Voltage Limiting For the circuit in Figure 18, sketch Vout. Given: R₁=1kQ, Vin=6.0Vpp (3V peak) sine-wave (sketch 2 cycles or periods). Assume VD=0.7V. R₁ D₁ ☑D; Voul GND Figure 18: Hard Limiter Circuit For the circuit in Figure 19, sketch Vout. Given: R₁=1k, Vin=10.0Vpp (5V peak) sine-wave (sketch 2 cycles or periods). Assume Vz=3.3V (breakdown), and VD=0.7V (when forward biased). R₁ Z GND Z₂ Figure 19: Zener Diode Voltage Limiter Circuit Now

Introductory Circuit Analysis (13th Edition)
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Voltage Limiting
For the circuit in Figure 18, sketch Vout. Given: R₁=1kQ, Vin=6.0Vpp (3V peak) sine-wave (sketch 2 cycles or
periods). Assume VD=0.7V.
R₁
D₁ ☑D; Voul
GND
Figure 18: Hard Limiter Circuit
For the circuit in Figure 19, sketch Vout. Given: R₁=1k, Vin=10.0Vpp (5V peak) sine-wave (sketch 2 cycles or
periods). Assume Vz=3.3V (breakdown), and VD=0.7V (when forward biased).
R₁
Z
GND
Z₂
Figure 19: Zener Diode Voltage Limiter Circuit
Now
Transcribed Image Text:Voltage Limiting For the circuit in Figure 18, sketch Vout. Given: R₁=1kQ, Vin=6.0Vpp (3V peak) sine-wave (sketch 2 cycles or periods). Assume VD=0.7V. R₁ D₁ ☑D; Voul GND Figure 18: Hard Limiter Circuit For the circuit in Figure 19, sketch Vout. Given: R₁=1k, Vin=10.0Vpp (5V peak) sine-wave (sketch 2 cycles or periods). Assume Vz=3.3V (breakdown), and VD=0.7V (when forward biased). R₁ Z GND Z₂ Figure 19: Zener Diode Voltage Limiter Circuit Now
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