Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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![### Transcription:
**Problem Statement:**
If \( N_P = 600 \), \( N_S = 1200 \), \( V_g = 120V \), and \( Z_L = 10\Omega + j10\Omega \).
**Diagram Explanation:**
The diagram is illustrating an iron-core transformer circuit. It consists of the following components:
- **Vs Source:** An alternating voltage source labeled \( V_s \).
- **Primary Coil (Np):** Labeled \( N_p \), showing the number of turns as 600, with the current \( I_p \) flowing through it.
- **Secondary Coil (Ns):** Labeled \( N_s \), showing the number of turns as 1200, with the current \( I_L \) flowing through it.
- **Load Impedance (ZL):** Labeled \( Z_L = 10\Omega + j10\Omega \).
- **Voltage Across Load (VL):** Labeled \( V_L \).
**Tasks:**
1. Find the magnitude of \( I_p \) for the iron-core transformer in the image above.
- \( I_p = \) [_____ units]
2. Find the magnitude of the voltage \( V_L \) and the current \( I_L \).
- \( V_L = \) [_____ units]
- \( I_L = \) [_____ units]](https://content.bartleby.com/qna-images/question/946d2131-1df4-4d93-acc7-a27f80ccabfd/df17234b-5591-4669-a3a1-b3e2450e690e/f41zzol_processed.png)
Transcribed Image Text:### Transcription:
**Problem Statement:**
If \( N_P = 600 \), \( N_S = 1200 \), \( V_g = 120V \), and \( Z_L = 10\Omega + j10\Omega \).
**Diagram Explanation:**
The diagram is illustrating an iron-core transformer circuit. It consists of the following components:
- **Vs Source:** An alternating voltage source labeled \( V_s \).
- **Primary Coil (Np):** Labeled \( N_p \), showing the number of turns as 600, with the current \( I_p \) flowing through it.
- **Secondary Coil (Ns):** Labeled \( N_s \), showing the number of turns as 1200, with the current \( I_L \) flowing through it.
- **Load Impedance (ZL):** Labeled \( Z_L = 10\Omega + j10\Omega \).
- **Voltage Across Load (VL):** Labeled \( V_L \).
**Tasks:**
1. Find the magnitude of \( I_p \) for the iron-core transformer in the image above.
- \( I_p = \) [_____ units]
2. Find the magnitude of the voltage \( V_L \) and the current \( I_L \).
- \( V_L = \) [_____ units]
- \( I_L = \) [_____ units]
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We need to find out primary and secondary current and secondary voltage for the given transformer.
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