Patent classifications
H03J3/30
Low-Area, Wide Range Clocking Scheme using Inductance/Capacitance Oscillators
An oscillator comprising a first oscillator circuit having a first inductive portion, a plurality of shared switches for selectively connecting a shared oscillator tuning circuit and a second oscillator circuit having a second inductive portion, the plurality of shared switches and the shared oscillator tuning circuit. In some embodiments, when the first oscillator circuit is active, the second oscillator circuit is inactive to allow the sharing of the shared oscillator tuning circuit.
Low-Area, Wide Range Clocking Scheme using Inductance/Capacitance Oscillators
An oscillator comprising a first oscillator circuit having a first inductive portion, a plurality of shared switches for selectively connecting a shared oscillator tuning circuit and a second oscillator circuit having a second inductive portion, the plurality of shared switches and the shared oscillator tuning circuit. In some embodiments, when the first oscillator circuit is active, the second oscillator circuit is inactive to allow the sharing of the shared oscillator tuning circuit.
Low-area, wide range clocking scheme using inductance/capacitance oscillators
An oscillator comprising a first oscillator circuit having a first inductive portion, a plurality of shared switches for selectively connecting a shared oscillator tuning circuit and a second oscillator circuit having a second inductive portion, the plurality of shared switches and the shared oscillator tuning circuit. In some embodiments, when the first oscillator circuit is active, the second oscillator circuit is inactive to allow the sharing of the shared oscillator tuning circuit.
Low-area, wide range clocking scheme using inductance/capacitance oscillators
An oscillator comprising a first oscillator circuit having a first inductive portion, a plurality of shared switches for selectively connecting a shared oscillator tuning circuit and a second oscillator circuit having a second inductive portion, the plurality of shared switches and the shared oscillator tuning circuit. In some embodiments, when the first oscillator circuit is active, the second oscillator circuit is inactive to allow the sharing of the shared oscillator tuning circuit.