2. a. Design a noninverting amplifier for a gain of 100. What advantage has this design over the inverting configuration? b. If the input voltage is zero, what is the maximum range of output voltage using a 741C operating at a temperature between 0 to 70C7 e: If the input is a 2 kHz square wave of amplitude 100mVp-p, sketch the shape of the output voltage over time. d. If this input in e above has a source resistance of 10kohm, how will the output be affected?

Introductory Circuit Analysis (13th Edition)
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**Operational Amplifiers Handout #2**

1. **Inverting Amplifier Design**
   - a. Design an inverting amplifier to provide a gain of 25 using practical components.
   - b. If this amplifier is connected to a signal generator that produces 20mV pp sine wave at 1 kHz, what is the ideal output voltage?
   - c. Most signal generators have a 50 ohm source resistance. How will this affect the output voltage in your design?
   - d. What is the maximum frequency that your amplifier can faithfully reproduce?
   - e. What is the maximum input voltage that your amplifier can faithfully reproduce without distortion?

2. **Non-Inverting Amplifier Design**
   - a. Design a noninverting amplifier for a gain of 100. What advantages has this design over the inverting configuration?
   - b. If the input voltage is zero, what is the maximum range of output voltage using a 741C op-amp (temperature between 0 to 70°C)?
   - c. If the input is a 2 kHz square wave of amplitude 100mV pp, sketch the shape of the output voltage.
   - d. If the input source has a source resistance of 100kohm, how will the output be affected?

3. **Comparator Design**
   - a. Design an op-amp as a comparator amplifier for a gain of 200.
   - b. If the error in the resistance ratio is 1%, what will the CMRR become?
   - c. Design for a signal generator signal of 60 Hz at 1V peak such that no 60Hz signal will be present at the output.

4. **Amplifier Circuit Analysis**
   - a. Design an op-amp circuit to perform the following equation: Vout = 3V1+2Vb+5Vc.
   - b. Use resistors to have a reference voltage of 1.5V and show how the output changes states if the input is 5±500mV.
   - c. If the above design is wrong, what could cause the output to saturate at 13.5V?

5. **Voltage Sketching**
   - Sketch the output voltage as a function of time in the circuit below.

**Detailed Circuit Diagram Explanation:**
- The provided circuit diagram includes several operational amplifiers with various resistors connected to the inputs and outputs.
Transcribed Image Text:**Operational Amplifiers Handout #2** 1. **Inverting Amplifier Design** - a. Design an inverting amplifier to provide a gain of 25 using practical components. - b. If this amplifier is connected to a signal generator that produces 20mV pp sine wave at 1 kHz, what is the ideal output voltage? - c. Most signal generators have a 50 ohm source resistance. How will this affect the output voltage in your design? - d. What is the maximum frequency that your amplifier can faithfully reproduce? - e. What is the maximum input voltage that your amplifier can faithfully reproduce without distortion? 2. **Non-Inverting Amplifier Design** - a. Design a noninverting amplifier for a gain of 100. What advantages has this design over the inverting configuration? - b. If the input voltage is zero, what is the maximum range of output voltage using a 741C op-amp (temperature between 0 to 70°C)? - c. If the input is a 2 kHz square wave of amplitude 100mV pp, sketch the shape of the output voltage. - d. If the input source has a source resistance of 100kohm, how will the output be affected? 3. **Comparator Design** - a. Design an op-amp as a comparator amplifier for a gain of 200. - b. If the error in the resistance ratio is 1%, what will the CMRR become? - c. Design for a signal generator signal of 60 Hz at 1V peak such that no 60Hz signal will be present at the output. 4. **Amplifier Circuit Analysis** - a. Design an op-amp circuit to perform the following equation: Vout = 3V1+2Vb+5Vc. - b. Use resistors to have a reference voltage of 1.5V and show how the output changes states if the input is 5±500mV. - c. If the above design is wrong, what could cause the output to saturate at 13.5V? 5. **Voltage Sketching** - Sketch the output voltage as a function of time in the circuit below. **Detailed Circuit Diagram Explanation:** - The provided circuit diagram includes several operational amplifiers with various resistors connected to the inputs and outputs.
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