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HW: Design an astable multibrator with BJT with f=10kHz, PW=60μsec and t=20μsec. Sketch the clock pulse waveform, indicating all voltages and times. VCE(Sat) = 0.1 V, VBE(Sat) = 0.7 V, B= 20, C₁=C₂= 10nF 2 Vcc=6V -8702 VB=4V Rci RB2 3561-2B₁ =57702 VOI Q₁ C₂ HE B1 RBI C₁ 카 B₂ Rc2 - Voz Q₂

HW: Design an astable multibrator with BJT with f=10kHz, PW=60μsec and t=20μsec. Sketch the clock pulse waveform, indicating all voltages and times. VCE(Sat) = 0.1 V, VBE(Sat) = 0.7 V, B= 20, C₁=C₂= 10nF 2 Vcc=6V -8702 VB=4V Rci RB2 3561-2B₁ =57702 VOI Q₁ C₂ HE B1 RBI C₁ 카 B₂ Rc2 - Voz Q₂

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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T₂=C₂R₂ In 2 => RB2 40 μsec 10nFx In 2 C₂RB2 339 bunaden direccleri +₁=2₁34₂2²₁ tR₂-213 CIRC₂ T₁= €₁²B₁ 112 T2 = C₂ RB₂ 102 HW: Design an astable multibrator with BJT with f=10kHz, PW=60μsec and t=20μsec. Sketch the clock pulse waveform, indicating all voltages and times. VCE(sat) = 0.1 V, VBE(Sat) = 0.7 V, B= 20, C₁=C₂= 10nF cc = 6V =8700 RB2 RC1 365612-2B₁ 3₁=577622 VOI Q₁ = 5770Ω www B₁ VB=4V HI -4.3 RB1 B₂ www Rc2 V02 Q₂ t (usec)
Transcribed Image Text:T₂=C₂R₂ In 2 => RB2 40 μsec 10nFx In 2 C₂RB2 339 bunaden direccleri +₁=2₁34₂2²₁ tR₂-213 CIRC₂ T₁= €₁²B₁ 112 T2 = C₂ RB₂ 102 HW: Design an astable multibrator with BJT with f=10kHz, PW=60μsec and t=20μsec. Sketch the clock pulse waveform, indicating all voltages and times. VCE(sat) = 0.1 V, VBE(Sat) = 0.7 V, B= 20, C₁=C₂= 10nF cc = 6V =8700 RB2 RC1 365612-2B₁ 3₁=577622 VOI Q₁ = 5770Ω www B₁ VB=4V HI -4.3 RB1 B₂ www Rc2 V02 Q₂ t (usec)
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