Soldering The Sender: Unterschied zwischen den Versionen

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a) Use the DC/DC Converter for Vin and GND of the MC33926 motor driver. Here you solder two pins to Vin and GND and connect the with the sender board. This is the default Ardumower configuration.
 
a) Use the DC/DC Converter for Vin and GND of the MC33926 motor driver. Here you solder two pins to Vin and GND and connect the with the sender board. This is the default Ardumower configuration.
  
b) Use an external powersupply for Vin and GND of the MC33926 motor driver. Then you solder three terminal connectors on the motordriver. Vin and GND of the motor driver are not connected with the sender board. With this configuration you can adapt the voltage for the perimeter siganl in a wider range. 5V to 24V for example.
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b) Use an external powersupply for Vin and GND of the MC33926 motor driver. Then you solder three terminal connectors on the motordriver. Vin and GND of the motor driver are not connected with the sender board. With this configuration you can adapt the voltage for the perimeter siganl in a wider range. 5V to 24V for example and increase the current.
  
 
The potentiometers will not be soldered because they have no function. If you want to install them you can do this.
 
The potentiometers will not be soldered because they have no function. If you want to install them you can do this.

Version vom 10. Juni 2018, 14:55 Uhr

The soldering of the sender will be described.

There are two options soldering the sender

a) Use the DC/DC Converter for Vin and GND of the MC33926 motor driver. Here you solder two pins to Vin and GND and connect the with the sender board. This is the default Ardumower configuration.

b) Use an external powersupply for Vin and GND of the MC33926 motor driver. Then you solder three terminal connectors on the motordriver. Vin and GND of the motor driver are not connected with the sender board. With this configuration you can adapt the voltage for the perimeter siganl in a wider range. 5V to 24V for example and increase the current.

The potentiometers will not be soldered because they have no function. If you want to install them you can do this.

Solder 560 Ohm resistor
Solder 220 Ohm resistors
Diodes with correct plug in direction
Diodes with correct plug in direction
Diodes with correct plug in direction
Cut the socket strip at a pin not in between
Solder the socket strips for the nano
Solder the diode
Solder the terminal blocks
Solder fuse holder
Solder socket strips for INA and MC33926 motor drive
Solder pins to DC/DC converter and then put a socket on
Put the DC/DC converter on the board
Flip the board and solder the sockets
Sockets for DC/DC converter soldered
Solder the jumper
Solder the jumper
Bend the capacitor legs
Solder the capacitors
Capacitors soldered
Put in the pins for the INA
Install the INA and solder it
Put in the pins fot the mc33926 motor drive
Install the motor driver and solder it. Solder also the two right pins. I didn't it here because I want to connect a second external power supply
Solder the terminal blocks. You have two pins soldered between the terminal blocks
Board with all components
Three terminalblocks installed on the motor driver because and Vin and GND of the motordiver are not connected to the sender board. This is because I want to use a second external powersupply for the perimeter signal