440
A. Selwin Mich Priyadharson and S. Vinson Joshua
Fig. 5 Lab VIEW back panel representing “Time Out”
structure” below. Open and close data files are presented within the “case structure”
event to open and close.
3 Outcome Assessment
The brake pedal action by means of PID action using servo motor is simulated and
it is represented in Fig. 6.
The speed of the vehicle is simulated as getting down from 100 to 40 km/hr within
5 s because of braking effect by PID is utilized to test that particular vacuum booster.
The performance is shown in Fig. 7 in the Lab VIEW window. To receive the plot
input versus output, graph method is used.
A minimum and maximum sets of limits will be defined in the graph point system.
A peak line is achieved after the run check. The output is justified in accordance with
this line. If the graphically plotted line is in the middle of min (low) and max (high)
values, then the booster is deemed as suitable and recommended to use; otherwise,
it is excluded.
A. Selwin Mich Priyadharson and S. Vinson Joshua
Fig. 5 Lab VIEW back panel representing “Time Out”
structure” below. Open and close data files are presented within the “case structure”
event to open and close.
3 Outcome Assessment
The brake pedal action by means of PID action using servo motor is simulated and
it is represented in Fig. 6.
The speed of the vehicle is simulated as getting down from 100 to 40 km/hr within
5 s because of braking effect by PID is utilized to test that particular vacuum booster.
The performance is shown in Fig. 7 in the Lab VIEW window. To receive the plot
input versus output, graph method is used.
A minimum and maximum sets of limits will be defined in the graph point system.
A peak line is achieved after the run check. The output is justified in accordance with
this line. If the graphically plotted line is in the middle of min (low) and max (high)
values, then the booster is deemed as suitable and recommended to use; otherwise,
it is excluded.