Figure 2 shows a circuit with a Bipolar Junction Transistor (BJT). Its current-voltage characteristic is presented in Figure 3. +10V ic (ma) ic iz =100µA 1kO 10 iz = 75µA 100kO + VCE iz = 50HA 5 i, -20μΑ VCE Sat Vz (V) 10 Figure 2 BJT circuit Figure 3 i-v characteristics of the BJT in Figure 2 А. Find the load line from Figure 2 and sketch it on Figure 3 with voltages and currents clearly labled. Suppose that the parameters for the circuit and the transistor are given by vin = 5.7V, ß = 100, and vse = 0.7V. What region is the BJT operating in? Find the collector current and the CE voltage at the Q-point. В. c. Suppose that the parameters for the circuit and the transistor are given by vin = 0V, B = 100, and Vaz = OV. What region is the BJT operating in? Find the collector current and the CE voltage at the Q- point.
Figure 2 shows a circuit with a Bipolar Junction Transistor (BJT). Its current-voltage characteristic is presented in Figure 3. +10V ic (ma) ic iz =100µA 1kO 10 iz = 75µA 100kO + VCE iz = 50HA 5 i, -20μΑ VCE Sat Vz (V) 10 Figure 2 BJT circuit Figure 3 i-v characteristics of the BJT in Figure 2 А. Find the load line from Figure 2 and sketch it on Figure 3 with voltages and currents clearly labled. Suppose that the parameters for the circuit and the transistor are given by vin = 5.7V, ß = 100, and vse = 0.7V. What region is the BJT operating in? Find the collector current and the CE voltage at the Q-point. В. c. Suppose that the parameters for the circuit and the transistor are given by vin = 0V, B = 100, and Vaz = OV. What region is the BJT operating in? Find the collector current and the CE voltage at the Q- point.
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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Related questions
Question
![Figure 2 shows a circuit with a Bipolar Junction Transistor (BJT). Its current-voltage
characteristic is presented in Figure 3.
+10V
ic (ma)
1k2
iz =100µA
10
iz = 75µA
100kO
+
VCE
iz = 50HA
5
iz = 20µA
VCE, Sat
VcE (V)
10
Figure 2 BJT circuit
Figure 3 i-v characteristics of the BJT in Figure 2
А.
Find the load line from Figure 2 and sketch it on Figure 3 with voltages and currents clearly labled.
Suppose that the parameters for the circuit and the transistor are given by vin = 5.7V, ß = 100,
and vsg = 0.7V. What region is the BJT operating in? Find the collector current and the CE voltage at
the Q-point.
В.
c. Suppose that the parameters for the circuit and the transistor are given by vin = 0V, ß = 100, and
vaE = OV. What region is the BJT operating in? Find the collector current and the CE voltage at the Q-
point.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd4f338fc-08f7-4622-9257-6c279ee575e8%2F52142156-76a1-4e22-8646-afff1fad74fa%2Ftjfuxs_processed.png&w=3840&q=75)
Transcribed Image Text:Figure 2 shows a circuit with a Bipolar Junction Transistor (BJT). Its current-voltage
characteristic is presented in Figure 3.
+10V
ic (ma)
1k2
iz =100µA
10
iz = 75µA
100kO
+
VCE
iz = 50HA
5
iz = 20µA
VCE, Sat
VcE (V)
10
Figure 2 BJT circuit
Figure 3 i-v characteristics of the BJT in Figure 2
А.
Find the load line from Figure 2 and sketch it on Figure 3 with voltages and currents clearly labled.
Suppose that the parameters for the circuit and the transistor are given by vin = 5.7V, ß = 100,
and vsg = 0.7V. What region is the BJT operating in? Find the collector current and the CE voltage at
the Q-point.
В.
c. Suppose that the parameters for the circuit and the transistor are given by vin = 0V, ß = 100, and
vaE = OV. What region is the BJT operating in? Find the collector current and the CE voltage at the Q-
point.
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