by Humanoido » Tue Jan 16, 2007 9:30 am
by Humanoido
Tue Jan 16, 2007 9:30 am
Take a look at page 95 in the manual. There's a schematic for constructing a low voltage detection circuit. The code, after the template is loaded in, expects a value from the A/D port using this circuit. You have a couple choices - either build the circuit and run RN as it was intended, or remove the code. However, if the code is removed, RN won't let you know properly when the battery pack needs recharging. Instead of the blue light flashing three times, RN will go into some spasmodic behavior which could be dangerous. Matt Bauer at Bauer Independents has an excellent tutorial on how to contruct this circuit. Also, once the circuit is installed, the detection voltage is set according to the given formula. By adjusting the number, an alert will result and the battery can be recharged before RN goes spasmodic. Hope this is helpful. Humanoido
Take a look at page 95 in the manual. There's a schematic for constructing a low voltage detection circuit. The code, after the template is loaded in, expects a value from the A/D port using this circuit. You have a couple choices - either build the circuit and run RN as it was intended, or remove the code. However, if the code is removed, RN won't let you know properly when the battery pack needs recharging. Instead of the blue light flashing three times, RN will go into some spasmodic behavior which could be dangerous. Matt Bauer at Bauer Independents has an excellent tutorial on how to contruct this circuit. Also, once the circuit is installed, the detection voltage is set according to the given formula. By adjusting the number, an alert will result and the battery can be recharged before RN goes spasmodic. Hope this is helpful. Humanoido