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2
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61549099604
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-
The rms amplitude of any signal y (t) is defined as yrms = σy = y (t) 2.
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The rms amplitude of any signal y (t) is defined as yrms = σy = y (t) 2.
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-
-
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3
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-
61549104436
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The power σx2 of the mixed signal x (t) is composed of the power of the sinusoidal one σ02 = [x0 sin (ω0 t)] 2 = x02 2 and the power of the quasimonochromatic signal σ2 = A (t) 2 sin [ω0 t+ (t)] 2 = 1 2 A (t) 2 and can be expressed as σx2 = σ02 + σ2.
-
The power σx2 of the mixed signal x (t) is composed of the power of the sinusoidal one σ02 = [x0 sin (ω0 t)] 2 = x02 2 and the power of the quasimonochromatic signal σ2 = A (t) 2 sin [ω0 t+(t)] 2 = 1 2 A (t) 2 and can be expressed as σx2 = σ02 + σ2.
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-
-
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6
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61549083701
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The phase coordinate φ is defined in the interval [-π,π).
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The phase coordinate φ is defined in the interval [-π,π).
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-
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7
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61549104089
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The variance of the phase can be calculated by using the probability density of the phase distribution σφ2 = -π π P (φ) φ2 dφ. The standard deviation or the root-mean-square value is σφ.
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The variance of the phase can be calculated by using the probability density of the phase distribution σφ2 = -π π P (φ) φ2 dφ. The standard deviation or the root-mean-square value is σφ.
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9
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61549094333
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Signal Recovery, Model 7280, Dual Phase, Wide Bandwidth, DSP Lock-in Amplifier.
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Signal Recovery, Model 7280, Dual Phase, Wide Bandwidth, DSP Lock-in Amplifier.
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-
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10
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1542344025
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10.1103/PhysRevB.69.045403
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11
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Meyer, E.9
Güntherodt, H.-J.10
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