Draw the precise I/O characteristic and the input/output waveforms of the following circuit: 8R Please consider: - RON D1 = 0.1N 8R MmN D1 ROFF D1 = 100KN RON DZ1 = 0.12 DZ1 ROFF DZ1 = 400OkN - R= 100KN Vi Vo Vzı=20V T= 25°C VSUPPLY =+15V Vi(t) = 2*sin(6280t)

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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1. Draw the precise I/O characteristic and the input/output waveforms of the following circuit:
8R
Please consider:
RON D1 = 0.12
ROFF D1 = 100k2
RON DZ1 = 0.12
ROFF DZ1 = 400kQ
R = 100k2
Vzı=20V
DZ1
Vi
Vo
T= 25°C
VSUPPLY =±15V
Vi(t) = 2*sin(6280t)
2. Design a circuit able to:
a. measure the temperature in a room between 0 and 50 Celsius degrees using a NTC resistive sensor
b. acquire the temperature with a precision of at least 0.1 Celsius degrees
c. trigger an alarm (switch ON/OFF a lamp) when the temperature is above 25 degrees.
Precisely define the characteristic and the specifications of the NTC sensor.
Transcribed Image Text:1. Draw the precise I/O characteristic and the input/output waveforms of the following circuit: 8R Please consider: RON D1 = 0.12 ROFF D1 = 100k2 RON DZ1 = 0.12 ROFF DZ1 = 400kQ R = 100k2 Vzı=20V DZ1 Vi Vo T= 25°C VSUPPLY =±15V Vi(t) = 2*sin(6280t) 2. Design a circuit able to: a. measure the temperature in a room between 0 and 50 Celsius degrees using a NTC resistive sensor b. acquire the temperature with a precision of at least 0.1 Celsius degrees c. trigger an alarm (switch ON/OFF a lamp) when the temperature is above 25 degrees. Precisely define the characteristic and the specifications of the NTC sensor.
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