A few measurements on the below circuit produces the labeled voltages (indicated in blue colors. Find the value of 8. Assume Vpo=0.7 V. +4.3 Vo instructions: m 27 k +5 V www11 0+30V 750 0 First, determine if the BJT is a PNP or an NPN. You can find it by looking at the direction of the arrow. Label the currents and voltages of the BJT. The current flowing through the 750-ohm resistor is not the same as the collector current. You can write a KCL at the collector node to write ic in terms of ig and the current that flows through the 750 ohm resistor. You can calculate the emitter collector voltage and use it to find the mode of operation of the BJT. 03-50 03-51 08=99 OB-82.3

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A few measurements on the below circuit produces the labeled voltages (indicated in blue colors Find the value of 8. Assume Vpo=0.7 V.
+4.3 VO
Instructions:
m
27 KO
+5 V
www11
-o+3.0V
7500
First, determine if the BJT is a PNP or an NPN. You can find it by looking at the direction of the arrow. Label the currents and voltages of the BJT. The current flowing
through the 750-ohm resistor is not the same as the collector current. You can write a KCL at the collector node to write ic in terms of ig and the current that flows
through the 750 ohm resistor.
You can calculate the emitter collector voltage and use it to find the mode of operation of the BJT.
OB-50
03-51
O B=99
OB-82.3
Transcribed Image Text:A few measurements on the below circuit produces the labeled voltages (indicated in blue colors Find the value of 8. Assume Vpo=0.7 V. +4.3 VO Instructions: m 27 KO +5 V www11 -o+3.0V 7500 First, determine if the BJT is a PNP or an NPN. You can find it by looking at the direction of the arrow. Label the currents and voltages of the BJT. The current flowing through the 750-ohm resistor is not the same as the collector current. You can write a KCL at the collector node to write ic in terms of ig and the current that flows through the 750 ohm resistor. You can calculate the emitter collector voltage and use it to find the mode of operation of the BJT. OB-50 03-51 O B=99 OB-82.3
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