Draw the voltage transfer characteristic for the circuit shown in Figure Q4. Assume that V₂ = 0.7V and ry = 0 for both diodes. Let V₁ = 3.3V, V₂ = 1.1 V, R₁ = Rs, and R₂ = 0.5Rs. *** You need to show all the important information on your drawings: Figure Q4 1. Indicating the breakpoint voltages and 2. Demonstrating the line slopes. Hint: You need first to determine the range of the input voltage. Vo 243 v=6 sin cor Rs = 10kn H 4 D1017 3,3

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Draw the
voltage
characteristic for the circuit shown in
transfer
Figure Q4.
Assume that Vy = 0.7V and ry = 0 for
both diodes.
Let V₁ = 3.3V, V₂ = 1.1 V,
R₁ = Rs, and R₂ = 0.5Rs.
*** You need to show all the
important information on your
drawings:
Figure Q4
1. Indicating the breakpoint
voltages and
2. Demonstrating the line slopes.
Hint: You need first to determine the range of the input voltage.
Vo
37
Break
Vin
V
Points
4+1/3
1
48,3
2 -2,7 X 217.
mion
R₁
R++ Rz
R₂)
m₂ = R₂
out
= yok = 1
20 k
R₁4 P₁
v₁ = 6 sin co
Rs = 10kn
ww
(R₁ on
4R₁2 R₂ 0,5
D1017 ₂
V₁313
21,7
Vin
off
zer
1) - vo - Imok + 6 = 0
Uo=6
-Vo +1R₁ +0,7 +313
- Vo+ 1*/0³ +0,7 +3,3 =
+
- 6+21 410² +0,7 +3,3--0
+2=2146²
I = \MA
VO
Transcribed Image Text:Draw the voltage characteristic for the circuit shown in transfer Figure Q4. Assume that Vy = 0.7V and ry = 0 for both diodes. Let V₁ = 3.3V, V₂ = 1.1 V, R₁ = Rs, and R₂ = 0.5Rs. *** You need to show all the important information on your drawings: Figure Q4 1. Indicating the breakpoint voltages and 2. Demonstrating the line slopes. Hint: You need first to determine the range of the input voltage. Vo 37 Break Vin V Points 4+1/3 1 48,3 2 -2,7 X 217. mion R₁ R++ Rz R₂) m₂ = R₂ out = yok = 1 20 k R₁4 P₁ v₁ = 6 sin co Rs = 10kn ww (R₁ on 4R₁2 R₂ 0,5 D1017 ₂ V₁313 21,7 Vin off zer 1) - vo - Imok + 6 = 0 Uo=6 -Vo +1R₁ +0,7 +313 - Vo+ 1*/0³ +0,7 +3,3 = + - 6+21 410² +0,7 +3,3--0 +2=2146² I = \MA VO
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