Assume Vin is a 1 kHz 'sine wave'. Assume the threshold voltage of the diode is 1 V. The L78L33 is a 3.3 V Voltage regulator and requires at least 5 V on its input to be able to have a steady 3.3 Vout. D1 L78L33 2 Vin R1 Vout Given Variables Name Value Units Vin 8.5 Vrms C1 11 uF What is the smallest value resistor R1 that can be used as a load before Vout is no longer regulated at 3.3 V?
Assume Vin is a 1 kHz 'sine wave'. Assume the threshold voltage of the diode is 1 V. The L78L33 is a 3.3 V Voltage regulator and requires at least 5 V on its input to be able to have a steady 3.3 Vout. D1 L78L33 2 Vin R1 Vout Given Variables Name Value Units Vin 8.5 Vrms C1 11 uF What is the smallest value resistor R1 that can be used as a load before Vout is no longer regulated at 3.3 V?
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![Problem 5: Voltage Regulator
Assume Vin is a 1 kHz 'sine wave'. Assume the threshold voltage of
the diode is 1 V. The L78L33 is a 3.3 V Voltage regulator and requires
at least 5 V on its input to be able to have a steady 3.3 Vout.
D1
3
L78L33
Vin
C1
R1
Vout
Given Variables
Name
Value
Units
Vin
8.5
Vrms
C1
11
uF
What is the smallest value resistor R1 that can be used as a load
before Vout is no longer regulated at 3.3 V?
H](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F974d5c6e-4c74-4d60-a4d3-33b26802d021%2F244d9736-2865-4853-9039-1bac0d2a398e%2F9cjtv6i_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 5: Voltage Regulator
Assume Vin is a 1 kHz 'sine wave'. Assume the threshold voltage of
the diode is 1 V. The L78L33 is a 3.3 V Voltage regulator and requires
at least 5 V on its input to be able to have a steady 3.3 Vout.
D1
3
L78L33
Vin
C1
R1
Vout
Given Variables
Name
Value
Units
Vin
8.5
Vrms
C1
11
uF
What is the smallest value resistor R1 that can be used as a load
before Vout is no longer regulated at 3.3 V?
H
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