SNRdB = 10.79 +20. log10 Xrms
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- Ques. 1: Determine the power and the rms value for each the given signal:(10 + 2sin3t)cos10t.Find the DC value and RMS value from this image in below. , I want the solution in a detailed picture with a white paper and a clear font. Thank you.10.15 - A three-phase dc/ac converter is used to power a three-phase, Y-connected, resistive load of 50 (per phase). The de voltage is 150 V. Compute the following: a. The frequency of the ac waveform if the time interval is 100 us. b. The current of the dc source. c. The rms current of the load. d. The rms of the line-to-line voltage across the load.
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- I need help creating a graph in Excel for the tables below. It needs to be Vce vs Ic and plots the Ib average for each table. The averages are below. Please show step by step. V1 = 4V V2 (V) Ib (µA) Ic (mA) Ie (mA) Vce (mV) Beta 0 11.5 -0.00794 -0.00356 7.94 -0.000690434783 1 11.1 0.701 -0.712 299 0.0631531532 2 11.1 0.711 -0.722 1290 0.0640540541 Table 1: V1 = 4, V2= 0-2 V V1 = 6V V2 (V) Ib (µA) Ic (mA) Ie (mA) Vce (mV) Beta 0 18.1 -0.0105 -0.00761 10.5 -0.000580110497 1 17.8 0.856 -0.874 144 0.0480898876 2 17.8 1.20 -1.22 797 0.0674157303 3 17.8 1.22 -1.25 1780 0.0685393258 Table 2: V1 = 6, V2= 0-3 V V1 = 8V V2 (V) Ib (µA) Ic (mA) Ie (mA) Vce (mV) Beta 0 24.7 -0.0123 -0.0125 12.3 -0.000497975709 1 24.5 0.878 -0.903 122 0.0358367347 2 24.4 1.71 -1.73 291 0.0700819672 4 24.4…Calculate the rms values of load voltage and current for the circuit shown below. Please show workSolve only first two
- A 2 kHz sinewave is mixed with a 1.5 MHz carrier sinewave through a nonlinear device. Which frequency is not present in the output signal? a. 3 MHz b. 3.004 MHz c. 1.498 MHz d. 1.502 MHzi need the answer quicklyIn the circuit shown in Figure 10.22, find the Norton equivalent current In and the Norton equivalent impedance Zn between terminals a and b. R₁ 992 8120⁰ V Zc -j1292 R₂ 602 Figure 10.22 O a. In = 2.95-j1.49 A, Zn = 7.76 - j4.32 0 O b. In = 5.95-j1.49 A, Zn = 13.76-j4.32 02 O c. In = 3.95-j1.49 A, Zn = 9.76-j4.32 0 O d. In = 4.95-j1.49 A, Zn = 11.76 - j4.32 02 a b