0.20

Liste des composants pour le NG 0.20

Trouvez ci-dessous les liens vers les tableaux des pièces nécessaires à la construction du contrôleur de vol du NG, la carte des capteurs, les accessoires et la carte breakout MLX, en fonction de la version du NG. Vous trouverez dans ces tableaux, 5 colonnes correspondant aux références des composants chez cinq fournisseurs de composants à savoir : Reichelt, CSD-Electronics, Farnell, DigiKey et Distrelec. La dernière colonne contient un lien vers un fournisseur si les premiers n’ont pas la référence.

Vous allez sans doute obtenir les meilleurs prix en commandant vos pièces chez CSD-Electronic. Si ce n’est pas disponible chez eux, commandez chez DigiKey. Vous pouvez commander le reste chez Farnell.De cette façon, le prix final devrait avoisiner les 280 EUROS (au moment de la rédaction de cet article).

Options

Vous pouvez choisir plusieurs options.

Option Signal Cumulé

le signal cumulé (Sum-Signal) connecté au LPC :

• Souder r5, NE pas souder r13

le signal cumulé (Sum-Signal) non connecté au LPC :

• NE pas souder r5, souder r13 (-> signal de sortie PWM utilisable pour le beeper)

Options Beeper

Beeper sans PWM:

• souder r12 et t100, ne pas souder t101, le pont r102 et c106 utilisant des résistances 0Ohm, utiliser le beeper avec l’électronique :
• 12V Beeper sans PWM:
  souder r103 avec 0Ohm
• 5V Beeper sans PWM:
  souder r15 avec 0Ohm

Beeper avec PWM:

• le signal cumulé (Sum-Signal) ne doit pas être connecté au LPC ! Voir ci-dessus “Signal-cumulé”.
• Ne pas souder r12 et t100, souder t101, souder r102 et c106, utiliser le beeper sans l’électronique :
• 12V Beeper avec PWM:
  souder r103
• 5V Beeper avec PWM:
  souder r15

Option du régulateur de tension

Régulateur de tension linéaire :

• souder IC2

Régulateur de tension commuté :

• souder IC5

Contrôleur de vol FC-0.20

La liste des composants pour le contrôleur de vol : (le tableau est une copie de la page anglaise)

Part Lists for the NG Hardware 0.20

The following tables list the electronic parts needed to build the flight control, sensor board and the MLX breakout boards and some additional accessories. There are columns for part numbers from Reichelt, CSD-Electronic, Farnell, DigiKey, Distrelec and a few other distributors.

You will probably get the best price by ordering your parts from CSD-Electronic. They are a bit slow sometimes, though. If you need something quickly you had better choose a different distributor.

What’s not available at CSD-Electronic, order from DigiKey or Farnell. That way you will get all the parts at around EUR400 at the time of writing.

Here’s an OpenOffice spreadsheet snapshot of the parts list as of 2009-04-22: attachment:UAVP-Bauteile.ods

Build Options

There are several options you can choose from.

Sum-Signal Option

Sum-Signal at the LPC:

• Populate R5, don’t populate R4 and R13

Sum-Signal at the RC controller (not yet functional):

• Populate R4, don’t populate R5 and R13

Buzzer

Unfortunately there’s a bug in the buzzer circuit which makes it unusable without a little trick. If you look closely at the pads for the buzzer you will notice that one of them is connected to the ground plane whereas the other one is connected to a conductive track going away from the pad. In order to get the buzzer working you need to solder one leg (marked as -) to the pad with the conductive track and the other leg (marked as +) to R15. R15 should be 0- 10 Ohm.

Populate R12, R15 and T101. Bridge R102 and C106. Do not populate R13, R103, C105 and T100.

Voltage Regulator Option

Linear Voltage Regulator:

• populate IC2

Switched Voltage Regulator:

• populate IC5

Jumpers

SJ1

Connects pin 3 of the SB connector on the FC board with ground level. Set this jumper.

SJ2

Connects the output of the LiPo voltage measurement with pin AD0.4 of the LPC. The output is by default and unalterably also connected to pin ADC0 of the RC controller. The RC controller doesn’t measure the LiPo voltage at the moment which requires SJ2 to be set.

SJ100

This is a double jumper which allows you to choose the voltage level of the SSP interface and its slave select pins. Make sure you set it to any of both values. Additional hardware might someday require you to adjust this setting, but for now both values are just fine.

JP-U1 and JP-U2

Those jumpers let you choose the supply voltage of the UART connectors which might possibly power your USB/UART or RS232/UART converter. This will not change the actual voltage level of the UART.

JP-ISP

This is a double jumper which connects SDA1 or SDA0 with the nearby button. Setting a jumper and pressing the button at startup will either activate the UART or USB bootloader. (Can someone clarify which jumper needs to be set for USB or UART respectively?)

NG Flight Control 0.20

There is also an interactive, sortable table on this page. These are the needed parts for the hardware 0.20 flight control board:

A shopping cart of all parts available at Reichelt for the FC-0.20 can be accessed here. [TODO optimize part amounts!]

NG Sensor Board 0.20

There is also an interactive, sortable table on this page. This is the part list for the hardware 0.20 sensor board:

A shopping cart of all parts available at Reichelt for the SB-0.20 can be accessed here. [TODO optimize part amounts!]

NG Accessories

This is the part list for the accessories of the boards:

MLX Breakout Boards

This is the part list for the MLX break boards:

Note:: :: If you will use ADXR300 gyros you will not need the MLX breakout boards. :: The ADXR300 come with their own breakout boards!

Tips & Tricks

• It seems to be a good idea to get a E12 Familypack of 0805 resistors and capacitors, it is much cheeper then getting all the resistors in single strips. For example, you can get them from CSD Electronics order number for resistor family pack is 10-08FAMPAK.

Footnotes

Une liste pré-remplie pour le FC-0.20 (contrôleur de vol) est disponible sur le site Reichelt.

Carte des capteurs SB-0.20

La liste des composants pour la carte des capteurs : (le tableau est une copie de la page anglaise)

Part Lists for the NG Hardware 0.20

The following tables list the electronic parts needed to build the flight control, sensor board and the MLX breakout boards and some additional accessories. There are columns for part numbers from Reichelt, CSD-Electronic, Farnell, DigiKey, Distrelec and a few other distributors.

You will probably get the best price by ordering your parts from CSD-Electronic. They are a bit slow sometimes, though. If you need something quickly you had better choose a different distributor.

What’s not available at CSD-Electronic, order from DigiKey or Farnell. That way you will get all the parts at around EUR400 at the time of writing.

Here’s an OpenOffice spreadsheet snapshot of the parts list as of 2009-04-22: attachment:UAVP-Bauteile.ods

Build Options

There are several options you can choose from.

Sum-Signal Option

Sum-Signal at the LPC:

• Populate R5, don’t populate R4 and R13

Sum-Signal at the RC controller (not yet functional):

• Populate R4, don’t populate R5 and R13

Buzzer

Unfortunately there’s a bug in the buzzer circuit which makes it unusable without a little trick. If you look closely at the pads for the buzzer you will notice that one of them is connected to the ground plane whereas the other one is connected to a conductive track going away from the pad. In order to get the buzzer working you need to solder one leg (marked as -) to the pad with the conductive track and the other leg (marked as +) to R15. R15 should be 0- 10 Ohm.

Populate R12, R15 and T101. Bridge R102 and C106. Do not populate R13, R103, C105 and T100.

Voltage Regulator Option

Linear Voltage Regulator:

• populate IC2

Switched Voltage Regulator:

• populate IC5

Jumpers

SJ1

Connects pin 3 of the SB connector on the FC board with ground level. Set this jumper.

SJ2

Connects the output of the LiPo voltage measurement with pin AD0.4 of the LPC. The output is by default and unalterably also connected to pin ADC0 of the RC controller. The RC controller doesn’t measure the LiPo voltage at the moment which requires SJ2 to be set.

SJ100

This is a double jumper which allows you to choose the voltage level of the SSP interface and its slave select pins. Make sure you set it to any of both values. Additional hardware might someday require you to adjust this setting, but for now both values are just fine.

JP-U1 and JP-U2

Those jumpers let you choose the supply voltage of the UART connectors which might possibly power your USB/UART or RS232/UART converter. This will not change the actual voltage level of the UART.

JP-ISP

This is a double jumper which connects SDA1 or SDA0 with the nearby button. Setting a jumper and pressing the button at startup will either activate the UART or USB bootloader. (Can someone clarify which jumper needs to be set for USB or UART respectively?)

NG Flight Control 0.20

There is also an interactive, sortable table on this page. These are the needed parts for the hardware 0.20 flight control board:

A shopping cart of all parts available at Reichelt for the FC-0.20 can be accessed here. [TODO optimize part amounts!]

NG Sensor Board 0.20

There is also an interactive, sortable table on this page. This is the part list for the hardware 0.20 sensor board:

A shopping cart of all parts available at Reichelt for the SB-0.20 can be accessed here. [TODO optimize part amounts!]

NG Accessories

This is the part list for the accessories of the boards:

MLX Breakout Boards

This is the part list for the MLX break boards:

Note:: :: If you will use ADXR300 gyros you will not need the MLX breakout boards. :: The ADXR300 come with their own breakout boards!

Tips & Tricks

• It seems to be a good idea to get a E12 Familypack of 0805 resistors and capacitors, it is much cheeper then getting all the resistors in single strips. For example, you can get them from CSD Electronics order number for resistor family pack is 10-08FAMPAK.

Footnotes

Une liste pré-remplie pour le SB-0.20 (carte des capteurs) est disponible sur le site Reichelt.

Accessoires NG

La liste des composants pour les accessoires : (le tableau est une copie de la page anglaise)

Part Lists for the NG Hardware 0.20

The following tables list the electronic parts needed to build the flight control, sensor board and the MLX breakout boards and some additional accessories. There are columns for part numbers from Reichelt, CSD-Electronic, Farnell, DigiKey, Distrelec and a few other distributors.

You will probably get the best price by ordering your parts from CSD-Electronic. They are a bit slow sometimes, though. If you need something quickly you had better choose a different distributor.

What’s not available at CSD-Electronic, order from DigiKey or Farnell. That way you will get all the parts at around EUR400 at the time of writing.

Here’s an OpenOffice spreadsheet snapshot of the parts list as of 2009-04-22: attachment:UAVP-Bauteile.ods

Build Options

There are several options you can choose from.

Sum-Signal Option

Sum-Signal at the LPC:

• Populate R5, don’t populate R4 and R13

Sum-Signal at the RC controller (not yet functional):

• Populate R4, don’t populate R5 and R13

Buzzer

Unfortunately there’s a bug in the buzzer circuit which makes it unusable without a little trick. If you look closely at the pads for the buzzer you will notice that one of them is connected to the ground plane whereas the other one is connected to a conductive track going away from the pad. In order to get the buzzer working you need to solder one leg (marked as -) to the pad with the conductive track and the other leg (marked as +) to R15. R15 should be 0- 10 Ohm.

Populate R12, R15 and T101. Bridge R102 and C106. Do not populate R13, R103, C105 and T100.

Voltage Regulator Option

Linear Voltage Regulator:

• populate IC2

Switched Voltage Regulator:

• populate IC5

Jumpers

SJ1

Connects pin 3 of the SB connector on the FC board with ground level. Set this jumper.

SJ2

Connects the output of the LiPo voltage measurement with pin AD0.4 of the LPC. The output is by default and unalterably also connected to pin ADC0 of the RC controller. The RC controller doesn’t measure the LiPo voltage at the moment which requires SJ2 to be set.

SJ100

This is a double jumper which allows you to choose the voltage level of the SSP interface and its slave select pins. Make sure you set it to any of both values. Additional hardware might someday require you to adjust this setting, but for now both values are just fine.

JP-U1 and JP-U2

Those jumpers let you choose the supply voltage of the UART connectors which might possibly power your USB/UART or RS232/UART converter. This will not change the actual voltage level of the UART.

JP-ISP

This is a double jumper which connects SDA1 or SDA0 with the nearby button. Setting a jumper and pressing the button at startup will either activate the UART or USB bootloader. (Can someone clarify which jumper needs to be set for USB or UART respectively?)

NG Flight Control 0.20

There is also an interactive, sortable table on this page. These are the needed parts for the hardware 0.20 flight control board:

A shopping cart of all parts available at Reichelt for the FC-0.20 can be accessed here. [TODO optimize part amounts!]

NG Sensor Board 0.20

There is also an interactive, sortable table on this page. This is the part list for the hardware 0.20 sensor board:

A shopping cart of all parts available at Reichelt for the SB-0.20 can be accessed here. [TODO optimize part amounts!]

NG Accessories

This is the part list for the accessories of the boards:

MLX Breakout Boards

This is the part list for the MLX break boards:

Note:: :: If you will use ADXR300 gyros you will not need the MLX breakout boards. :: The ADXR300 come with their own breakout boards!

Tips & Tricks

• It seems to be a good idea to get a E12 Familypack of 0805 resistors and capacitors, it is much cheeper then getting all the resistors in single strips. For example, you can get them from CSD Electronics order number for resistor family pack is 10-08FAMPAK.

Footnotes

Carte Breakout MLX

La liste des composants de la carte breakout MLX : (le tableau est une copie de la page anglaise)

Part Lists for the NG Hardware 0.20

The following tables list the electronic parts needed to build the flight control, sensor board and the MLX breakout boards and some additional accessories. There are columns for part numbers from Reichelt, CSD-Electronic, Farnell, DigiKey, Distrelec and a few other distributors.

You will probably get the best price by ordering your parts from CSD-Electronic. They are a bit slow sometimes, though. If you need something quickly you had better choose a different distributor.

What’s not available at CSD-Electronic, order from DigiKey or Farnell. That way you will get all the parts at around EUR400 at the time of writing.

Here’s an OpenOffice spreadsheet snapshot of the parts list as of 2009-04-22: attachment:UAVP-Bauteile.ods

Build Options

There are several options you can choose from.

Sum-Signal Option

Sum-Signal at the LPC:

• Populate R5, don’t populate R4 and R13

Sum-Signal at the RC controller (not yet functional):

• Populate R4, don’t populate R5 and R13

Buzzer

Unfortunately there’s a bug in the buzzer circuit which makes it unusable without a little trick. If you look closely at the pads for the buzzer you will notice that one of them is connected to the ground plane whereas the other one is connected to a conductive track going away from the pad. In order to get the buzzer working you need to solder one leg (marked as -) to the pad with the conductive track and the other leg (marked as +) to R15. R15 should be 0- 10 Ohm.

Populate R12, R15 and T101. Bridge R102 and C106. Do not populate R13, R103, C105 and T100.

Voltage Regulator Option

Linear Voltage Regulator:

• populate IC2

Switched Voltage Regulator:

• populate IC5

Jumpers

SJ1

Connects pin 3 of the SB connector on the FC board with ground level. Set this jumper.

SJ2

Connects the output of the LiPo voltage measurement with pin AD0.4 of the LPC. The output is by default and unalterably also connected to pin ADC0 of the RC controller. The RC controller doesn’t measure the LiPo voltage at the moment which requires SJ2 to be set.

SJ100

This is a double jumper which allows you to choose the voltage level of the SSP interface and its slave select pins. Make sure you set it to any of both values. Additional hardware might someday require you to adjust this setting, but for now both values are just fine.

JP-U1 and JP-U2

Those jumpers let you choose the supply voltage of the UART connectors which might possibly power your USB/UART or RS232/UART converter. This will not change the actual voltage level of the UART.

JP-ISP

This is a double jumper which connects SDA1 or SDA0 with the nearby button. Setting a jumper and pressing the button at startup will either activate the UART or USB bootloader. (Can someone clarify which jumper needs to be set for USB or UART respectively?)

NG Flight Control 0.20

There is also an interactive, sortable table on this page. These are the needed parts for the hardware 0.20 flight control board:

A shopping cart of all parts available at Reichelt for the FC-0.20 can be accessed here. [TODO optimize part amounts!]

NG Sensor Board 0.20

There is also an interactive, sortable table on this page. This is the part list for the hardware 0.20 sensor board:

A shopping cart of all parts available at Reichelt for the SB-0.20 can be accessed here. [TODO optimize part amounts!]

NG Accessories

This is the part list for the accessories of the boards:

MLX Breakout Boards

This is the part list for the MLX break boards:

Note:: :: If you will use ADXR300 gyros you will not need the MLX breakout boards. :: The ADXR300 come with their own breakout boards!

Tips & Tricks

• It seems to be a good idea to get a E12 Familypack of 0805 resistors and capacitors, it is much cheeper then getting all the resistors in single strips. For example, you can get them from CSD Electronics order number for resistor family pack is 10-08FAMPAK.

Footnotes

Note:: :: Si vous utilisez des gyroscopes ADXR300, vous n’avez pas besoin de la carte breakout MLX. :: Le ADXR300 a sa propre carte breakout !