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    • 41. 发明申请
    • VOLTAGE MULTIPLIER
    • 电压乘法器
    • US20150139391A1
    • 2015-05-21
    • US14400567
    • 2013-05-31
    • KONINKLIJKE PHILIPS N.V.
    • Peter Luerkens
    • H02M7/10G01N23/04H05G1/10
    • H02M7/103G01N23/04H02M3/07H05G1/10
    • A voltage multiplier 10 comprises a series of multiplier stages 12a, 12b, 12c, 12d. Each multiplier stage, for example 12b, comprises a first input 16b, a second input 14b, a first output 16c and second output 14c. The first and second outputs of a preceding multiplier stage are interconnected with first and second inputs of a subsequent multiplier stage. Furthermore, each multiplier stages, for example 12b, comprises two series connected diode elements D5, D6 having the same current conducting direction. The two series connected diode elements D5, D6 interconnect the first input 16b and the first output 16c. The second output 14c is coupled between the two series connected diode elements D5, D6. Each multiplier stage, for example 12b, comprises a buffer capacitor C6 interconnecting the respective first input 16b and the respective first output 16c. At least some multiplier stages, for example 12b, comprise a push-pull capacitor C4 interconnecting the respective second input 14b and the respective second output 14c. The first input 16a of a first multiplier stage 12a and the first output 16e of a last multiplier stage 12d provide outputs for a load 42. The second input 14a of the first multiplier stage 12a provides an input for an AC voltage source. The buffer capacitor C3 of the first multiplier stage 12a comprises two series connected buffer capacitor parts C3a, C3b. An input 20 for the AC voltage source 34 is provided between the two buffer capacitor parts C3a, C3b.
    • 电压倍增器10包括一系列乘法器级12a,12b,12c,12d。 每个乘法器级,例如12b,包括第一输入16b,第二输入14b,第一输出16c和第二输出14c。 先前乘法器级的第一和第二输出与随后的乘法器级的第一和第二输入互连。 此外,每个乘法器级(例如12b)包括具有相同电流传导方向的两个串联连接的二极管元件D5,D6。 两个串联连接的二极管元件D5,D6将第一输入16b和第一输出16c互连。 第二输出14c耦合在两个串联连接的二极管元件D5,D6之间。 每个乘法器级(例如12b)包括互连相应的第一输入16b和相应的第一输出16c的缓冲电容器C6。 至少一些乘法器级(例如12b)包括互连相应的第二输入14b和相应的第二输出14c的推挽电容器C4。 第一乘法器级12a的第一输入端16a和最后的乘法器级12d的第一输出端16e为负载42提供输出。第一乘法器级12a的第二输入端14a为AC电压源提供输入。 第一乘法器级12a的缓冲电容器C3包括两个串联的缓冲电容器部分C3a,C3b。 在两个缓冲电容器部件C3a,C3b之间设置用于AC电压源34的输入端20。
    • 44. 发明申请
    • INDUCTOR SWITCHING LC POWER CIRCUT
    • 电感开关LC电源电路
    • US20140133633A1
    • 2014-05-15
    • US13863144
    • 2013-04-15
    • Moxtek, Inc.
    • Dongbing Wang
    • H02M7/42H05G1/10
    • H02M7/42H02M7/538H02M2007/4815H05G1/12Y02B70/1441
    • An electrical circuit for alternating current generation comprising a direct current control box, a first inductor, a second inductor, a first capacitor, and dual load connections. The direct current control box can alternately provide positive direct current to the first inductor then negative direct current to the second inductor. A second end of each inductor can be electrically connected together and electrically connected to a first load connection. A common connection on the control box can be electrically connected to a second load connection. The first load connection and the second load connection can be configured to be electrically connected across a load. A first capacitor can be electrically connected between the first load connection and the second load connection and configured to be electrically connected in series or parallel parallel with the load.
    • 一种用于交流发电的电路,包括直流控制箱,第一电感器,第二电感器,第一电容器和双负载连接。 直流控制箱可以交替地向第一电感器提供正的直流电流,然后向第二电感器提供负的直流电流。 每个电感器的第二端可以电连接在一起并电连接到第一负载连接。 控制箱上的公共连接可以电连接到第二负载连接。 第一负载连接和第二负载连接可以被配置为跨负载电连接。 第一电容器可以电连接在第一负载连接和第二负载连接之间并且被配置为与负载串联或并联电连接。
    • 45. 发明授权
    • Phase shift inverter, X-ray high-voltage device using same, X-ray CT device, and X-ray imaging device
    • 相移逆变器,使用其的X射线高压装置,X射线CT装置和X射线成像装置
    • US08588371B2
    • 2013-11-19
    • US13127289
    • 2009-11-05
    • Mina OgawaItaru AndoKiyoshi OhishiShoutaro Shindo
    • Mina OgawaItaru AndoKiyoshi OhishiShoutaro Shindo
    • H05G1/10
    • H02M7/53871H02M2007/4815H05G1/20Y02B70/1441
    • An inverter circuit allowing a single drive circuit to perform both tracking control for tracking resonance frequency fluctuations caused by load fluctuations, and power control, thereby reducing switching loss. An inverter drive circuit part obtains a phase difference between output current and output voltage directed to a load circuit connected to a midpoint of two arm circuits of the inverter circuit, and controls a phase of the driving signal directed to each semiconductor switch such that the phase difference becomes zero or a predetermined value, enabling an operating frequency of the inverter circuit part to track a resonance frequency of the load circuit, and enabling a current phase to be delayed with respect to a voltage phase, thereby achieving ZCS. Since the phase difference is used, an auxiliary circuit is not necessary for measuring a current value in proximity to the semiconductor switches.
    • 逆变器电路允许单个驱动电路执行用于跟踪由负载波动引起的谐振频率波动的跟踪控制和功率控制,从而减少开关损耗。 逆变器驱动电路部分获得与逆变器电路的两臂电路的中点连接的负载电路的输出电流和输出电压之间的相位差,并且控制朝向每个半导体开关的驱动信号的相位,使得相位 差变为零或预定值,使得逆变器电路部分的工作频率能够跟踪负载电路的谐振频率,并使电流相位相对于电压相位延迟,从而实现ZCS。 由于使用相位差,所以不需要辅助电路来测量靠近半导体开关的电流值。
    • 49. 发明授权
    • X-ray irradiator
    • X射线照射器
    • US08331533B2
    • 2012-12-11
    • US12734717
    • 2009-03-03
    • Keiichiro Yamamoto
    • Keiichiro Yamamoto
    • H05G1/10
    • H05G1/06H01J35/025H05G1/10
    • Provided is an X-ray irradiator which reduces the occurrence of discharge resulting from the difference in electric potential in the X-ray irradiator, and which concurrently achieves reduction in size and weight. In an X-ray irradiator (1), an X-ray tube (11) and a high-voltage generator (2) are installed inside a casing (18), and an insulation oil (13) is filled in the casing (18). The high-voltage generator (2) is configured by arranging and electrically connecting together multiple ring-shaped voltage amplifying units (21). An anode (14) and a cathode (15) of the X-ray tube (11) are fitted in and thus installed in hollow portions of the voltage amplifying units (21).
    • 本发明提供一种能够减少由X射线照射装置的电位差引起的放电发生的X射线照射装置,能够同时实现小型化和轻量化。 在X射线照射器(1)中,将X射线管(11)和高压发生器(2)安装在壳体(18)内,绝缘油(13)填充在壳体(18) )。 高电压发生器(2)通过将多个环形电压放大单元(21)布置并电连接在一起而构成。 X射线管(11)的阳极(14)和阴极(15)嵌入并安装在电压放大单元(21)的中空部分。