Claims Analysis
Total Claims: 8
Claim 1
Independent Claim
156 words
A phase-locked oscillator for microwave/millimeter-wave ranges comprising: an oscillating means for producing a high-frequency signal based on a modulating signal and a phase-locking control signal; a first distributing means for distributing the high-frequency signal into two parts and outputting one part of it as an oscillator output signal; an n-multiplying means for multiplying the frequency of a reference signal by `n`; a second distributing means for distributing the output from said n-multiplying means into two parts and outputting one part of it as a comparative signal and the other as a locally oscillated signal; a frequency mixing means for producing an intermediate frequency signal using the other output from said first distributing means and the locally oscillated signal; a phase comparing means for comparing the intermediate frequency signal and the comparative signal to output an error signal; and a low-pass filtering means for removing unwanted signals from the error signal to produce the phase-locking controlling signal.
Claim 2
Dependent Claim
156 words
A phase-locked oscillator for microwave/millimeter-wave ranges comprising: an oscillating means for producing a high-frequency signal based on a modulating signal and a phase-locking control signal; a first distributing means for distributing the high-frequency signal into two parts and outputting one part of it as an oscillator output signal; an n-multiplying means for multiplying the frequency of a reference signal by `n`; a second distributing means for distributing the output from said n-multiplying means into two parts and outputting one part of it as a comparative signal and the other as a locally oscillated signal; a frequency mixing means for producing an intermediate frequency signal using the other output from said first distributing means and the locally oscillated signal; a phase comparing means for comparing the intermediate frequency signal and the comparative signal to output an error signal; and a low-pass filtering means for removing unwanted signals from the error signal to produce the phase-locking controlling signal.
Claim 3
Dependent Claim
168 words
A phase-locked oscillator for microwave/millimeter-wave ranges comprising: an oscillating means for producing a high-frequency signal based on a modulating signal and a phase-locking control signal; a first distributing means for distributing the high-frequency signal into two parts and outputting one part of it as an oscillator output signal; a second distributing means for distributing a reference signal into two parts; an n-multiplying means for multiplying the frequency of one output from said second distributing means by `n` to produce a comparative signal; an m-multiplying means for multiplying the frequency of the other output from said second distributing means by `m` to produce a locally oscillated signal; a frequency mixing means for producing an intermediate frequency signal using the other output from said first distributing means and the locally oscillated signal; a phase comparing means for comparing the intermediate frequency signal and the comparative signal to output an error signal; and a low-pass filtering means for removing unwanted signals from the error signal to produce the phase-locking controlling signal.
Claim 4
Dependent Claim
168 words
A phase-locked oscillator for microwave/millimeter-wave ranges comprising: an oscillating means for producing a high-frequency signal based on a modulating signal and a phase-locking control signal; a first distributing means for distributing the high-frequency signal into two parts and outputting one part of it as an oscillator output signal; a second distributing means for distributing a reference signal into two parts; an n-multiplying means for multiplying the frequency of one output from said second distributing means by `n` to produce a comparative signal; an m-multiplying means for multiplying the frequency of the other output from said second distributing means by `m` to produce a locally oscillated signal; a frequency mixing means for producing an intermediate frequency signal using the other output from said first distributing means and the locally oscillated signal; a phase comparing means for comparing the intermediate frequency signal and the comparative signal to output an error signal; and a low-pass filtering means for removing unwanted signals from the error signal to produce the phase-locking controlling signal.
Claim 5
Dependent Claim
30 words
A phase-locked oscillator for microwave/millimeter-wave ranges according to claim 2 wherein said frequency mixing means includes a higher-harmonic mixing means for generating a higher harmonic of the locally oscillated signal.
Claim 6
Dependent Claim
66 words
A phase-locked oscillator for microwave/millimeter-wave ranges according to claim 1 wherein said oscillating means includes a higher-harmonic oscillating means for generating a fundamental wave signal and a higher harmonic of the fundamental signal, and said first distributing means includes a wave-component separating means for separating the fundamental wave signal and the higher-harmonic signal from one another and outputting the higher-harmonic signal as the oscillator output signal.
Claim 7
Dependent Claim
66 words
A phase-locked oscillator for microwave/millimeter-wave ranges according to claim 2 wherein said oscillating means includes a higher-harmonic oscillating means for generating a fundamental wave signal and a higher harmonic of the fundamental signal, and said first distributing means includes a wave-component separating means for separating the fundamental wave signal and the higher-harmonic signal from one another and outputting the higher-harmonic signal as the oscillator output signal.
Claim 8
Dependent Claim
66 words
A phase-locked oscillator for microwave/millimeter-wave ranges according to claim 3 wherein said oscillating means includes a higher-harmonic oscillating means for generating a fundamental wave signal and a higher harmonic of the fundamental signal, and said first distributing means includes a wave-component separating means for separating the fundamental wave signal and the higher-harmonic signal from one another and outputting the higher-harmonic signal as the oscillator output signal.