Consider the circuit shown in figure, where VBE=710 mV, B = 100, and VA = ∞0. Calculate the VCE of Q₁. Assume that the emitter current is equal to collector current. Şekildeki devre için VB-710 mV, B = 100 ve V₂ = ∞ olduğunu dikkate alınız. Q₁ için VCE gerilimini hesaplayınız. Emiter akımının kollektör akımına eşit olduğunu kabul ediniz. Circuit parameters / Devre Parametreleri RB = 30 km2, Rc = 400 2, RE = 500 2, Vcc = 3 V RB W Ка a. 1,834 V b. 1,972 V c. 0,849 V d. 1,722 V O e. 1,517 V f. 1,046 V g. 2,084 V h. 1,283 V -W-I Vcc Rc ERE
Consider the circuit shown in figure, where VBE=710 mV, B = 100, and VA = ∞0. Calculate the VCE of Q₁. Assume that the emitter current is equal to collector current. Şekildeki devre için VB-710 mV, B = 100 ve V₂ = ∞ olduğunu dikkate alınız. Q₁ için VCE gerilimini hesaplayınız. Emiter akımının kollektör akımına eşit olduğunu kabul ediniz. Circuit parameters / Devre Parametreleri RB = 30 km2, Rc = 400 2, RE = 500 2, Vcc = 3 V RB W Ка a. 1,834 V b. 1,972 V c. 0,849 V d. 1,722 V O e. 1,517 V f. 1,046 V g. 2,084 V h. 1,283 V -W-I Vcc Rc ERE
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Consider the circuit shown in figure, where VBE=710 mV, B = 100, and VA = ∞0. Calculate the VCE of Q₁. Assume that the
emitter current is equal to collector current.
Şekildeki devre için VB-710 mV, B = 100 ve VA = ∞ olduğunu dikkate alınız. Q₁ için VCE gerilimini hesaplayınız. Emiter
akımının kollektör akımına eşit olduğunu kabul ediniz.
Circuit parameters / Devre Parametreleri
RB = 30 ks2, Rc = 400 2, R = 500 £2, Vcc = 3 V
RB
W
Ка
a. 1,834 V
b. 1,972 V
c. 0,849 V
d. 1,722 V
O e. 1,517 V
f. 1,046 V
g. 2,084 V
h. 1,283 V
Vcc
Rc
ERE
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