Michael J Palmer

Title: Michael J. Palmer: Innovator in Clock Recovery Circuits

Introduction

Michael J. Palmer is an accomplished inventor based in Laguna Hills, California, known for his innovative contributions to electronic circuits. With a patent to his name, Palmer has made significant strides in the field of phase-locked loops (PLL) used in clock recovery circuits. His work emphasizes the importance of efficiency and accuracy in data transmission, especially in situations where data streams contain irregular pulse spacing.

Latest Patents

Palmer's notable patent is titled "One-shot circuit for use in a PLL clock recovery circuit." This invention introduces a one-shot mechanism that takes advantage of timing intervals that are fractions or multiples of the voltage-controlled oscillator (VCO) period. This unique design helps to optimize the operations of the phase detector in a PLL by enabling and disabling it during non-uniform data pulse scenarios. The one-shot generates a delayed data signal to facilitate precise comparisons between data edges and clock edges, thus minimizing potential error signals caused by misaligned clock and data pulses.

Career Highlights

During his professional journey, Michael J. Palmer has been associated with Siliconsystems, Inc., where he has applied his expertise in electronics and circuit design. His focus on developing robust solutions for clock recovery systems has proven vital, especially in high-speed data communications.

Collaborations

Palmer collaborates closely with Richard G. Yamasaki, contributing to innovations that aim at improving electronic performance. Working together, they have explored various avenues within electronic circuit design, enhancing the capabilities of PLL technology.

Conclusion

Michael J. Palmer stands out in the world of inventors with his dedication to advancing electronic circuit efficiency. His innovative approach, particularly with the one-shot circuit patent, underscores the critical role of skilled inventors in the technological landscape. As technology continues to advance, contributions like Palmer's pave the way for future innovations in electronic communications.