My function generator is set to a squarewaveform at 1Khz at 5 volts
My intergator RC time is 100us
The voltage will RISE to 5 volts in the time of 100us?
Slope = time/voltage
100us/5volts = slope time of a intergator?
Linear intergation measurements is measuring the rise time and fall time
Exponential intergation measurements look like a shark's fen or it will tilt the "top" of the squarewaveform, the top either leading or lagging slanting
Slope = time/voltage
Symmetry
1.) the rise time and fall time ratio
Duty cycle is ON time / period X 100%
Symmetry formula is Rise time/ rise time + fall time X 100%
example of Symmetry :
1.) function generator set to a squarewaveform
2.) Intergator RC time is 100milliSec.
3.) Output would be a triangle waveform
4.) Symmetry rise time is 20mS and fall time is 80mS = 100mS
I haven't found a intergator circuit that has a variable rise time and fall time symmetry adjustment parameter, but its the RATIO of the rise time and fall time
A intergator that has a seperate rise time value and a seperate fall time value
I think the correct formula is this one , but i'm not to sure
Symmetry formula is Rise time/ rise time + fall time X 100%
Another Main point about intergators is the Charge and Discharge time
Rise time and fall time are "linear"
Charge time and discharge time is Exponential
Exponential is not a slope it more like a curve for the rise and a scoop or skirt for the fall, i guess thats what you call them, do you guys know the names ?
The rise of a charge time looks ilke a sharks Fen and the Discharge time looks like a skirt or scoop
Rise time , fall time = linear slope
Slope = time/voltage
Charge time , discharge time= exponential curve
Curve = time/voltage
My intergator RC time is 100us
The voltage will RISE to 5 volts in the time of 100us?
Slope = time/voltage
100us/5volts = slope time of a intergator?
Linear intergation measurements is measuring the rise time and fall time
Exponential intergation measurements look like a shark's fen or it will tilt the "top" of the squarewaveform, the top either leading or lagging slanting
Slope = time/voltage
Symmetry
1.) the rise time and fall time ratio
Duty cycle is ON time / period X 100%
Symmetry formula is Rise time/ rise time + fall time X 100%
example of Symmetry :
1.) function generator set to a squarewaveform
2.) Intergator RC time is 100milliSec.
3.) Output would be a triangle waveform
4.) Symmetry rise time is 20mS and fall time is 80mS = 100mS
I haven't found a intergator circuit that has a variable rise time and fall time symmetry adjustment parameter, but its the RATIO of the rise time and fall time
A intergator that has a seperate rise time value and a seperate fall time value
I think the correct formula is this one , but i'm not to sure
Symmetry formula is Rise time/ rise time + fall time X 100%
Another Main point about intergators is the Charge and Discharge time
Rise time and fall time are "linear"
Charge time and discharge time is Exponential
Exponential is not a slope it more like a curve for the rise and a scoop or skirt for the fall, i guess thats what you call them, do you guys know the names ?
The rise of a charge time looks ilke a sharks Fen and the Discharge time looks like a skirt or scoop
Rise time , fall time = linear slope
Slope = time/voltage
Charge time , discharge time= exponential curve
Curve = time/voltage