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    • 111. 发明授权
    • Cathode ray tube arc-over protection
    • 阴极射线管弧过保护
    • US4207493A
    • 1980-06-10
    • US946017
    • 1978-09-26
    • Gerhard Forster
    • Gerhard Forster
    • H04N3/18H04N3/00H04N5/68H01J23/16
    • H04N5/68
    • The high voltage terminal of the ultor capacitance of a cathode ray tube is coupled to an electron gun structure. The ultor return terminal which typically comprises an outer conductive coating of the cathode ray tube envelope is coupled to the ground return base pin of the cathode ray tube. The ground termination for electrical components and the chassis is also coupled to the ground return base pin. During arc-over, the cathode ray tube ultor capacitance discharges through the ground return base pin. Arc-over current oscillations flow in the chassis and electrical component circuitry by means of stray capacitive coupling to the ultor return terminal. A resistor is coupled to the chassis and to the ultor return terminal for damping arc-over current oscillation in the chassis and in the component circuitry.
    • 阴极射线管的阳极电容的高电压端子耦合到电子枪结构。 典型地包括阴极射线管外壳的外部导电涂层的阳极返回端子耦合到阴极射线管的接地返回底座销。 电气元件和底盘的接地端子也耦合到接地回路基座引脚。 在弧光过程中,阴极射线管超高频电容通过接地回路引脚放电。 通过与阳极反射端子的杂散电容耦合,电弧过电流在机箱和电气部件电路中流动。 电阻器耦合到底架和阳极返回端子,用于阻止底盘和组件电路中的过渡电流振荡。
    • 112. 发明授权
    • High power AC ignition system
    • 大功率交流点火系统
    • US4206736A
    • 1980-06-10
    • US960871
    • 1978-11-15
    • Martin E. Gerry
    • Martin E. Gerry
    • F02P3/01H04N3/00F02P1/00H05B37/02
    • F02P3/01H04N3/00
    • An ignition system includes an alternating current power source which feeds a transformer having a primary winding, the primary winding being coupled to an electronic switch. The electronic switch intermittently interrupts current flowing in the primary winding and in the output circuit of the power source. Such electronic switch is made operable by virtue of the peak excursions of the alternating current thus supplying the necessary collector potential to such switch during each firing cycle of the system. A capacitor in series with the output circuit of the power source and with the primary winding enables current to be transferred out of the power source to such primary winding. Such electronic switch also provides discrete separation between successive output waveforms of successive ignition firing cycles. The system has appropriate logic circuits which initiate current conduction through the electronic switch and in the oscillator stages of the power source for each firing cycle, turning off the switch and oscillator stages between firing periods. Various types of trigger timing circuits are usable to trigger the several logic circuits for initiating igniter firing by means of the resultant high voltage and high current in the secondary winding of the transformer.
    • 点火系统包括交流电源,其馈送具有初级绕组的变压器,所述初级绕组耦合到电子开关。 电子开关间断地中断在初级绕组和电源的输出电路中流动的电流。 这样的电子开关由于交流电的峰值偏移而可操作,从而在系统的每次点火周期期间向这种开关提供必要的集电极电位。 与电源的输出电路和初级绕组串联的电容器使得能够将电流从电源传送到这样的初级绕组。 这种电子开关还提供连续点火点火循环的连续输出波形之间的离散分离。 该系统具有适当的逻辑电路,其通过电子开关和用于每个点火周期的电源的振荡器级中的电流导通,在触发周期之间关断开关和振荡器级。 各种类型的触发定时电路可用于触发多个逻辑电路,用于通过变压器的次级绕组中产生的高电压和高电流来触发点火器点火。
    • 115. 发明授权
    • Monolithic surface acoustic wave signal storage device
    • 单片表面声波信号存储装置
    • US4019200A
    • 1977-04-19
    • US586107
    • 1975-06-11
    • Larry R. AdkinsJames L. Gates
    • Larry R. AdkinsJames L. Gates
    • G10K11/36H04N3/10H01L29/84H01L29/78H01L29/96H04N3/00
    • G10K11/36H04N3/10
    • Monolithic acoustoelectric signal storage device and means for generating a surface acoustic wave on piezoelectric material and propagating the wave into a storage region of the device. An electric field applied across a storage structure in the storage region of the device interacts with the electric field associated with the surface acoustic wave to produce a holographic replica of the wave in a spatially varying distribution of charge trapped at a solid dielectric-dielectric interface. The stored waveform may then be read out at a later time or, in nonlinear signal processing applications, the electric field of a subsequently generated surface acoustic wave may be propagated into the storage region to interact with the trapped charge to produce an output signal.
    • 整体声电信号存储装置和用于在压电材料上产生表面声波并将波传播到装置的存储区域中的装置。 在器件的存储区域中施加的存储结构的电场与与表面声波相关联的电场相互作用,以产生在固态电介质 - 电介质界面上俘获的电荷的空间变化分布中的波的全息复制品。 然后可以在稍后时间读出所存储的波形,或者在非线性信号处理应用中,随后产生的声表面波的电场可以传播到存储区域中,以与捕获的电荷相互作用以产生输出信号。