ribbon (boards are enclosed right in the middle of the project).  
 
  
−
We did also features a Qwiic/StemmaQt connector available underside. This very compact connector do features power and I2C bus. It can be used to quickly and safely connects toons of I2C capable sensors boards.
+
Remark: the MCU board must be oriented with the USB connector toward the "USB" word on the silkscreen.
−
* [https://www.adafruit.com/category/1005 StemmaQT sensors] are available at [https://www.adafruit.com Adafruit Industries USA] and its distributor network.
 
−
* [https://www.sparkfun.com/qwiic#products Qwiic sensors] are available at [https://www.sparkfun.com SparkFun electronic USA] and its distributor network.
 
  
−
[[fichier:ENG-CANSAT-PICO-CONTENT-12.jpg|640px]]
+
Presently, only the '''Pico MCU board''' is available, alternative MCU board will exists in the future.  
  
−
Just flip over the "Cansat Pico Board" to discover additional features available underside the Pico.
+
[[fichier:ENG-CANSAT-V2-CONTENT-11h.jpg|480px]]
  
−
As we can propotype under the board, it is also very important to have the board fully labelled this side.  
+
Many of the Pin of Pico are available on Grove connectors.
  
−
[[fichier:ENG-CANSAT-PICO-CONTENT-13.jpg|640px]]
+
All the pins of the Pico are broken out to the CANSAT-BASE.
  
−
As the Raspberry-Pi Pico doesn't features Lipo battery circuitery, we do added a special connector to plug an [https://www.adafruit.com/product/1944 Adafruit PowerBoost 500 charger] on the board.
+
The [[ENG-CANSAT-V2-PINOUT|Pinout description]] and [[xx|Schematics]] will provide lot of useful information.
  
−
Just connect the Pico to you computer (or power it with a wall adapter) and the Lipo will auto-magically starts to charge-up.
+
=== About Raspberry-pi Pico ===
  
−
Unplug your pico from computer and the PowerBoost charger will take over. The Lipo will discharge to power your project.
+
The Raspberry-Pi Pico is at the earth of this kit. One is soldered onto the Cansat MCU sub-Kit, the other is free for use to make prototyping or creating the receiving base station.  
  
−
Thanks to the PowerBoost, your cansat projet do also have a 5V power rail (500 mA max).
+
[[fichier:ENG-CANSAT-PICO-CONTENT-00.jpg|640px]]
  
−
Needs to spare energy? no problem, the "Power Off" pin is available near of the board boundary. Once the PWR_OFF tied to the ground, the PowerBoost is disabled (as Pico and the project).
+
See the [[ENG-CANSAT-PICO-USER-GUIDE|Cansat Pico User Guide]] section for more information on its integration.
  
−
[[fichier:ENG-CANSAT-PICO-CONTENT-14.jpg|640px]]
+
See the [https://www.raspberrypi.com/documentation/microcontrollers/ Official Pico MicroPython starter guide] for learning more about MicroPython on Pico.
  
−
=== Cansat Pico Kit content ===
+
=== Mechanical Aspect ===
  
−
The Cansat Pico Kit is designed to be compact, evolutive, customisable, sizable (in height) and '''programmed in Python''' (thank to MicroPython).
+
When the kit was designed, we did foreseen the fact that the project could be assembled in many way.
  
−
[[fichier:ENG-CANSAT-PICO-CONTENT-01.png|640px]]
+
The CANSAT-BASE is accompagned of several other board designed to quickly create the CanSat structure.
  
−
Once assembled with spacer you designed, you do have a cylindrical development plateform with plenty of space.
+
[[fichier:ENG-CANSAT-PICO-CONTENT-12a.jpg|800px]]
  
−
[[fichier:ENG-CANSAT-PICO-CONTENT-02.png|240px]]
+
The following picture shows the mechanical evolution of CANSAT-LETTUCE from version 1 to version 2.
  
−
You can develop your project:
+
[[fichier:ENG-CANSAT-MECHANICAL-CHANGES.jpg|640px]]
−
* '''either''' in the inner space between the bottom and the top boards.
 
−
* '''either''' using smaller spacers to develop your project in the inner space {{underline|and}} also the outer space.
 
  
−
Outer space can also be used thanks to the through holes PCBs and the labelling the both sides of the PCBs.
+
As you may notice it:
 +
# The 3 external fixing points stays the same than version 1.
 +
# The general diameter reduced to 60mm (instead of 64mm) leaving '''more room for 3D Print wall'''.
 +
# The 6.4mm central hole accross all the CanSat V2 boards to build a '''central reinforcement column'''.
  
−
=== Pico Boards ===
+
More information about mechanical in the [[ENG-CANSAT-V2-DIMENSION|Dimensions page]].
  
−
The Raspberry-Pi Pico is at the earth of this kit. One is soldered onto the Cansat Kit, the other is free for use to make prototyping or creating the receiving base station.
+
== Cansat V2 Pico Kit content ==
  
−
[[fichier:ENG-CANSAT-PICO-CONTENT-00.jpg|640px]]
+
The '''Cansat V2 Pico Kit''' is designed to be compact, evolutive, customisable, sizable (in height) and '''programmed in Python''' (thank to MicroPython).
 +
 
 +
[[fichier:ENG-CANSAT-V2-CONTENT-01.png|640px]]
 +
 
 +
{{traduction}}
 +
 
 +
The '''CanSat V2 Pico Kit''' is made of various products sold separately. The boards with SMD components are soldered and tested.
  
−
See the [[ENG-CANSAT-PICO-USER-GUIDE|Cansat Pico User Guide]] section for more information on its integration.
+
Some of the product like {{pl|2821|PICO-CANSAT-MCU}} or {{pl|2823|PICO-RFM69-433-BOOT}} should still have their connectors and/or MCU solder to the user.  
  
−
See the [https://www.raspberrypi.com/documentation/microcontrollers/ Official Pico MicroPython starter guide] for learning more about MicroPython on Pico.
+
Thankfully, when included into the '''{{pl|2824|Cansat V2 Pico kit}}''' the connectors are also soldered for you.
  
 
== Kit content ==
 
== Kit content ==
  
 +
Here the list of the items included into the {{pl|2824|CANSAT-PICO-KIT-V2}} : Kit CANSAT V2 avec Raspberry-Pi Pico.
 
{{parts-begin}}
 
{{parts-begin}}
 +
 +
{{parts-item
 +
  |name=CANSAT-BASE-V2
 +
  |descr=Base board for CanSat V2. Plug your Cansat-MCU and you are ready to connect sensors, the battery, start coding with MicroPython and emit data to the base station.
 +
  |img=PICO-CANSAT-BASE-V2.png
 +
  |link=https://shop.mchobby.be/product.php?id_product=2817
 +
  |qty=1
 +
}}
 +
 +
{{parts-item
 +
  |name=CANSAT-PICO-MCU
 +
  |descr=Pico MCU holder kit. Kit to prepare a Pico based CANSAT MCU board. The provided Pico will be soldered for you.
 +
  |img=CANSAT-PICO-MCU.png
 +
  |link=https://shop.mchobby.be/product.php?id_product=2821
 +
  |qty=1
 +
}}
  
 
{{parts-item
 
{{parts-item
 
   |name=Raspberry-Pi Pico
 
   |name=Raspberry-Pi Pico
−
   |descr=Dual core RP2040 MCU @ 133 MHz with 264Ko RAM & 2 Mo Flash. One Pico is used on the Cansat kit, the other is used for prototyping.
+
   |descr=Dual core RP2040 MCU @ 133 MHz with 264Ko RAM & 2 Mo Flash. One Pico is used on the PICO-CANSAT-MCU, the other is used for prototyping and base station.
 
   |img=RASPBERRY-PICO.png
 
   |img=RASPBERRY-PICO.png
 
   |link=https://shop.mchobby.be/product.php?id_product=2025
 
   |link=https://shop.mchobby.be/product.php?id_product=2025
Ligne 99 : Ligne 133 :
  
 
{{parts-item
 
{{parts-item
−
   |name=Cansat base dev. board for Pico
+
   |name=CANSAT-BUN-V2
−
   |descr=Solder a Pico onto it and drive your cansat project with MicroPython.
+
   |descr=Top/parachute Cansat V2 board.
−
   |img=PICO-CANSAT-BASE.png
+
   |img=PICO-CANSAT-BUN-V2.png
−
   |link=https://shop.mchobby.be/product.php?id_product=2275
+
   |link=https://shop.mchobby.be/product.php?id_product=2609
 
   |qty=1
 
   |qty=1
 
}}
 
}}
  
 
{{parts-item
 
{{parts-item
−
   |name=Cansat proto board
+
   |name=CANSAT-LETTUCE-V2
−
   |descr=Prototyping board connected to the Pico GPIO.
+
   |descr=Prototyping board for CanSat V2.
−
   |img=PICO-CANSAT-PROTO.png
+
   |img=PICO-CANSAT-LETTUCE-V2.png
−
   |link=https://shop.mchobby.be/product.php?id_product=2272
+
   |link=https://shop.mchobby.be/product.php?id_product=2611
 
   |qty=1
 
   |qty=1
 
}}
 
}}
  
 
{{parts-item
 
{{parts-item
−
   |name=FPC ribbon
+
   |name=PICO-RFM69-433-BOOT
−
   |descr=This ribbon connects the base board to the proto board.
+
  |descr=RFM69HCW 433MHz expansion for Pico. Plug your Pico, Connect your antenna and your ready to emit.<br />SMA connector is pre-solder within the kit.
−
   |img=FPC-RUBAN-100mm.png
+
  |img=PICO-RFM69-433-BOOT.png
−
   |link=https://shop.mchobby.be/product.php?id_product=2278
+
  |link=https://shop.mchobby.be/product.php?id_product=2822
 +
  |qty=1
 +
}}
 +
 
 +
{{parts-item
 +
  |name=CON-SMA-PCB-ANT
 +
   |descr=Antenna connector for the PICO-RFM69-433-BOOT.<br />This connector is pre-solder within the kit.
 +
  |img=CON-SMA-PCB-ANT.png
 +
  |link=https://shop.mchobby.be/product.php?id_product=1419
 +
  |qty=1
 +
}}
 +
 
 +
{{parts-item
 +
  |name=433Mhz-ANT-SMA
 +
  |descr=433 Mhz antenna with SMA connector.
 +
  |img=433Mhz-ANT-SMA.png
 +
  |link=https://shop.mchobby.be/product.php?id_product=1047
 +
  |qty=2
 +
}}
 +
 
 +
{{parts-item
 +
  |name=uFL-to-SMA
 +
  |descr=antenna connector adapter µFl to SMA.
 +
   |img=uFL-to-SMA.png
 +
   |link=https://shop.mchobby.be/product.php?id_product=1497
 
   |qty=1
 
   |qty=1
 
}}
 
}}
Ligne 144 : Ligne 202 :
 
   |link=https://shop.mchobby.be/product.php?id_product=82
 
   |link=https://shop.mchobby.be/product.php?id_product=82
 
   |qty=1
 
   |qty=1
−
}}
 
−
 
−
{{parts-item
 
−
  |name=PowerBoost 500 charger
 
−
  |descr=Convert a Lipo battery power into usable 5V power source. This board can also reload the Lipo when the kit is powered via USB.
 
−
  |img=POWERBOOST-500-CHARGER.png
 
−
  |link=https://shop.mchobby.be/product.php?id_product=534
 
−
  |qty=1
 
−
}}
 
−
 
−
{{parts-item
 
−
  |name=Alternative to Powerboost 500 charger
 
−
  |descr=Also convert Lipo battery power into usable 5V power. This board can also reload the Lipo when the Kit is powered via USB.
 
−
  |img=POWERBOOST-1000-CHARGER-SPARKFUN.jpg
 
−
  |link=https://shop.mchobby.be/fr/regulateurs/2508-powerboost-1000-chargeur-3232100025080-adafruit.html
 
−
  |qty=0
 
 
}}
 
}}
  
Ligne 175 : Ligne 217 :
 
   |img=FIL-JSTSH4-100mm.png
 
   |img=FIL-JSTSH4-100mm.png
 
   |link=https://shop.mchobby.be/product.php?id_product=2112
 
   |link=https://shop.mchobby.be/product.php?id_product=2112
 +
  |qty=1
 +
}}
 +
 +
{{parts-item
 +
  |name=Grove to Male pin wire
 +
  |descr=A great wire adapter to prototype/test electronic from grove connector.
 +
  |img=FIL-GRO-TO-MALE.png
 +
  |link=https://shop.mchobby.be/product.php?id_product=2826
 
   |qty=1
 
   |qty=1
 
}}
 
}}
Ligne 192 : Ligne 242 :
 
   |link=https://shop.mchobby.be/product.php?id_product=82
 
   |link=https://shop.mchobby.be/product.php?id_product=82
 
   |qty=1
 
   |qty=1
−
}}
 
−
 
−
{{parts-item
 
−
  |name=RFM69HCW Transceiver Radio
 
−
  |descr=Transport data over long distance with packet radio. One breakout act as emitter, the second one as receiver.
 
−
  |img=RFM69HCW-433Mhz-BRK.png
 
−
  |link=https://shop.mchobby.be/product.php?id_product=1390
 
−
  |qty=2
 
 
}}
 
}}
  

Version actuelle datée du 25 août 2025 à 21:32

Page-under-construction.pngPage(s) en cours de traduction/élaboration.

Page(s) under translation/construction

Cansat V2 kit in few words

The CanSat-V2-Kit is build around the Raspberry-Pi Pico plateform.

The Raspberry-Pi Pico is a powerful dual core microcontroller created by the Raspberry-Pi foundation.

The Pico goes far beyond the Arduino Uno in terms of power and capabilities.

It is distributed with the MicroPython firmware but can also be programmed with C++ and Arduino.

       

Just care about voltage, the Pico is 3.3V logic. Do not apply any voltage greater than 3.3V to any GPIO on the Pico.

MicroPython is a very robust environment natively compiling and running python script on microcontroller. MicroPython fits a compiler, a python virtual machine and a file system to store the scripts. Thanks to MicroPython, everything learned with Python language or any MicroPython boards can be applied to the Pico.

The Cansat-V2 is built around CANSAT-V2-BASE a pre-assembled board featuring:

  • Lipo battery charger
  • Radio module
  • 3V 600 mA voltage regulator power enable to switch off the Power.
  • Plug-able microcontroler/nano-computer board (namely the MCU board)
  • Connectors for I2C bus, Serial/UART, Digital I/O, Analog inputs
  • Breakout of all MCU signals (offering additional I/O to your project).
  • Pre-solder connector antenna (and set of antenna for testing).

Retro Compatibility

Despite obvious visual changes, the CANSAT V2 kit is backwards compatible with the previous version.

 

The same pins are used to control the same device.

Electronic Aspect

   

The kit is designed to ease the prototyping thanks to the well known connectors:

  • Grove connectors : supporting 3V3 compatible SeeedStudio sensors and M5Stack sensors (all compatible 3V3).
  • Qwiic/StemmaQt : which is I2C bus only. Supporting the Adafruit Industries StemmaQt sensors and SparkFun Qwiic sensors. thanks to Grove-to-Male wires.

The "Cansat V2 Board" features a MCU board connector where to plug the MCU board.

 

Remark: the MCU board must be oriented with the USB connector toward the "USB" word on the silkscreen.

Presently, only the Pico MCU board is available, alternative MCU board will exists in the future.

 

Many of the Pin of Pico are available on Grove connectors.

All the pins of the Pico are broken out to the CANSAT-BASE.

The Pinout description and Schematics will provide lot of useful information.

About Raspberry-pi Pico

The Raspberry-Pi Pico is at the earth of this kit. One is soldered onto the Cansat MCU sub-Kit, the other is free for use to make prototyping or creating the receiving base station.

 

See the Cansat Pico User Guide section for more information on its integration.

See the Official Pico MicroPython starter guide for learning more about MicroPython on Pico.

Mechanical Aspect

When the kit was designed, we did foreseen the fact that the project could be assembled in many way.

The CANSAT-BASE is accompagned of several other board designed to quickly create the CanSat structure.

 

The following picture shows the mechanical evolution of CANSAT-LETTUCE from version 1 to version 2.

 

As you may notice it:

  1. The 3 external fixing points stays the same than version 1.
  2. The general diameter reduced to 60mm (instead of 64mm) leaving more room for 3D Print wall.
  3. The 6.4mm central hole accross all the CanSat V2 boards to build a central reinforcement column.

More information about mechanical in the Dimensions page.

Cansat V2 Pico Kit content

The Cansat V2 Pico Kit is designed to be compact, evolutive, customisable, sizable (in height) and programmed in Python (thank to MicroPython).

640px

 Page(s) en cours de traduction/élaboration.

Page(s) under translation/construction

The CanSat V2 Pico Kit is made of various products sold separately. The boards with SMD components are soldered and tested.

Some of the product like PICO-CANSAT-MCU or PICO-RFM69-433-BOOT should still have their connectors and/or MCU solder to the user.

Thankfully, when included into the Cansat V2 Pico kit the connectors are also soldered for you.

Kit content

Here the list of the items included into the CANSAT-PICO-KIT-V2 : Kit CANSAT V2 avec Raspberry-Pi Pico.

  Description Quantité
CANSAT-BASE-V2
  		Base board for CanSat V2. Plug your Cansat-MCU and you are ready to connect sensors, the battery, start coding with MicroPython and emit data to the base station.
disponible ici chez MCHobby 		1
CANSAT-PICO-MCU
  		Pico MCU holder kit. Kit to prepare a Pico based CANSAT MCU board. The provided Pico will be soldered for you.
disponible ici chez MCHobby 		1
Raspberry-Pi Pico
  		Dual core RP2040 MCU @ 133 MHz with 264Ko RAM & 2 Mo Flash. One Pico is used on the PICO-CANSAT-MCU, the other is used for prototyping and base station.
disponible ici chez MCHobby 		2
CANSAT-BUN-V2
  		Top/parachute Cansat V2 board.
disponible ici chez MCHobby 		1
CANSAT-LETTUCE-V2
  		Prototyping board for CanSat V2.
disponible ici chez MCHobby 		1
PICO-RFM69-433-BOOT
  		RFM69HCW 433MHz expansion for Pico. Plug your Pico, Connect your antenna and your ready to emit.
SMA connector is pre-solder within the kit.
disponible ici chez MCHobby 		1
CON-SMA-PCB-ANT
  		Antenna connector for the PICO-RFM69-433-BOOT.
This connector is pre-solder within the kit.
disponible ici chez MCHobby 		1
433Mhz-ANT-SMA
  		433 Mhz antenna with SMA connector.
disponible ici chez MCHobby 		2
uFL-to-SMA
  		antenna connector adapter µFl to SMA.
disponible ici chez MCHobby 		1
USB A/microB 1m cable
  		Can be used to plug your pico on a computer to program it or to reload the Lipo.
disponible ici chez MCHobby 		1
Half Size Breadboard
  		Solderless breadboard are used for fast prototyping.
disponible ici chez MCHobby 		1
Multi-functional breadboard wires
  		Set of wires with plug that can be modified from female to male.
disponible ici chez MCHobby 		1
Lithium Polymer Battery
  		Transform the Feather into an autonomous plateform with this 1300mAh Lipo.
disponible ici chez MCHobby 		1
JST-SH fast connexion wire
  		This 100mm wire can be used to connect Qwiic or StemmaQt board to the Pico in a snap
disponible ici chez MCHobby 		1
Grove to Male pin wire
  		A great wire adapter to prototype/test electronic from grove connector.
disponible ici chez MCHobby 		1
BMP280 – Barometric pressure sensor
  		Easily evaluate pressure, altitude and temperature. This board expose a StemmaQt connector
disponible ici chez MCHobby 		1
TMP36 – analog temperature sensor
  		Transform the sensor voltage read on analog input into an easy-to-read temperature.
disponible ici chez MCHobby 		1

Written by Meurisse D. for MCHobby


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Récupérée de « https://wiki.mchobby.be/index.php?title=ENG-CANSAT-V2-CONTENT&oldid=34204 »