locked oscillator

locked oscillator

[′läkt ′äs·ə‚lād·ər]
(electronics)
A sine-wave oscillator whose frequency can be locked by an external signal to the control frequency divided by an integer.
References in periodicals archive ?
This breakthrough has been achieved by a unique back-to-back layout structure of the injection locked oscillator.
C&S Hybrid provides the commercial wireless market with microwave and millimeter wave components and MFMs consisting primarily of up-and-down converters, power amplifier and phase- locked oscillator MFMs, and frequency multiplier components.
EMF, based in State College, Pennsylvania, designs and manufactures custom oscillator-based products, including phase locked oscillators and synthesizers.
Microsource designs and manufactures a family of microwave signal source sub-systems and components that include narrow/wide band free-running and phase locked oscillators, band-pass and band-reject filters, narrow/wide band frequency synthesizers and converters, as well as integrated front-end modules.
Its core YIG technology is ideally suited to a wide range of applications, such as free-running and phase locked oscillators in narrow and wide band configurations, band-pass and band-reject filters, narrow and wide band frequency synthesizers and converters as well as highly integrated front-end modules for radio and instrumentation applications.
MicroSource's core YIG crystal technology is naturally suited to a wide range of applications such as free running and phase locked oscillators in narrow and wide band configurations, band pass and band-reject filters, narrow and wide band frequency synthesizers and converters, as well as highly integrated front-end modules for digital radio applications.
designs, manufactures and markets proprietary, state-of-the-art 1-26 GHz frequency sources, customized up and down block-converters, phase locked oscillators, clock/data recovery modules and customized subsystems for wireless and fiber optic communication, such as SATCOM, point-to-point QAM digital radio links, high-capacity fiber optic networks up to 40 GBIT/s, instrumentation and military applications.
Microsource's core YIG crystal technology is naturally suited to a wide range of applications, such as free-running and phase locked oscillators in narrow and wide band configurations, band-pass and band-reject filters, narrow and wide band frequency synthesizers and converters as well as highly integrated front-end modules for digital radio applications.