5) Calculate values of R1, R2 and C to produce a frequency of oscillation of 1 kHz in the typical Wien Bridge oscillator circuit shown below, assuming R = 20 kN. Loop GAIN = 1 Rz GAin= It R2 R1 27T RC V. =3 R 20 k2 C Rz C R 20 k2

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UNIVERSITY OF ULSTER Adobe Acrobat Reader DC (32-bit)
File
Edit
View
Sign
Window Help
Home
Tools
Some practice ques...
UNIVERSITY OF UL.. X
2 /3
Sign In
180%
Search 'Crop Page'
5)
Calculate values of R1, R2 and C to produce a frequency of oscillation of 1 kHz in the
Export PDF
E Edit PDF
typical Wien Bridge oscillator circuit shown below, assuming R = 20 k2.
A Create PDF
E Comment
Loop GAIN = 1
Rz
GAIN= I+
RI
-3
1 Combine Files
R2
El Organize Pages
R1
Delete, insert, extract and
rotate pages.
Try now
27TRC
Vo
C
A Compress PDF
20 kQ
Redact
Protect
Adobe Sign
Rz _2
Fill & Sign
R
20 kQ
a Send for Comments
A More Tools
LET Ri=10kKe
20:31
15/03/2022
DELL
11
远
Transcribed Image Text:UNIVERSITY OF ULSTER Adobe Acrobat Reader DC (32-bit) File Edit View Sign Window Help Home Tools Some practice ques... UNIVERSITY OF UL.. X 2 /3 Sign In 180% Search 'Crop Page' 5) Calculate values of R1, R2 and C to produce a frequency of oscillation of 1 kHz in the Export PDF E Edit PDF typical Wien Bridge oscillator circuit shown below, assuming R = 20 k2. A Create PDF E Comment Loop GAIN = 1 Rz GAIN= I+ RI -3 1 Combine Files R2 El Organize Pages R1 Delete, insert, extract and rotate pages. Try now 27TRC Vo C A Compress PDF 20 kQ Redact Protect Adobe Sign Rz _2 Fill & Sign R 20 kQ a Send for Comments A More Tools LET Ri=10kKe 20:31 15/03/2022 DELL 11 远
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