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    • 2. 发明授权
    • Broadband distributed amplifier for microwave frequences
    • 用于微波频率的宽带分布式放大器
    • US4754234A
    • 1988-06-28
    • US18563
    • 1987-02-25
    • Patrice Gamand
    • Patrice Gamand
    • H03F1/18H03F3/60H03F3/68
    • H03F1/18H03F3/607
    • A broadband distributed amplifier comprised of a plurality of field effect transistors whose gates are connected to junctions between serially-connected inductors forming a gate transmission line, whose drains are connected to junctions between serially-connected inductors forming a drain transmission line, and whose sources are connected to ground. The distribution of the amplifier stages along the gate and drain transmission lines is effected such that these transmission lines are periodically loaded by their own impedances and by the transistor gate and drain capacitances, thus forming artificial lines, and such that a microwave frequency input signal applied to the input of the gate transmission line effects the production of an amplified microwave frequency output signal at the output of the drain transmission line. The gate and drain transmission line output and input, respectively, are terminated by loads. The drain transmission line input only includes biasing means, whereas the gate transmission line output includes means for compensating for the characteristic impedance variations of the artificial line as a function of the frequency.
    • 一种宽带分布放大器,包括多个场效应晶体管,其栅极连接到形成栅极传输线的串联电感器之间的结,其漏极连接到形成漏极传输线的串联连接的电感器之间的接点,源极为 连接到地面。 沿着栅极和漏极传输线的放大器级的分布是这样实现的,使得这些传输线由它们自己的阻抗和晶体管栅极和漏极电容周期性地加载,从而形成人造线,并且使得施加的微波频率输入信号 对于栅极传输线的输入,在漏极传输线的输出处产生放大的微波频率输出信号。 栅极和漏极传输线输出和输入分别由负载终止。 漏极传输线输入仅包括偏置装置,而栅极传输线输出包括用于补偿作为频率的函数的人造线的特性阻抗变化的装置。
    • 3. 发明授权
    • Charge coupled amplifier
    • 电荷耦合放大器
    • US3999082A
    • 1976-12-21
    • US439464
    • 1974-02-04
    • James M. Early
    • James M. Early
    • H01L29/768H03F1/18H01L29/78H03F3/70
    • H01L29/76816H03F1/18
    • A charge coupled distributed amplifier comprises a first plurality of charge storage wells arranged along a first selected line, a second plurality of charge storage wells arranged along a second selected line, and a multiplicity of amplifier means, each amplifier means electrically coupling one charge storage well in the first plurality of wells to a corresponding charge storage well in the second plurality of wells. Charges are driven along the first and second pluralities of charge storage wells in synchronization. The same charge in the first plurality of charge storage wells creates an additional increment of charge in each charge storage well connected to the output of each amplifier means which adds in that well to the previously accumulated charge in the second plurality of charge storage wells. Thus a given amount of input charge is amplified coherently to produce a detectable output signal.
    • 电荷耦合分布放大器包括沿着第一选定线布置的第一多个电荷存储阱,沿着第二选定线布置的第二多个电荷存储阱和多个放大器装置,每个放大器装置电耦合一个电荷存储阱 在第一组多个孔中,在第二个多个孔中与相应的电荷存储阱相对。 同步沿着第一和第二多个电荷存储阱驱动电荷。 在第一多个电荷存储阱中的相同电荷在每个电荷存储阱中产生附加的电荷增量,其连接到每个放大器装置的输出,该放大器装置将该阱中的第二个多个电荷存储阱中的先前累积的电荷相加。 因此,给定量的输入电荷被相干地放大以产生可检测的输出信号。