Leds: Difference between revisions

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The board has two leds, a green led named LED0 and a red led named LED1, which provide info about the controller's current state. There is also a third led, which is related to the HC06 bluetooth module.  
The STorM32 boards have two LEDs, a green LED named LED0 and a red LED named LED1, which provide info about the controller's current condition. On the v1.x boards there is also a third yellow LED, which however is related to the HC06 Bluetooth module which can be installed on these board versions.


== Red Led (LED0) ==
== Red Led (LED1) ==
The red led is so to say a heartbeat, it should blink at a frequency of about 1.7 Hz in normal operation. In case of an error condition, such as low battery voltage or missing IMU, it blinks however much faster.
The red LED1 is so to say a heartbeat, it should blink at a frequency of about 1 Hz in normal operation. In case of an error condition, such as a low battery voltage or missing IMU, it blinks however much faster in order to signal the error condition.


== Green Led ==
== Green Led (LED0) ==
The green led in principle tells about the current state of the controller, e.g. at startup it undergoes a sequence of ever faster blink sequences. When the normal state is reached the green led is permanently on (it is not really permanently on, it just seems so, the green led is in fact used as a debug output for the development of the firmware).
The green LED0 tells about the current state of the controller, e.g. at startup it undergoes a sequence of ever faster blink sequences. When the NORMAL state is reached the green LED is permanently on. For more details see [[Getting_Started#First_Startup|Getting Started: First Startup]].


== Yellow Led ==
== Yellow Led ==
This led is directly connected with the HC06 bluetooth module. Hence, it doesn't tell anything about the working of the STorM32 board, its meaning has to be read off from the documentation for the HC06 module.


The permanent blinking of this led is actually a bit anyoing, and one may wish to deactivate it (since v1.3, scratch through the solder jumper on the bottom, or desolder the respective resistor).
This paragraph is only relevant for v1.x boards, such as the v1.3x boards.
 
The yellow LED is directly connected with the HC06 Bluetooth module. Hence, it doesn't tell anything about the working of the STorM32 controller; its meaning has to be read off from the documentation for the HC06 module (see [http://www.olliw.eu/storm32bgc-wiki/index.php5/Bluetooth_Module_HC06#Technical_Documentation here]).
 
A permanent blinking of this LED may be annoying, and one might wish to deactivate it. On the v1.3x boards it is possible to scratch through the solder jumper on the bottom, on v1.1 and v1.2 boards one can desolder the respective resistor.
 
[[File:Stom32-bgc-v130-leds-01.jpg|600px]]

Latest revision as of 15:26, 21 January 2023

The STorM32 boards have two LEDs, a green LED named LED0 and a red LED named LED1, which provide info about the controller's current condition. On the v1.x boards there is also a third yellow LED, which however is related to the HC06 Bluetooth module which can be installed on these board versions.

Red Led (LED1)

The red LED1 is so to say a heartbeat, it should blink at a frequency of about 1 Hz in normal operation. In case of an error condition, such as a low battery voltage or missing IMU, it blinks however much faster in order to signal the error condition.

Green Led (LED0)

The green LED0 tells about the current state of the controller, e.g. at startup it undergoes a sequence of ever faster blink sequences. When the NORMAL state is reached the green LED is permanently on. For more details see Getting Started: First Startup.

Yellow Led

This paragraph is only relevant for v1.x boards, such as the v1.3x boards.

The yellow LED is directly connected with the HC06 Bluetooth module. Hence, it doesn't tell anything about the working of the STorM32 controller; its meaning has to be read off from the documentation for the HC06 module (see here).

A permanent blinking of this LED may be annoying, and one might wish to deactivate it. On the v1.3x boards it is possible to scratch through the solder jumper on the bottom, on v1.1 and v1.2 boards one can desolder the respective resistor.

Stom32-bgc-v130-leds-01.jpg