Mackenzie Tope

Title: Mackenzie Tope: Innovator in Digital Control Circuits

Introduction

Mackenzie Tope is a notable inventor based in West Manchester, NH (US). She has made significant contributions to the field of digital control circuits, holding a total of 3 patents. Her work focuses on enhancing the efficiency and functionality of voltage regulators and phase-locked loops.

Latest Patents

Mackenzie Tope's latest patents include innovative designs that address critical challenges in electronic control systems. One of her patents is a "Converter digital control circuit with adaptive feedforward compensation." This control circuit for a voltage regulator features a divider that generates a divided voltage from the regulated output voltage. It includes an ADC that produces a feedback control signal, a digital compensator that generates a compensator signal, and a pulse width modulator that creates a voltage control signal to manage the switch of the voltage regulator. The digital compensator is designed to store a value indicative of the input voltage, allowing for dynamic updates to the feedforward gain value.

Another significant patent is the "Tunable fractional phase locked loop." This tunable PLL is designed to operate across a range of frequencies corresponding to the input clock signal. It includes a phase detector, a voltage-controlled oscillator (VCO), and a feedback module that ensures the PLL functions effectively within the desired frequency range. This innovation is crucial for applications requiring precise frequency control.

Career Highlights

Mackenzie Tope is currently employed at Allegro Microsystems, LLC, where she continues to develop cutting-edge technologies in the field of electronic control systems. Her expertise and innovative mindset have positioned her as a valuable asset to her company.

Collaborations

Mackenzie collaborates with her coworker, Kapil Kesarwani, to further enhance their projects and drive innovation within their team.

Conclusion

Mackenzie Tope's contributions to digital control circuits and phase-locked loops demonstrate her commitment to advancing technology in the electronics field. Her patents reflect her innovative spirit and dedication to improving electronic systems.