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    • 7. 发明授权
    • Circuit protecting against electrostatic discharge
    • 电路防静电放电
    • US06847511B2
    • 2005-01-25
    • US10066608
    • 2002-02-06
    • Takahiro OhnakadoTatsuo Oomori
    • Takahiro OhnakadoTatsuo Oomori
    • H01L27/04H01L21/822H01L21/8238H01L27/02H01L27/06H01L27/092H02H9/00
    • H01L27/0266H01L27/0251
    • A quarter wavelength transmission line is provided between a signal transmission line for transmitting a high frequency signal and a ground node. The quarter wavelength transmission line has a length equal to a quarter of an effective wavelength of an operation frequency of a semiconductor device. A surge absorbing element is connected between the quarter wavelength transmission line and an internal circuit. The signal transmission line is coupled to the internal circuit through a capacitor. A clamp circuit is provided between a power supply line and a ground line. The clamp circuit clamps the voltage difference between the power supply line and the ground line to a prescribed voltage level or less. A high frequency semiconductor device is thus implemented which is capable of preventing breakdown of an internal circuit element due to an electrostatic discharge phenomenon (ESD) without degrading high frequency characteristics.
    • 在用于发送高频信号的信号传输线和接地节点之间提供四分之一波长的传输线。 四分之一波长传输线具有等于半导体器件的工作频率的有效波长的四分之一的长度。 浪涌吸收元件连接在四分之一波长传输线和内部电路之间。 信号传输线通过电容耦合到内部电路。 在电源线和接地线之间设置钳位电路。 钳位电路将电源线和接地线之间的电压差钳位到规定的电压电平以下。 因此,可以实现能够防止由于静电放电现象(ESD)而导致的内部电路元件的破坏而不降低高频特性的高频半导体器件。
    • 8. 发明授权
    • Ion source
    • 离子源
    • US5115135A
    • 1992-05-19
    • US487460
    • 1990-03-02
    • Tatsuo OomoriKouichi Ono
    • Tatsuo OomoriKouichi Ono
    • H01J27/20H01J27/24H01J37/08H01L21/203H01L21/205H01L21/302H01L21/3065H01L21/31
    • H01J37/08H01J27/24
    • An ion source includes a partial flow generator for generating particle flow including atoms or molecules, a laser beam generator for generating a laser beam with one or a plurality of wavelengths which irradiates the whole or one part of the atoms or molecules in the particle flow near an exhaust nozzle of the particle flow generator, a pair of electrodes for applyinig an electric field over one part or the whole of the particle flow in the downstream region of the region irradiated with the laser beam, and a power supply for applying a voltage to generate the electric field between the electrodes to the electrodes. Wherein the laser has one or a plurality of excitation wavelengths for exciting specific atoms or molecules in the particle flow from a ground state to a highly excited state, that is, the Rydberg state in which the principal quantum number of a valence electron is large, a voltage for generating an electric field more than the minimum electric field for ionizing the atoms or molecules in the Rydberg state is applied between the electrodes after irradiation of the laser beam, and one or a plurality of outlet holes through which an ion beam is drawn out are provided at one part of the electrodes.
    • 离子源包括用于产生包括原子或分子的粒子流的部分流发生器,用于产生具有一个或多个波长的激光束的激光束发生器,该激光束照射粒子流中的全部或一部分原子或分子 粒子流发生器的排气喷嘴,用于在被激光束照射的区域的下游区域中的一个或多个颗粒流上施加电场的一对电极,以及用于将电压施加到 在电极之间产生电极到电极之间的电场。 其中激光器具有一个或多个激发波长,用于激发从基态到高激发态的粒子流中的特定原子或分子,即价电子的主量子数大的雷德堡状态, 在激光束照射之后,在电极之间施加大于用于使Rydberg状态的原子或分子电离的最小电场的电场的电压,以及一个或多个出射孔,通过该出射孔吸引离子束 在电极的一部分设置出电极。