Based on the company’s piezoelectric MEMS architecture, Sand 9 timing products
The micro-electromechanical systems (MEMS) industry has come a long way since its inception, with innovative technologies steadily revolutionizing various applications. Among the emerging technological advancements making waves in the MEMS industry is piezoelectric MEMS technology. In particular, Sand 9’s piezoelectric MEMS architecture has played a critical role in redefining the timing solutions landscape, making their timing products highly sought after in various sectors like telecommunications, automotive, and IoT.
In this article, we’ll take an in-depth look at Sand 9’s piezoelectric MEMS architecture and examine how their timing solutions are transforming the industry.
Understanding Sand 9’s Piezoelectric MEMS Architecture
While traditional MEMS devices rely on electrostatic actuators that require high voltage operation and contain movable parts, Sand 9 has developed a unique architecture that takes advantage of piezoelectric materials to create highly reliable and efficient devices. This innovation uses piezoelectric materials that convert electrical energy into mechanical motion, and vice versa.
Sand 9’s architecture consists of a bulk-mode, high-frequency resonator made using piezoelectric thin films, which enables devices to function at low voltages while still delivering consistently high performance. The resonator design features a high-quality factor, minimal deviations from ideal linearity or mechanical stress response, and excellent temperature stability.
Benefits of Using a Piezoelectric Substance
The use of piezoelectric materials in Sand 9’s architecture offers numerous benefits over traditional timing solutions. Some of these include:
1. High frequency
Piezoelectric materials used in resonators can achieve higher frequencies than their counterparts built on electrostatic principles alone. In advanced applications where higher frequencies are required for precise timings, such as wireless communication systems and radar equipment, this is an invaluable feature.
2. Low power consumption
As previously mentioned, piezoelectric MEMS devices require lower voltage operation than their capacitive counterparts, making them inherently more power-efficient. This quality allows the battery-powered devices to last longer on a single charge – significantly cutting energy costs across various sectors.
3. Improved stability
The piezoelectric device originating from Sand 9’s architecture boasts excellent frequency stability over varying temperature ranges. This makes comparative oscillators using the technology ideal for applications subject to fluctuating conditions like automotive systems or satellite communicators.
Thanks to its solid-state nature and fewer movable parts compared to conventional oscillators, piezoelectric-based MEMS timing products tend to be much more resistant to external factors such as shock and vibration.
Applications of Sand 9 Timing Products
With their superior performance capabilities, it’s no surprise that timing solutions based on Sand 9’s piezoelectric MEMS architecture have found extensive use across various industries:
In telecommunication systems where accurate timing is crucial for increasing bandwidth capacity and enhancing overall network performance, Sand 9’s timing products offer unmatched precision through their significantly reduced phase noise properties.
2. Automotive systems
The robust nature of these products makes them well-suited for automotive electronics applications where they must maintain stable performance under extreme temperature fluctuations and constant vibration.
3. Internet of Things (IoT)
As powering IoT applications becomes increasingly challenging with billions of connected devices striving for energy efficiency – Sand 9’s low-power consumption is a game-changer for embedded timing solutions across countless IoT implementations.
Sand 9’s groundbreaking innovation in leveraging piezoelectric materials within their MEMS architecture has paved the way for new avenues in the world of timing solutions. With unparalleled precision, impressive power conservation capabilities, and exceptional resilience against environmental changes – it’s clear that Sand 9’s timing products will continue to revolutionize the industry for years to come.