Enter a square clock of 12.5Khz, and change its duty cycle by pressing increase or decrease bottom. The change will be in steps of 10%. The increase and decrease inputs have an internal debouncer that could be disabled with the input disable_debouncer = 1.
Connect a signal clock (io_in[0]), reset active high signal (io_in[1]), a button to control the incremental input (io_in[2]) and another button to control the decremental input(io_in[3]), and finally forced to 0 the disable_debouncer input (io_in[4]). The output signal will be in the pwm (io_out[0]) port and the negate output in pwm_neg (io_out[1]). The signal output will have a frecuency of clk/10 = 1.2Khz. When you press the incremental input bottom then the signal will increment by 10% Its duty cycle and when you press the decremental input bottom you will see that the output signal decrement by 10%.
A 12.5Khz clock signal generator and 2 bottoms for incremental and decremental inputs. An oscilloscope to see the output PWM 1.2KHZ signal.
| # | Input | Output |
|---|---|---|
| 0 | clock | pwm |
| 1 | reset | pwm_neg |
| 2 | increase | increase |
| 3 | decrease | decrease |
| 4 | disable_debouncer | |
| 5 | ||
| 6 | ||
| 7 |