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In the Cross-Coupled Oscillator Circuit Shown in Fig RpR_{p} Represents the Loss of Each Inductor

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In the cross-coupled oscillator circuit shown in Fig. 15.1.1, RpR_{p} represents the loss of each inductor. Each transistor is operating at a transconductance gmg_{m} and has an output resistance ror_{o} . Find the oscillation frequency ω0\omega_{0} and explain why the circuit oscillates at this frequency. Also, derive an expression for the minimum value of gmg_{m} needed to obtain sustained oscillations.
 In the cross-coupled oscillator circuit shown in Fig. 15.1.1,  R_{p}  represents the loss of each inductor. Each transistor is operating at a transconductance  g_{m}  and has an output resistance  r_{o} . Find the oscillation frequency  \omega_{0}  and explain why the circuit oscillates at this frequency. Also, derive an expression for the minimum value of  g_{m}  needed to obtain sustained oscillations.      Figure 15.1.1

Figure 15.1.1

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