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    • 53. 发明授权
    • Resistor network such as a resistor ladder network and a method for manufacturing such a resistor network
    • 电阻网络如电阻梯形网络以及制造这种电阻网络的方法
    • US07737817B2
    • 2010-06-15
    • US10517106
    • 2003-05-21
    • Hans Paul TuinhoutGian HoogzaadMaarten Vertregt
    • Hans Paul TuinhoutGian HoogzaadMaarten Vertregt
    • H01C7/22
    • H01L27/0802
    • The invention relates to a resistor network (2) such as a resistor ladder network, comprising at least a resistor body (4) which is provided with at least a column (6) of taps (8) situated between a first tap and a second tap, wherein, in use, at least two taps can be connected with respective first and second sources of reference input potentials, and wherein each tap of the at least one column of taps can be used for outputting an output potential via a contact area which is connected with the concerning tap, wherein the resistor body (4) comprises a multiple of resistor sub-bodies (5), wherein each resistor sub-body (5) is connected with a column (6) of taps (8), and wherein the only electrical connections between the resistor sub-bodies (5) are established by electrical connections via taps (8) connected with the resistor sub-bodies (5). Furthermore the invention relates to a method for manufacturing a resistor network (2) such as a resistor ladder network.
    • 本发明涉及一种电阻网络(2),例如电阻梯形网络,至少包括一个电阻体(4),该电阻器体(4)至少设置有位于第一抽头和第二抽头之间的抽头(6)的至少一列 抽头,其中在使用中,至少两个抽头可以与相应的第一和第二参考输入电位源连接,并且其中所述至少一列抽头的每个抽头可以用于经由接触区域输出输出电位,所述接触区域 与所述有关抽头连接,其中所述电阻体(4)包括多个电阻子体(5),其中每个电阻子体(5)与抽头(8)的列(6)连接,以及 其中通过与电阻子体(5)连接的抽头(8)的电连接来建立电阻子体(5)之间的唯一电连接。 此外,本发明涉及一种用于制造诸如电阻梯形网络的电阻网络(2)的方法。
    • 54. 发明授权
    • Structure of the sensing element of a platinum resistance thermometer
and method for manufacturing the same
    • 铂电阻温度计的感测元件的结构及其制造方法
    • US6004471A
    • 1999-12-21
    • US19434
    • 1998-02-05
    • Feng-Ju Chuang
    • Feng-Ju Chuang
    • H01C7/02H01C7/22H01C17/075H01B1/14
    • H01C17/075H01C7/021H01C7/22Y10T29/49099
    • The structure of the sensing element of a platinum resistance thermometer and method for manufacturing the same, in which the silicon wafer is used as a substrate. A silicon substrate is etched to form a desired wiring pattern, then a silicon dioxide layer is grown as a layer of thermal oxide on the silicon substrate by heating the etched substrate in an oxygen-containing atmosphere. After a platinum film is deposited onto the surface of the silicon dioxide layer, the platinum-coated substrate is subject to gentle polishing. The platinum membrane outside the etched groove is easily detached while the platinum layer inside the etched groove remains attached. Thus a platinum circuit with a desired circuit pattern is formed on the substrate. After heat treatment in a temperature range of 750.degree. C..about. 1500.degree. C. and further processing, the sensing element of a platinum resistance thermometer is obtained. The platinum circuit thus formed is submerged in an groove and has a substantially bulk structure.
    • 铂电阻温度计的感测元件的结构及其制造方法,其中硅晶片用作衬底。 蚀刻硅衬底以形成所需的布线图案,然后通过在含氧气氛中加热蚀刻的衬底,在硅衬底上生长二氧化硅层作为热氧化层。 在将铂膜沉积到二氧化硅层的表面上之后,对铂镀层的基板进行轻微的抛光。 蚀刻槽外部的铂膜容易分离,而蚀刻槽内的铂层保持附着。 因此,在衬底上形成具有所需电路图案的铂电路。 在750℃的温度范围内进行热处理,差分1500℃,进一步处理,得到铂电阻温度计的感测元件。 如此形成的铂电路浸没在凹槽中并具有大体积的结构。
    • 58. 发明授权
    • Electrical resistance heater unit
    • 电阻加热器单元
    • US4551614A
    • 1985-11-05
    • US630847
    • 1984-07-13
    • Joe P. Johnson
    • Joe P. Johnson
    • F24C7/06H05B3/26F24H3/00H01C3/10H01C7/22H05B1/00
    • H05B3/26F24C7/062H05B2203/005H05B2203/014H05B2203/017H05B2203/032
    • An improved high intensity electricl resistance heater unit comprising one or more elongate thin metal foil ribbons adapted to be heated to a high temperature by passage of electricity therethrough, a thermally insulating rigid backing for supporting each ribbon, the backing having an elongate channel in a front face thereof for receiving the ribbon with side edges of the channel being undercut to form side grooves to receive and contain longitudinal side edge portions of the ribbon to support the same along the length of the channel while leaving the major surface of the ribbon unobstructed for heat radiation therefrom. A plurality of ribbons may be mounted in the backing with all electrical metal connectors being shielded within the backing from exposure on the back face of the backing material. The ribbons may be transversely corrugated and the configuration, e.g., amplitude, of the corrugations varied along the length of the ribbons to vary the heat output along the length of the heater unit, if desired.
    • 一种改进的高强度电阻加热器单元,包括一个或多个细长的薄金属箔带,其适于通过电流通过其被加热到高温,用于支撑每个带的隔热刚性背衬,背衬在前面具有细长通道 用于接收带状物的侧边缘的边缘被切削以形成侧槽以容纳和容纳带的纵向侧边缘部分以沿着通道的长度支撑该带,同时使带的主表面不受阻碍地发热 辐射。 多个带可以安装在背衬中,所有电气金属连接器被保护在背衬内,不会暴露在背衬材料的背面上。 带可以是横向波纹的,并且如果需要,波纹的结构(例如振幅)沿着带的长度变化,以沿着加热器单元的长度改变热输出。