Problem #1: Build the circuit like in the figure below. The input signal
V_(5)=

20Vppf=1Hz,V_(6)=5V,R_(1)=270\Omega
. Assume that,
V_(GREEN )=2.2V
,
V_(AMBER)=2.4V,V_(RED)=1.7V
for forward biased LED, and
V_(ZENER )=4V
for reverse biased Zener diode. Calculations: Sketch the expected voltage output ( 0.25 pt ), determine numerically expected cutoff voltages ( 0.75 pts ) on the graph.

Question

Problem #1: Build the circuit like in the figure below. The input signal

V_(5)=

20Vppf=1Hz,V_(6)=5V,R_(1)=270\Omega

. Assume that,

V_(GREEN )=2.2V

,

V_(AMBER)=2.4V,V_(RED)=1.7V

for forward biased LED, and

V_(ZENER )=4V

for reverse biased Zener diode. Calculations: Sketch the expected voltage output ( 0.25 pt ), determine numerically expected cutoff voltages ( 0.75 pts ) on the graph.

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Expert Answer to - Problem #1: Build the circuit like in the figure below. The input signal V_(5)= 20Vppf=1Hz,V_(6)=5V,

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Solution for - Problem #1: Build the circuit like in the figure below. The input signal V_(5)= 20Vppf=1Hz,V_(6)=5V,

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This an additional answer to - Problem #1: Build the circuit like in the figure below. The input signal V_(5)= 20Vppf=1Hz,V_(6)=5V,

(Solved): Problem #1: Build the circuit like in the figure below. The input signal V_(5)= 20Vppf=1Hz,V_(6)=5V, ...

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