Pls answer 7-10 Given the transistor circuit with beta as 100.4. Emitter Voltage7. VCE=?Answer the following items below.8VO 16V10V8.6V270 k Ohm-16 V8V7.9VO 7.9VО 10V2.7 k Ohm5. Base Voltage8. Collector Current at saturation8.6VO 29uA1. Base CurrentO 16V3mA10uAO 10V5.87mA29uAO 8V3mAO 2.9mA5mA6. Collector Voltage9. VCE at cut-off2. Collector Current10VO 10V30uA16V16V6mA8V2.89mAO 8VO 15V1mAO 15V10. Q-pt=?3. Emitter Current(16V, 3mA)O 2.9mAO 5.89mA(8V, 2.9mA)1.1mA(10V, 29uA)6mAO (15V, 3mA)

In this question, We need to choose the correct options What are voltage VCE , saturation…

Answered: 7. VCE=? 8V 8.6V 7.9V 10V 8. Collector…

7. VCE=? 8V 8.6V 7.9V 10V 8. Collector Current at saturation 29uA 3mA 5.87mA 2.9mA 9. VCE at cut-off 10V 16V 8V 15V 10. Q-pt=? O (16V, 3mA) (8V, 2.9mA) (10V, 29UA) O (15V, 3mA)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Concept explainers

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).

Question

Pls answer 7-10

Given the transistor circuit with beta as 100.
4. Emitter Voltage
7. VCE=?
Answer the following items below.
8V
O 16V
10V
8.6V
270 k Ohm
-16 V
8V
7.9V
O 7.9V
О 10V
2.7 k Ohm
5. Base Voltage
8. Collector Current at saturation
8.6V
O 29uA
1. Base Current
O 16V
3mA
10uA
O 10V
5.87mA
29uA
O 8V
3mA
O 2.9mA
5mA
6. Collector Voltage
9. VCE at cut-off
2. Collector Current
10V
O 10V
30uA
16V
16V
6mA
8V
2.89mA
O 8V
O 15V
1mA
O 15V
10. Q-pt=?
3. Emitter Current
(16V, 3mA)
O 2.9mA
O 5.89mA
(8V, 2.9mA)
1.1mA
(10V, 29uA)
6mA
O (15V, 3mA)

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