Mohamed Zanaty

Sr. MEMS Development Engineer

Articles

A closeup view of a vintage pendulum clock mechanism that showcases its intricate and complex design as well as elegance

The Story of Timekeeping: From Pendulum Clocks to MEMS Oscillators (Part 3 of 3)

Welcome to part 3 of our series on The Story of Timekeeping. Here, we move beyond the world of ancient timekeeping methods and the dawn of early mechanical clocks to discuss timekeeping based on the phenomenon known as isochronism—from pendulum clocks to modern MEMS oscillators.
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8 min read
Prague Orloj, installed in 1410 A.D.

The Story of Timekeeping: How Mechanical Clocks Redefined Our World (Part 2 of 3)

This is part two of our three-part series on the history of timekeeping. In this segment of our series from the beginnings of timekeeping to next-generation innovations, we explore how mechanical clocks helped to redefine our world.
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2 min read
The shadow of the sun reveals the time on an ancient sundial

The Story of Timekeeping: Measuring Time in Ancient Civilizations (Part 1 of 3)

Welcome to our three-part series on the history of timekeeping, where you’ll journey from the beginnings of timekeeping to timing technology that is enabling next-generation innovations previously not believed possible. This is part one of our series, where we explore how ancient civilizations measured and celebrated time, laying the foundation for the sophisticated and complex timekeeping technologies we rely on today.
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5 min read
 Clock with with calendar date of February 29th written on it. Leap year concept

Decoding Time: Why Leap Years Are Essential for Precision

Did you know that leap years are essential for keeping our calendars in sync with natural phenomena? At SiTime, we're not just about measuring time; we're about understanding its intricacies and ensuring our technology aligns with the natural world.
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4 min read