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    • 3. 发明申请
    • Dielectric line and production method therefor
    • 介电线及其制造方法
    • US20090017255A1
    • 2009-01-15
    • US12230689
    • 2008-09-03
    • Masakatsu MaruyamaNobuyuki KawakamiYoshito FukumotoTakayuki Hirano
    • Masakatsu MaruyamaNobuyuki KawakamiYoshito FukumotoTakayuki Hirano
    • B32B7/00
    • H01P3/165H01P11/006Y10T428/24182
    • A dielectric line having a sufficient ensured strength and being suitable for mass production and a production method therefor are provided. The production method is a method for manufacturing a dielectric line having a dielectric strip which is provided between two conductive plates approximately parallel to each other and which has a width smaller than that of the conductive plates, and dielectric medium layers which are filled between the conductive plates other than the dielectric strip and which is composed of a porous material having a dielectric constant smaller than that of the dielectric strip. The dielectric line (NRD guide) is produced by film forming steps S11 and S12 in which a film of a dielectric raw material is formed on one of the conductive plates, a strip exposure step S13 in which a part of the above film having a shape corresponding to the dielectric strip is exposed to predetermined light, beams, or vapor, and pore forming steps S15 and S16 in which the entire film of the dielectric raw material is made porous.
    • 提供具有足够的确保强度并适合于批量生产的介质线及其制造方法。 该制造方法是制造具有介电条的介质线的方法,该介质条设置在彼此大致平行的两个导电板之间,其宽度小于导电板的宽度,以及填充在导电性 除了介质条之外的板,其由介电常数小于介质条的介电常数的多孔材料构成。 介质线(NRD导向件)是通过在其中一个导电板上形成电介质原料的薄膜形成步骤S11和S12来制造的,条带曝光步骤S13,其中上述薄膜的一部分具有形状 相当于电介质条被暴露于预定的光,光束或蒸汽,以及孔形成步骤S15和S16,其中电介质原料的整个膜被制成多孔的。
    • 4. 发明授权
    • Dielectric line and production method therefor
    • 介电线及其制造方法
    • US07432038B2
    • 2008-10-07
    • US10543135
    • 2004-01-05
    • Masakatsu MaruyamaNobuyuki KawakamiYoshito FukumotoTakayuki Hirano
    • Masakatsu MaruyamaNobuyuki KawakamiYoshito FukumotoTakayuki Hirano
    • G03F7/20G03F7/26
    • H01P3/165H01P11/006Y10T428/24182
    • A dielectric line having a sufficient ensured strength and being suitable for mass production and a production method therefor are provided. The production method is a method for manufacturing a dielectric line having a dielectric strip which is provided between two conductive plates approximately parallel to each other and which has a width smaller than that of the conductive plates, and dielectric medium layers which are filled between the conductive plates other than the dielectric strip and which is composed of a porous material having a dielectric constant smaller than that of the dielectric strip. The dielectric line (NRD guide) is produced by film forming steps S11 and S12 in which a film of a dielectric raw material is formed on one of the conductive plates, a strip exposure step S13 in which a part of the above film having a shape corresponding to the dielectric strip is exposed to predetermined light, beams, or vapor, and pore forming steps S15 and S16 in which the entire film of the dielectric raw material is made porous.
    • 提供具有足够的确保强度并适合于批量生产的介质线及其制造方法。 该制造方法是制造具有介电条的介质线的方法,该介质条设置在彼此大致平行的两个导电板之间,其宽度小于导电板的宽度,以及填充在导电性 除了介质条之外的板,其由介电常数小于介质条的介电常数的多孔材料构成。 电介质线(NRD导向件)通过其中在一个导电板上形成电介质原料的薄膜形成步骤S11和S12来制造,条带曝光步骤S13,其中部分上述膜 具有与介质条相对应的形状暴露于预定的光,光束或蒸汽,以及孔形成步骤S 15和S 16,其中电介质原料的整个膜是多孔的。
    • 5. 发明申请
    • Dielectric line and production method therefor
    • 介电线及其制造方法
    • US20060102937A1
    • 2006-05-18
    • US10543135
    • 2004-01-05
    • Masakatsu MaruyamaNobuyuki KawakamiYoshito FukumotoTakayuki Hirano
    • Masakatsu MaruyamaNobuyuki KawakamiYoshito FukumotoTakayuki Hirano
    • H01L29/80
    • H01P3/165H01P11/006Y10T428/24182
    • A dielectric line having a sufficient ensured strength and being suitable for mass production and a production method therefor are provided. The production method is a method for manufacturing a dielectric line having a dielectric strip which is provided between two conductive plates approximately parallel to each other and which has a width smaller than that of the conductive plates, and dielectric medium layers which are filled between the conductive plates other than the dielectric strip and which is composed of a porous material having a dielectric constant smaller than that of the dielectric strip. The dielectric line (NRD guide) is produced by film forming steps S11 and S12 in which a film of a dielectric raw material is formed on one of the conductive plates, a strip exposure step S13 in which a part of the above film having a shape corresponding to the dielectric strip is exposed to predetermined light, beams, or vapor, and pore forming steps S15 and S16 in which the entire film of the dielectric raw material is made porous.
    • 提供具有足够的确保强度并适合于批量生产的介质线及其制造方法。 该制造方法是制造具有介电条的介质线的方法,该介质条设置在彼此大致平行的两个导电板之间,其宽度小于导电板的宽度,以及填充在导电性 除了介质条之外的板,其由介电常数小于介质条的介电常数的多孔材料构成。 电介质线(NRD导向件)通过其中在一个导电板上形成电介质原料的薄膜形成步骤S11和S12来制造,条带曝光步骤S13,其中部分上述膜 具有与介质条相对应的形状暴露于预定的光,光束或蒸汽,以及孔形成步骤S 15和S 16,其中电介质原料的整个膜是多孔的。
    • 9. 发明授权
    • Oversampling D/A converter using a bidirectional shift register
    • 使用双向移位寄存器的过采样D / A转换器
    • US5699064A
    • 1997-12-16
    • US509665
    • 1995-07-31
    • Shiro SakiyamaShiro DoshoMasakatsu MaruyamaGeorge HayashiSeizo InagakiAkira Matsuzawa
    • Shiro SakiyamaShiro DoshoMasakatsu MaruyamaGeorge HayashiSeizo InagakiAkira Matsuzawa
    • H03M3/04H03M1/78
    • H03M3/376H03M3/50
    • In an interpolative modulator, a signal which varies by only .+-.1 with one clock from a 1-bit quantizer is used as a shift-direction control signal. The shift-direction control signal is given to a bidirectional shift register. The bidirectional shift register shifts data based on the value of the shift-direction control signal that has been received. The output from the bidirectional shift register is given as a control signal to a resistive-ladder-type D/A converter. The resistive-ladder-type D/A converter outputs an analog potential corresponding to a switch selected by the above control signal. Therefore, if a delay difference occurs between any two bits, two adjacent switches are simply selected simultaneously, so that the output from the resistive-ladder-type D/A converter varies continuously. Consequently, there can be provided an oversampling D/A converter of resistive-ladder type with high accuracy and an increased yield, which is free from glitch (transiently generated noise).
    • 在内插调制器中,使用从1比特量化器的一个时钟仅变化+/- 1的信号作为移位方向控制信号。 移位方向控制信号被提供给双向移位寄存器。 双向移位寄存器基于接收到的移位方向控制信号的值来移位数据。 来自双向移位寄存器的输出作为电阻梯型D / A转换器的控制信号给出。 电阻梯型D / A转换器输出与由上述控制信号选择的开关相对应的模拟电位。 因此,如果任意两位之间发生延迟差,则两个相邻的开关被简单地同时选择,使得电阻梯型D / A转换器的输出连续变化。 因此,可以提供具有高精度和增加的产量的电梯梯型的过采样D / A转换器,其没有毛刺(瞬时产生的噪声)。