If a voltage source has an unloaded output voltage of 2 Vpp (with an output impedance of 5000) is connected to a voltage amplifier, with an input impedance of 1000N and a voltage gain of 5, what will the unloaded output voltage of the amplifier be? Give your answer in Vpp to 2 decimal places.
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- In an R-L parallel circuit, ET=48 volts, IT=0.25 amps, R=320. Find XL.If a voltage source has an unloaded output voltage of 1 Vpp (with an output impedanceof 500Ω) and is connected to a voltage amplifier, with an input impedance of 1000Ω anda voltage gain of 5. What will the unloaded output voltage of the amplifier be? (Giveyour answer in Vpp to two decimal places.)If a voltage source has an unloaded output voltage of 1 Vpp (with an output impedanceof 500Ω) is connected to a voltage amplifier, with an input impedance of 1000Ω anda voltage gain of 5, what will the unloaded output voltage of the amplifier be? Give your answer in Vpp to 2 decimal places.
- Hi!! I need answer, ASAP. Thank you! Calculate the output impedance of an inverting op-amp using the 741 op-amp (ro =100 Ohms, AOL =200,000) if Ri = 33 kilo Ohms and Rf = 77 kilo Ohms.Derive the appropriate equation for the electronic system with the operational amplifier as shown in the drawing and give the resistance values in the range 1-10 kOhm so that the system can follow the equation: U2 = - 1.5U11 + 2.5U12. Draw your equation using the Math tool, with superscript and subscript and then enter the values of resistance R1 and R2 according to the formula: {equation}; R1 = 1 kOhm; R2 = 1 kOhmCalculate the voltage of an inverting op-amp summing amplifier for the following sets of resistors. Use Rf = 1 MΩ in all casesa) V1 = 1V, V2 = 2V, V3 = 3V, R1 = 500 kΩ, R2 = 1MΩ, R3 = 1 MΩb) V1 = -2V, V2 = 3V, V3 = 1V, R1 = 200 kΩ, R2 = 500 kΩ, R3 = 1 MΩ
- Find the following: a. Voltage at Node 1 b. Voltage at Node 2 c. Output Voltage of OpAmp D. Effective Gain of the OpAmp Circuit E. Power(mW) delivered to 20k ohm Load.Calculate the output voltage of an op-amp summing amplifier for the given values of voltages and resistors. Use Rf = 1 MΩ. V1 = 5.84V V2 = 8.47V V3 = 8.25V R1 = 482kΩ R2 = 0.58MΩ R3 = 1.31MΩ QUICKLYa.Based on your understanding on the principle of amplification, discuss class B power amplifier and highlight how it differs from class A power amplifier. Support your answer with applicable diagram and waveforms.b.Determine the gain value of the amplifier circuit given in figure 1.
- Let R = 2kOhm, given ideal resistors and op-amp calculate Vo(t) as a function of Va(t) and Vb(t).Figure Q. 3(b) shows an op amp circuit for linear amplifier application. (i) Determine the value of current I3.(ii) Find the value of R if the output current, Io is given as 2 mA.(iii) Explain what will happen to output voltages, V01 and V02 if the supplyvoltages, +VCC and -VCC are connected to +10V and -10V.R = 10 kohms the two op-amps are ideal along with working in the linear operation range. Find the output voltage vO