Signal Properties

Gets the signal bandwidth, in hertz. This specifies the range of frequencies over which the majority of signal Power is distributed.

Gets an instance of a signal with zero power, zero frequency, and infinite bandwidth.

Gets the center frequency of the signal, in hertz. This is usually the frequency which has the greatest power density.

Gets the lower bandwidth frequency, in hertz. This specifies the signal's lowest frequency.

Gets the offset from the center Frequency to the lower bandwidth limit, in hertz. (Usually, this value is negative).

Gets the frequency of the lower boundary of the noise bandwidth, in hertz. This specifies the lowest frequency at which there is significant noise.

Gets the offset from the center Frequency to the lower limit of the noise bandwidth, in hertz. (Usually, this value is negative).

Gets the bandwidth of the signal noise, in hertz. This specifies the range of frequencies over which there is significant noise.

Gets the power of the noise, in watts, as computed from the NoiseTemperature based on the NoiseBandwidth.

Gets the equivalent noise temperature, in kelvin. This represents the contribution of thermal noise and other stochastic processes on the signal.

Gets the total signal power, in watts. This specifies the total power spread out over the Bandwidth.

Gets the upper bandwidth frequency, in hertz. This specifies the signal's highest frequency.

Gets the offset from the center Frequency to the upper bandwidth limit, in hertz.

Gets the frequency of the upper boundary of the noise bandwidth, in hertz. This specifies the highest frequency at which there is significant noise.

Gets the offset from the center Frequency to the upper limit of the noise bandwidth, in hertz.