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    • 2. 发明公开
    • Automated voltage control oscillator tuning
    • Automatische Abstimmung eines spannungsgesteuerten Oszillators
    • EP1122880A1
    • 2001-08-08
    • EP01300506.1
    • 2001-01-22
    • LUCENT TECHNOLOGIES INC.
    • Fulmer, William EdwardKoziel, Michael J.Miller, Curtis J.Nelson, Mark J.Ransijn, Johannes Gerardus
    • H03B5/18
    • H03B5/1847
    • There is disclosed a first stub short (62a) bonded across conductive runners (34a, 34b) of a tuning stub (36) at a distance preferably greater than a distance resulting in the desired frequency of operation of a voltage controlled oscillator (60) tuned by the tuning stub. Thereafter, the voltage controlled oscillator is powered and tested to determine the frequency of operation of the voltage controlled oscillator. The position of a second stub short is (62b) determined based on the frequency of oscillation of the oscillator due to the presence of the first stub short, the geometry of the tuning stub and the desired frequency of operation of the voltage controlled oscillator. A second stub short (62b) is precisely positioned along the stub using automated equipment, relative to the position of the first stub short, to result in the desired frequency of operation of the voltage controlled oscillator. Depending on the relative positions of the first and second stub shorts relative to the voltage controlled oscillator, the first stub short may be removed. The voltage controlled oscillator may again be powered and tested to confirm the desired frequency of operation of the voltage controlled oscillator.
    • 公开了一种以优选大于一定距离的方式粘结在调谐短截线(36)的导电流道(34a,34b)上的第一短截线(62a),所述距离优选地大于导致所调节的压控振荡器(60)的期望工作频率 通过调整存根。 此后,对压控振荡器进行供电和测试,以确定压控振荡器的工作频率。 由于存在第一短截线,调谐短截线的几何形状和压控振荡器的期望操作频率,基于振荡器的振荡频率确定第二短截线的位置(62b)。 相对于第一短截线的位置,使用自动化设备沿着短截线精确地定位第二短截线(62b),以产生压控振荡器的期望的操作频率。 取决于第一和第二短截线相对于压控振荡器的相对位置,可以去除第一短截线短路。 压控振荡器可以再次被供电和测试,以确认压控振荡器的期望工作频率。