Technical Articles
SiTime Corporation has published these technical articles:
(Timing Circuits)
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The winter storm Uri hit the heart of Texas in February 2021, knocking out power for roughly 4.5 million residents. 210 citizens died as a result of the storm and the financial losses are estimated at...
(Timing Circuits)
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Imagine Galileo Galilei sitting in a church around the turn of the 17th century, his eyes fixated on a swinging chandelier. Galileo noticed something remarkable: no matter how wide or small the arc,...
(Timing Circuits)
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The drive to measure and understand time is as old as humankind. For millennia, natural phenomena served as our means for measuring time but as humans progressed, a transformation was brewing. The...
(Timing Circuits)
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From our earliest ancestors, humans have been captivated by the fundamental question: What is time? They looked to the skies, searching for patterns in the stars and the sun's journey, seeking to...
(Timing Circuits)
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Timing plays a central role in ensuring that electronic systems operate reliably and harmoniously. This is never more critical than in the battlefield. Electronic systems such as unmanned vehicles,...
(Timing Circuits)
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To meet the demands of emerging technology and keep systems running like clockwork, it's time to rethink your timing devices. In this two-part Precision Timing series, you will learn why...
(Timing Circuits)
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To meet the demands of emerging technology and keep systems running like clockwork, it's time to rethink your timing devices. In this two-part Precision Timing series, you will learn why...
(Timing Circuits)
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With the rise of Industry 4.0, precise timing is central to coordinating everything from the motors to the sensors used in industrial automation. Timing synchronization is vital for electronic...
(Timing Circuits)
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SiTime today introduced Chorus™ Automotive Clock Generators—the industry’s first fully integrated clock system-on-a-chip (ClkSoC) with built-in fault monitoring mechanisms for the...
(Timing Circuits)
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Available anywhere, anytime, around the world, GPS provides precise positioning and navigation for the armed forces. Military operations are built around GPS-based positioning, navigation and timing...
(Timing Circuits)
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In the fast-paced world of high-speed data communication, the importance of accurate reference clock (refclk) jitter analysis cannot be overstated. For decades, the industry relied on a traditional...
(Timing Circuits)
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In the dynamic world of high-speed data communications, the JEDEC JESD204 standard is a cornerstone for efficient data transmission between high-speed analog-to-digital and digital-to-analog data...
(Timing Circuits)
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In recent years, SmartNICs, also known as smart network interface cards, have transformed networking and data center applications by combining the connectivity of a traditional network interface card...
(Timing Circuits)
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AI has emerged as a mainstream technology, with millions of users almost overnight. This explosive growth has propelled the rapid deployment of AI infrastructure in datacenters and the need for a...
(Timing Circuits)
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In a world of rapid data exchanges and complex system interactions, the importance of precise timing in high-speed communication systems cannot be overstated. In fact, synchronizing data is key for...
(Timing Circuits)
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AI has emerged as a mainstream technology, with millions of users almost overnight. This explosive growth has propelled the rapid deployment of AI infrastructure in datacenters and the need for a...
(Timing Circuits)
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Clocks are integral to most electronic systems. Timing and communications systems need extremely accurate clocks. When I started working with electronics, in the heyday of Citizen’s Band (CB)...
(RF, Microwave, and Wireless Components)
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Whether it's the coordination of international air traffic or operating broadcasting or telecom equipment, if electronic systems don't meet performance targets and operate precisely and reliably...
(RF, Microwave, and Wireless Components)
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Phase jitter is a crucial factor to consider when assessing the performance of electronic devices. It is the variation in the phase of a signal, which can lead to timing errors and affect overall...
(Timing Circuits)
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They are in supercomputers, crunching large data sets to understand mega patterns, probabilities and outcomes. They help us understand the origins of the universe, combat climate change, and aid in...
(Timing Circuits)
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Leap years are a fascinating feat of astronomy, history and technology. If you've ever been curious about the ins and outs of leap years, read on to learn about their origins and importance, their...
(Timing Circuits)
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With the rapid growth of network infrastructure and the convergence of 5G and datacenters, the timing specifications for high-stability and low-latency solutions have become increasingly stringent....
(Timing Circuits)
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All electronic products require one or more timing devices depending on the processor, partitioning and various functions in the system. Traditionally, 32.768 kHz crystals and low power MHz...
(Timing Circuits)
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In an ever-evolving technological landscape, precision timing plays an increasingly important role in system performance and reliability, especially when it comes to critical infrastructure such as AI...
(Timing Circuits)
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This white paper is an update on SiTime MEMS oscillator technology in response to the Epson white paper "Comparison of Crystal Oscillator and Si-MEMS Oscillators." The Epson white paper compares...
(Timing Circuits)
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In our last blog, we highlighted the total cost of ownership as it relates to oscillator performance and features. However, some of the largest cost savings come from the business and supply chain...
(Timing Circuits)
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The automotive industry is currently undergoing a massive transformation, fueled by four major trends that are shaping the future of transportation: electrification, shared automobile models, active...
(RF, Microwave, and Wireless Components)
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The considerable U.S. investment in military technology and advancements often have been a boon for civil purposes. The T-shirt you may be wearing in the Jeep you're driving listening to your...
(Timing Circuits)
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As the automotive industry continues to add electronic-based features and systems, the need for reliable and robust automotive-grade timing solutions increases. Soon cars will need upwards of 70...
(Timing Circuits)
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Micro-electro-mechanical systems (MEMS) technology has provided the foundation for transformational change in the electronics industry. In timing components, MEMS technology enables superior...
(Timing Circuits)
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Have you ever thought about the total cost of using a crystal versus a MEMS oscillator? This question may not be at the forefront of your selection process when the price of crystals seems so cheap-at...