EXAMPLE 8.14 For the astable multivibrator using the op-amp shown in Fig. 8.67, R = 10 k2, C = 0.01 µF and R₁ = 5 kQ2. It is desired to make the frequency of the output square wave adjustable from 10 kH hrough 100 kHz by making R₂ adjustable. Through what range of values should R₂ be mad adjustable to obtain the required frequency range?

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EXAMPLE 8.14 For the astable multivibrator using the op-amp shown in Fig. 8.67,
R = 10 k2, C = 0.01 µF and R₁ = 5 k2.
It is desired to make the frequency of the output square wave adjustable from 10 kHz
through 100 kHz by making R₂ adjustable. Through what range of values should R₂ be made
adjustable to obtain the required frequency range?
C lution
Transcribed Image Text:EXAMPLE 8.14 For the astable multivibrator using the op-amp shown in Fig. 8.67, R = 10 k2, C = 0.01 µF and R₁ = 5 k2. It is desired to make the frequency of the output square wave adjustable from 10 kHz through 100 kHz by making R₂ adjustable. Through what range of values should R₂ be made adjustable to obtain the required frequency range? C lution
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Transcribed Image Text:FC to slay V₂ Vin www R + Vo G sis R₂ 06 R₁ +V max ogal -Vmax Vo^ H (a) ng Fig. 8.67 Astable multivibrator using op-amp. T-br (b) ban orgols as
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