it can not be both!
The impulse response of an R-L circuit is an exponentially decaying signal. It represents the behavior of the circuit when subjected to a Dirac delta function input or an impulse signal. The response decays over time due to the inductor's energy storage capability.
Instantaneous sampling is one method used for sampling a continuous time signal into discrete time signal. This method is called as ideal or impulse sampling. In this method, we multiply a impulse function with the continuous time signal to be sampled. The output is instantaneously sampled signal.
If the signal is not bounded by a step function, then an exponential signal is neither a power nor an energy signal. So the answer is neither.
The bandwidth of impulse signal is infinity.because upper frequency is infinity.
checking if it is an energy signal E= integration from 0 to infinity of t gives infinity so it is not an energy signal P=limit ( t tending to infinity)*(1/t)*(integration from 0 to t/2 of t) gives us infinity so it is not an energy or a power signal
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The clap switch works with the use of an impulse response of a transfer function. It makes use of a sound analyzer input and interface with a digital signal processor and FFTs.
The clap switch works with the use of an impulse response of a transfer function. It makes use of a sound analyzer input and interface with a digital signal processor and FFTs.
If a neuron is not sending out an impulse or signal, this means the neuron is at rest. Neurons send signals electrochemically.
Nervous impulse is much quicker. Occurring almost instantly. Where as a hormone signal is a little more delayed. (changing of a males voice during puberty as an example)
The clap switch works with the use of an impulse response of a transfer function. It makes use of a sound analyzer input and interface with a digital signal processor and FFTs.