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    • 37. 发明申请
    • METHOD AND CIRCUIT CONFIGURATION FOR PRODUCING SINUSOIDAL/COSINUSOIDAL OSCILLATIONS
    • 方法和电路,用于产生正弦/余弦振荡
    • WO1998032219A1
    • 1998-07-23
    • PCT/DE1997002922
    • 1997-12-17
    • DEUTSCHE TELEKOM AGHUBER, Klaus
    • DEUTSCHE TELEKOM AG
    • H03B28/00
    • H03B28/00G06G7/22H03B19/00
    • The present invention relates to a method and a circuit configuration enabling, using the Tchebycheff polynoms, the construction in an universal way of frequency multipliers as well as sine/cosine oscillators, i.e. circuits often needed in the communication technology. A series of Tchebycheff modules as well as various multipliers and summing elements are realized in an integrated circuit, which then executes the most various functions, depending on the external wiring. Among the additional functions indicated which are technically not easy to realize with such a chip, the following can be mentionned: the synthesis of all function plotting through the representation by the Tchebycheff series, the use of Tn(x) as an amplifier with the amplifying factor n for sin(nx) APPROX nx, as well as the odd value of n.
    • 它在如何在一个通用的方式,频率和的正弦/ Cosinusgeneratoren构建使用切比雪夫多项式的方法和电路布置来描述,也就是电路,这是经常需要在电信。 一系列的切比雪夫模块以及各种乘法器和加法在一个集成电路,其然后执行根据外部布线不同的功能实现。 随着越来越多的功能在技术上容易与这样的芯片来实现,的随机功能特征的合成由函数的表示通过一个切比雪夫系列和使用Tn的方式确定(X)与所述放大因子n罪(NX)APPROX的nx,以及放大器 n为奇数指定。
    • 38. 发明申请
    • LOW POWER ANALOG ABSOLUTE DIFFERENCING CIRCUIT AND ARCHITECTURE
    • 低功耗模拟绝对差分电路和架构
    • WO1995010139A1
    • 1995-04-13
    • PCT/US1994010751
    • 1994-09-22
    • THE REGENTS OF THE UNIVERSITY OF CALIFORNIA
    • THE REGENTS OF THE UNIVERSITY OF CALIFORNIAGUERRIERI, RobertoKRAMER, Alan
    • H03K19/08
    • G06G7/22
    • A low power analog absolute differencing circuit (60) and architecture is disclosed. The circuit (60) includes an integrating amplifier (65) with an input node connected to a common integration line (63). The common integration line (63) is connected to a set of analog comparison circuits (62) to form an analog vector absolute differencing circuit row. Each of the analog comparison circuits (62) compares a first analog signal to a second analog signal to produce an absolute difference signal. The absolute difference signal from each analog comparison circuit (62) is transmitted in the form of charge drawn from the common integration line (63). The integrating amplifier (65) provides an integration sum corresponding to the sum of the absolute difference signals. The analog absolute differencing architecture includes a matrix of absolute differencing circuits (60).
    • 公开了一种低功耗模拟绝对差分电路(60)和架构。 电路(60)包括具有连接到公共集成线(63)的输入节点的积分放大器(65)。 公共集成线(63)连接到一组模拟比较电路(62),以形成模拟矢量绝对差分电路行。 每个模拟比较电路(62)将第一模拟信号与第二模拟信号进行比较以产生绝对差信号。 来自每个模拟比较电路(62)的绝对差信号以从公共集成线(63)提取的电荷的形式传输。 积分放大器(65)提供与绝对差信号的和相对应的积分和。 模拟绝对差分架构包括绝对差分电路的矩阵(60)。