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Q 4. Design a crystal oscillator as shown in Figure 4 so that fo = 14M Hz The crystal D parameters are fo = 10MH2Q = 150 x 10°,C, = 0.0145PF, C, = 4.35PF, and L = 12mH.Assume a transconductance gain of (gm| = 1mA/V for the amplifier. R1 Rp A RL C2 Node Node A в + V V. Figure 4 B.

Q 4. Design a crystal oscillator as shown in Figure 4 so that fo = 14M Hz The crystal D parameters are fo = 10MH2Q = 150 x 10°,C, = 0.0145PF, C, = 4.35PF, and L = 12mH.Assume a transconductance gain of (gm| = 1mA/V for the amplifier. R1 Rp A RL C2 Node Node A в + V V. Figure 4 B.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Q4. Design a crystal oscillator as shown in Figure 4 so that fo = 14M Hz The crystal D parameters are fo = 10MH2Q = 150 x 10°,C, = 0.0145pF, C, = 4.35PF, and L = 12mH.Assume a transconductance gain of [gm| = 1mA/V for the amplifier. %3D R1 Rp A RL C2 Node Node A + V V. + Figure 4 B.
Transcribed Image Text:Q4. Design a crystal oscillator as shown in Figure 4 so that fo = 14M Hz The crystal D parameters are fo = 10MH2Q = 150 x 10°,C, = 0.0145pF, C, = 4.35PF, and L = 12mH.Assume a transconductance gain of [gm| = 1mA/V for the amplifier. %3D R1 Rp A RL C2 Node Node A + V V. + Figure 4 B.
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