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Full-Text Articles in Engineering
Adjustable Low Frequency Servo Compensation Using Operational Amplifiers, Charles P. Partin
Adjustable Low Frequency Servo Compensation Using Operational Amplifiers, Charles P. Partin
Retrospective Theses and Dissertations
This paper defines a variable transfer function that is used to compensate for low frequency structural resonances in a turret so that stabilization of a closed loop servo system can be achieved. Three circuits for implementing this compensation are presented. They are: the feedforward three amplifier biquad, the summing four amplifier biquad, and the single amplifier biquad with pole-zero cancellation. Design equations allowing the engineer to go directly from the given transfer function to the actual component values are developed for each circuit. A comparison of the final circuit designs is also presented.
A Simple Multicoupled Band-Pass Active Filter Design Employs Resistor Summing To Provide Multicoupling, Talal K. Chatila
A Simple Multicoupled Band-Pass Active Filter Design Employs Resistor Summing To Provide Multicoupling, Talal K. Chatila
Retrospective Theses and Dissertations
The purpose of this paper is to present a new design configuration for multicoupled band-pass filter based on Mason's loop rule, together with the negative feedback topology and to compare it with Leap Frog (LF) and Follow the Leader Feedback (FLF) design examples.