Select the type of signal:
Type the signal of interest x(t). For a better visualization, it is recommended to maintain a domain of approx. 100 between the maximum and minimum points.
The signal must be expressed using singularity functions (i.e., u(t) [unit step], rect(t/T) [rectangular function], r(t) [ramp function], delta(t) [dirac delta function]), tri(t) [triangular function] and sgn(t) [signum function] as well as exponential and trigonometric functions:
Type the signal of interest x(t). For a better visualization, it is recommended to maintain a range of approx. 100 between the maximum and minimum points.
The signal must be expressed using singularity functions (i.e., u(t) [unit step], rect(t/T) [rectangular function], r(t) [ramp function], delta(t) [dirac delta function]) and trigonometric functions:
You may chnage any linear axis to logarithmic:
Click on "Plot" button when you are ready. Please note:
- An exponential function should be expressed as e(***). Example, e^-t = e(-t).
Type the signal of interest x[n]. For a better visualization, maintain a range of approx. 20 between the maximum and minimum points.
Singularity functions (u[n], delta[n]):
Click on "Plot" button when you are ready.
Type y(t) as a function of x(t): (Please follow A*x(at+b)+B)
Type the impulse response h(t) of LTI system:
Type y[n] as a function of x[n]: (Please follow A*x[an+b]+B)
Type the impulse response h[n] of LTI system:
y(t) = x(t)*h(t) is shown below:
y[n] = x[n]*h[n] is shown below:
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