Low Impedance Transmission System for Driving Cryogenic Circuits

Dumin David J.

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Low Impedance Transmission System for Driving Cryogenic Circuits

机译：用于驱动低温电路的低阻抗传输系统

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The possible advantages and disadvantages of driving cryotron circuits with a low impedance transmission system instead of a high impedance system are discussed. It is shown that although losses are higher in a low impedance cable, a reduction in the signal coupled between cables in a cryotron system is possible when low impedance cable is used. Two low impedance generators are described. These generators have a maximum frequency between 500 kc and 1 Mc. The rise time is less than 2 nsec and can be improved when the generators are packaged in strip line module form. Pulse amplitude is about 1.5 A. Pulse width is variable by use of a delay cable.

机译：讨论了用低阻抗传输系统而不是高阻抗系统驱动低温电子管电路的可能的优缺点。结果表明，尽管在低阻抗电缆中损耗较高，但是当使用低阻抗电缆时，低温致冷系统中电缆之间耦合的信号可能会减小。描述了两个低阻抗发生器。这些发电机的最大频率在500 kc和1 Mc之间。上升时间少于2纳秒，当发电机以带状线模块形式包装时，可以改善上升时间。脉冲幅度约为1.5A。通过使用延迟电缆可以改变脉冲宽度。

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《Review of Scientific Instruments》 |1962年第7期|共6页
作者
Dumin David J.;
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International Business Machines Corporation, Thomas J. Watson Research Center, Yorktown Heights, New York;

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Low Impedance Transmission System for Driving Cryogenic Circuits

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