26-27 In Fig. 26-34, calculate the output voltage, V and ' out phase angle, e, at the following frequencies: a. 50Hz b. 200Hz c .1kHz d. f e. 10kHz f с 20kHz. g. 100kHz. Figure 26-34 Figure 26-34 V = 50 mV R=2.2 k www for all frequencies C 0.022 uF Output

B5

Upload a time waveform that plots two waves. Both waves will represent one cycle of a tone that is two octaves below 1  6 kHz with a peak amplitude of 1. The two waves should be 180 degrees out-of-phase.

Calculate circuit values below. How does the output voltage change as the frequency increases from 500Hz to 50 KHz

Calculate the phase difference between the Vin (V1) and Vout (Vc) signals in this circuit and express it in degrees and as a time delay. Also indicate whether Vout would be leading or lagging Vin. Vc R1 1.7 ka V1 sine C1 47 nF 929 Hz

Given the circuit below, find the output voltage vout measured across the resistor. You are told that vs = 20 cos (10t + 40°), and you may assume that C = 33 μF and R = 1,202 02. C T R Vout Once you have found the output voltage, enter the magnitude of the output voltage (in volts) below, to 3 significant figures. Vs ww

Kalan süre 0:1 Q4. By using Table, determine VECQ and IEQ. Transistor Si and B-40. Last Vcc VEE Re Rc Digit of VEE (V) (V) (kO) (ko) Student No 50 RB -10 6. 75 6. Rc Vcc O a. VECQ=11.42 V and lEQ=8.79 mA

A load has 50 kw active power with 0.8 power factor to make load power factor with 0.9 power factor. How much reactive power should be supplied by capacitor.