Determine the minimum and maximum value of V+ input Va for linear operation + Vout Ra Rd Vcc/-Vcc Ra V- 2.4k 6.8k +14VI-14V Va Rd What is the input resistance of the amplifier (the resistance loading down signal Va).

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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**Problem B1**

Determine the minimum and maximum value of input \( V_a \) for linear operation.

| \( R_a \) | \( R_d \) | \( V_{cc}/-V_{cc} \) |
|-----------|-----------|----------------|
| 2.4k      | 6.8k      | +14V/-14V      |

What is the input resistance of the amplifier (the resistance loading down signal \( V_a \))?

**Diagram Explanation**

The diagram shows a non-inverting operational amplifier (op-amp) circuit. 

- The op-amp is powered by a dual supply with positive voltage \( V_{cc} = +14V \) and negative voltage \(-V_{cc} = -14V\).
- The input signal \( V_a \) is connected through a resistor \( R_a = 2.4k\Omega \).
- The feedback loop is established with a resistor \( R_d = 6.8k\Omega \) connected between the output (\( V_{out} \)) and the inverting input.

The objective is to find the input resistance affecting the input signal \( V_a \) and to determine its operational range for linear performance of the amplifier.
Transcribed Image Text:**Problem B1** Determine the minimum and maximum value of input \( V_a \) for linear operation. | \( R_a \) | \( R_d \) | \( V_{cc}/-V_{cc} \) | |-----------|-----------|----------------| | 2.4k | 6.8k | +14V/-14V | What is the input resistance of the amplifier (the resistance loading down signal \( V_a \))? **Diagram Explanation** The diagram shows a non-inverting operational amplifier (op-amp) circuit. - The op-amp is powered by a dual supply with positive voltage \( V_{cc} = +14V \) and negative voltage \(-V_{cc} = -14V\). - The input signal \( V_a \) is connected through a resistor \( R_a = 2.4k\Omega \). - The feedback loop is established with a resistor \( R_d = 6.8k\Omega \) connected between the output (\( V_{out} \)) and the inverting input. The objective is to find the input resistance affecting the input signal \( V_a \) and to determine its operational range for linear performance of the amplifier.
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