The 8 LEDs on the Explorer 16 development board to generate a Knight Rider Pattern on those LEDs. Calculations (Current/voltage/resistance/Time/Frequency/ etc.,):

Question

Voltage: +3.3V
Resistance: 10k
current: 0.00033A

In the program, the timer I used the was: Count = 200
What is the Configuration?

Answer 1

Based on the given information, the configuration for generating a Knight Rider Pattern on the 8 LEDs on the Explorer 16 development board can be determined as follows:

1. Voltage: The power supply voltage is +3.3V.

2. Resistance: A 10k resistor is used in the circuit to limit the current flow through the LEDs. However, it should be noted that the resistance value of 10k is not directly related to generating the Knight Rider Pattern but rather for current limiting purposes.

3. Current: The current flowing through the LEDs is given as 0.00033A (330 microamps). This current value is important for determining the LED's forward voltage drop and ensuring it is not exceeded to prevent possible damage.

4. Timer: The program uses a timer with a count value of 200. However, without further context, it is difficult to determine the specific relationship between the timer count and the pattern generation.

Overall, the given information provides the basic electrical parameters (voltage, current, resistance) and the timer count used in the program. However, additional details would be required to fully comprehend the specific configuration and how it generates the Knight Rider Pattern on the 8 LEDs.