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    • 1. 发明授权
    • Exposure apparatus and device manufacturing method using the same
    • 曝光装置及其制造方法
    • US06322220B1
    • 2001-11-27
    • US08991442
    • 1997-12-16
    • Naoto SanoChidane Ouchi
    • Naoto SanoChidane Ouchi
    • G02B504
    • G03F7/70091H01S3/1305H01S3/134H01S3/225
    • An exposure apparatus includes a first dispersing element for dispersing substantially parallel laser light, from a laser, with respect to the wavelength to provide light beams of wavelength units, a first optical system for collecting each light beam of a wavelength unit from the first dispersing element, a wavelength selecting device for passing a predetermined wavelength region of light, of the light beams of wavelength units each being collected by the first optical system, a second optical system for receiving the light from the wavelength selecting device and providing parallel light beams of wavelength units, and a second dispersing element for combining the parallel light beams of wavelength units from the second optical system, the second dispersing element having substantially the same angular dispersion as that of the first dispersing element and a direction of dispersion opposite to that of the first dispersing element.
    • 曝光装置包括:第一分散元件,用于从激光器分散相对于波长的大致平行的激光,以提供波长单元的光束;第一光学系统,用于从第一分散元件收集波长单元的每个光束; 用于使每个由第一光学系统收集的波长单位的光束的预定波长区域通过的波长选择装置,用于接收来自波长选择装置的光并提供波长的平行光束的第二光学系统 单元和用于组合来自第二光学系统的波长单元的平行光束的第二分散元件,第二分散元件具有与第一分散元件基本相同的角度分散,并且与第一分散元件的分散方向相反的方向 分散元件。
    • 2. 发明授权
    • Gas laser device and exposure apparatus using the same
    • 气体激光装置及使用其的曝光装置
    • US07031364B2
    • 2006-04-18
    • US09163402
    • 1998-09-30
    • Naoto SanoYoshiyuki Nagai
    • Naoto SanoYoshiyuki Nagai
    • H01S3/22
    • H01S3/036
    • In a gas laser device, a laser gas sealingly stored in a chamber is excited using a discharging electrode that is electrically discharged. Laser light produced by the electrical discharging is totally reflected by a total reflection mirror. An output window partially reflects the laser light and outputs a portion of the laser light reflected between the total reflection mirror and the output window. A blower circulates the laser gas within the chamber so that the laser gas passing an electrical discharging region of the discharging electrode is circulated in the chamber and is returned to the electrical discharging region of the discharging electrode. The blower is operated according to the state of electrical discharging from the discharging electrode. The blower operation includes operating rotation of the blower in a stand-by state in which no laser gas is excited by the electrical discharging from said discharging electrode so that no laser light is emitted but the gas laser device is in a condition to output the laser light, and operating rotation of the blower in an in-operation state in which the laser gas is excited by the electrical discharging from said discharge electrode and laser light is outputted.
    • 在气体激光装置中,利用电放电的放电电极激发密封地存储在腔室中的激光气体。 由放电产生的激光完全由全反射镜反射。 输出窗部分地反射激光并输出在全反射镜和输出窗之间反射的激光的一部分。 鼓风机使激光气体在室内循环,使得通过放电电极的放电区域的激光气体在室内循环并返回到放电电极的放电区域。 鼓风机根据从放电电极放电的状态进行操作。 鼓风机操作包括在等待状态下操作鼓风机的旋转,其中没有激光气体通过从所述放电电极的放电而被激发,使得不会发射激光,但是气体激光装置处于输出激光的状态 输出激光器通过从放电电极放电激光而激发激光的工作状态下的鼓风机的光和操作旋转。
    • 7. 发明授权
    • Multi-output DC-DC converter and electronic apparatus using the same
    • 多输出DC-DC转换器和使用其的电子设备
    • US06486567B2
    • 2002-11-26
    • US09985723
    • 2001-10-15
    • Naoto SanoShingo Kunii
    • Naoto SanoShingo Kunii
    • H02J100
    • H02M3/158H02M2001/009Y10T307/414
    • A multi-output DC-DC converter includes a step-down DC-DC converter circuit which includes a switching device for switching an input DC voltage to convert it to a pulse voltage, a choke coil and a smoothing capacitor for smoothing the pulse voltage to obtain a first output lower than the input DC voltage, and a flywheel rectifying device for causing a current to flow through the choke coil when the switching device is off; and a rectifying circuit for processing and rectifying the pulse voltage in the DC-DC converter circuit to obtain a second output. Since the flywheel rectifying device is a bi-directional synchronous rectifying device which is turned on when the switching device is off, even when the load current of the first output decreases, the amplitude of the source voltage of the switching device is not reduced. Therefore, the second output obtained from the rectifying circuit always maintains a normal value.
    • 多输出DC-DC转换器包括降压DC-DC转换器电路,其包括用于切换输入DC电压以将其转换成脉冲电压的开关装置,扼流线圈和用于使脉冲电压平滑的平滑电容器 获得低于输入直流电压的第一输出;以及飞轮整流装置,用于当切换装置关闭时使电流流过扼流线圈; 以及整流电路,用于处理和整流DC-DC转换器电路中的脉冲电压以获得第二输出。 由于飞轮整流装置是开关装置关闭时导通的双向同步整流装置,所以即使第一输出的负载电流减小,开关装置的源极电压的振幅也不会降低。 因此,从整流电路获得的第二输出总是保持正常值。
    • 10. 发明授权
    • Switching power-supply module
    • 开关电源模块
    • US07403397B2
    • 2008-07-22
    • US10746660
    • 2003-12-26
    • Tadahiko MatsumotoSyuichi HondaYasuo OhashiNaoto Sano
    • Tadahiko MatsumotoSyuichi HondaYasuo OhashiNaoto Sano
    • H05K1/14
    • H02M7/003H02M3/33538H02M2001/0074H05K1/144H05K3/3405H05K3/3421H05K3/368H05K2201/10386
    • A switching power-supply module includes circuit boards, power conversion circuit sections provided on the respective circuit boards, conductor land patterns provided with spacing therebetween along edges of the circuit boards, conductor terminals for interconnecting the conductor land patterns. The circuit boards are stacked with spacing therebetween with the corresponding conductor land patterns being aligned, and the aligned conductor land patterns are interconnected by the corresponding conductor terminals. At least one of the conductor terminals includes an interboard-connection portion for interconnecting the conductor land patterns of the circuit boards and a leg portion that extends from the interboard-connection portion in the stacking direction of the circuit boards and that defines an external-connection portion, and the other conductor terminals each function as an interboard-connection dedicated terminal for providing connection between the circuit boards.
    • 开关电源模块包括电路板,设置在各个电路板上的功率转换电路部分,沿着电路板的边缘设置有间隔的导体焊盘图案,用于互连导体焊盘图案的导体端子。 电路板之间具有间隔地堆叠,相应的导体焊盘图案对准,并且对准的导体焊盘图案通过相应的导体端子互连。 至少一个导体端子包括用于互连电路板的导体焊盘图案的板间连接部分和从电路板的堆叠方向上从板间连接部分延伸的脚部分,并且限定外部连接 部分,其他导体端子各自用作板间连接专用端子,用于提供电路板之间的连接。