**VCIS for Floating Load – Examples****Example D1:**a. Determine load current (assuming linear operation)b. Determine \(V_{\text{out}}\) for the loads in the tablec. Determine the max load---**Parameters:**- **\(V_{\text{sig}}\):** 3 V- **\(V_{cc}/-V_{cc}\):** 12V / -12V (Ideal rails)---**Circuit Diagram:**- An operational amplifier (op-amp) is connected with \(V_{\text{sig}}\) input.- The output is connected to a load.- A resistor \(R1 = 1k\) is connected to ground, and the current through it is labeled \(I_{\text{LOAD}}\).---**Load Table:**| Load | \(V_{\text{out}}\) (Ideal) | \(V_{\text{out}}\) (Actual) ||-------|-----------------------|------------------------|| 1k | | || 2k | | || 8k | | | ---In this example, you are tasked with calculating the load current, the ideal and actual output voltages for different load resistances, and determining the maximum possible load. The table provides three different load resistances: 1k, 2k, and 8k, and you need to fill in the corresponding \(V_{\text{out}}\) values.

The circuit diagram of a non-inverting amplifier is shown below, Here, Vsig = 3VVcc/-Vcc =…

Example D1: Determine load current (assuming linear operation) b. а. Determine Vout for the loads in the table Vsig o c. Determine the max load Load Vsig Vcc/-Vcc R1 3 V 12V / -12V 1k LOAD Ideal rails Load Vout (Ideal) Vout (Actual) 1k 2k 8k

Example D1: Determine load current (assuming linear operation) b. а. Determine Vout for the loads in the table Vsig o c. Determine the max load Load Vsig Vcc/-Vcc R1 3 V 12V / -12V 1k LOAD Ideal rails Load Vout (Ideal) Vout (Actual) 1k 2k 8k

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.9MCQ

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Question

**VCIS for Floating Load – Examples**

**Example D1:**

a. Determine load current (assuming linear operation)

b. Determine \(V_{\text{out}}\) for the loads in the table

c. Determine the max load

---

**Parameters:**

- **\(V_{\text{sig}}\):** 3 V
- **\(V_{cc}/-V_{cc}\):** 12V / -12V (Ideal rails)

---

**Circuit Diagram:**

- An operational amplifier (op-amp) is connected with \(V_{\text{sig}}\) input.
- The output is connected to a load.
- A resistor \(R1 = 1k\) is connected to ground, and the current through it is labeled \(I_{\text{LOAD}}\).

---

**Load Table:**

| Load | \(V_{\text{out}}\) (Ideal) | \(V_{\text{out}}\) (Actual) |
|-------|-----------------------|------------------------|
| 1k | | |
| 2k | | |
| 8k | | |

---

In this example, you are tasked with calculating the load current, the ideal and actual output voltages for different load resistances, and determining the maximum possible load. The table provides three different load resistances: 1k, 2k, and 8k, and you need to fill in the corresponding \(V_{\text{out}}\) values.

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