A sensor produces a 10mVpk 50kHz sinusoidal voltage. The sensor has no internal resistance and can...

Transcribed Image Text:

A sensor produces a 10mVpk 50kHz sinusoidal voltage. The sensor has no internal resistance and can be considered as an ideal voltage source. You are required to amplify this signal so that it has a 2Vpk amplitude across a 1022 load resistor. To build your circuit you may use any combination and any number of the following components: • LT1637 op-amp 2n3904 NPN transistor 2n3906 PNP transistor 1n4148 diode Standard value resistors Standard value capacitors The circuit is to be supplied from a ±15V power supply. It is expected that the output voltage waveform will be sinusoidal with amplitude 2Vpk (+1% accuracy) with no DC offset (<20 mV) and no visible distortion. . ● ● As part of the design process you should simulate your circuit and confirm its operation in LTspice. A sensor produces a 10mVpk 50kHz sinusoidal voltage. The sensor has no internal resistance and can be considered as an ideal voltage source. You are required to amplify this signal so that it has a 2Vpk amplitude across a 1022 load resistor. To build your circuit you may use any combination and any number of the following components: • LT1637 op-amp 2n3904 NPN transistor 2n3906 PNP transistor 1n4148 diode Standard value resistors Standard value capacitors The circuit is to be supplied from a ±15V power supply. It is expected that the output voltage waveform will be sinusoidal with amplitude 2Vpk (+1% accuracy) with no DC offset (<20 mV) and no visible distortion. . ● ● As part of the design process you should simulate your circuit and confirm its operation in LTspice.

Answer rating: 100% (QA)

Step 1 of 3 Answer Creating a complete design here is quite a task but I can certainly provide a stepbystep design process for the amplifier based on the components youve provided Once you have a desi... View the full answer