Connect a signal generator to the input and set it for 50 mV Sine wave with a frequency of 10 kHz. Connect the output to a multimeter set to RMS voltage. Record the output voltage and frequency in the following table. Repeat the measurement for all given frequency values in the table. + Output Voltage Frequency 1.56V 2.09V 2.223V 2.261V 2.265V 2.24V 2.216V 2.058V Gain (A) 10 kHz 31.2 25 kHz 50 kHz 41.8 44.46 100 kHz 500 kHz 1 MHz 2 MHz 3 MHz 45.22 45.3 44.8 44.32 41.16 D Design1 - Multisim - [Design1"] File Edit View Place Simulate Transfer Tools Options Window Help KF 品贈皂 2 * In-Use List --- ℗ 2 * MISC Y 非 1 II Interactive XFG1 www C + COM Design1* C1 =3 R1 68kQ R3 10ΚΩ 0.1μF R2 VCC Multimeter-XMM1 × XMM1 9.0V 2.058 V A S2 dB Set... Q1 2N3904 Waveforms Function generator-XFG1 (~)~ Signal options Frequency: 3 MHz Duty cycle: 50 % Amplitude: 10ΚΩ R4 2000 Offset: 50 0 mVp mV C2 0.1uF Set rise/Fall time R5 2.2ΚΩ Common ° 47°F ☐ Q Search myhp EW Clear × Q Q Q q' o Tran: 3.332 ms 10:22 PM 1/18/2025 ×

Listen Regarding a Sine wave of an A.C. voltage (pictured below for reference), changing the Volts per division setting results in which of the following? O a) Changes the actual frequency of the waveform. O b) Changes the actual period of the waveform. O c) Changes the actual voltage level of the waveform. O d) Has no effect on the actual voltage level, period or frequency of the waveform.

Electrical Engineering 1) A sinusoidal signal of 500 mV and 1 kHz from peak to peak is given as the input signal from the function generator. a) Calculate the voltage gain of the circuit in Figure 1. b) What is the phase relationship between input and output signals? (Assume ß = 50 and VBE = 0.4 V) RE 10kO RL 56kO C2 Vout C1 Q1: 10µF 10uF BD139 : Víni RB1: 2.2k0 RB2 : 500 mVpp 1-kHz S0.56kO Figure 1

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4. a. For the waveform shown in figure5, determine (i) Peak value (ii) (iii) (iv) the peak-to-peak voltage the time period the frequency (v) The angular frequency. v (Volts) 6V 0 5 15 25 35 1(ms) -6V

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3. A sinusoidal waveform is displayed on a c.r.o. screen. The peak-to-peak distance is 5 cm and the distance between cycles is 4 cm. The 'time'switch is on 100 µs/cm and the 'volts/cm' switch is on 10 V/cm. Determine (i) angular frequency (ii) peak (iii) rms value of voltages (iv)Time period and (v) form factor.

Write the expressions for the following descriptions.

Suppose you are asked to generate the waveforms as shown in figure 1, continuous over time, using the 555 timer. Assume that period of all the waveforms are 4ms. Draw the clear circuit diagram required for the generation of each of these waveforms and calculate the values of resistors and capacitors to be used.

Consider the characteristics of alternating current (ac). Find the false statement below. A. Alternating Current is any current that periodically changes direction. B. The graph of an ac source shows the relationship between magnitude and time. C. The frequency of an ac signal refers to the noise on the signal. D. The period of an ac signal is the reciprocal of the frequency. O A. O B O D