(1)
The easiest usage of the component is a simple output signal generator. There is not method required in this simple mode. The component initializes the timer, which produces the output signal with 50% duty.

Note: In this case it is recommended to turn off all the methods of the component.

(2)
The component may be at the same time used as a simple periodic event generator - event OnRising or OnFalling may be used. Usually it's recommended to use only one of these events.

 EVENTS.C

int event_cntr = 0;

void TO1_OnFalling()
{
  ++event_cntr; /* increment event counter */
}

(3)
Advanced methods of the component allows to change period of the event in runtime. It is possible to select a period from the predefined list using SetPeriodMode method or to set a value from the interval using SetPeriod and SetFreq methods (please refer to Timing dialog box).
In the following example the output signal period is switched after each 255-th invocation of the event handler. The period mode is changed sequentially from three predefined values.

 EVENTS.C

int rpt_cntr = 255, mode = 0;

void TO1_OnFalling(void)
{

  if( --rpt_cntr==0 ) {  // If the event was generated 255times
    if( ++mode==3 ) mode = 0; // Select next mode of the period
    TO1_SetPeriodMode( mode ); // Set new period mode
    rpt_cntr = 255; // Set repeat counter
  }
}

(4)
Component initial level of the output signal may be changed using methods SetValue and ClrValue. These methods may used only if the component is disabled.

 MAIN.C

void main(void)
{
  /* output signal synchronization */
  TO1_Disable();  /* disable the component */
  TO1_ClrValue(); /* set output level to LOW */
  TO1_Enable();   /* enable the component */
}