377NB3I2048T

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Introduction

The 377NB3I2048T is a series of MEMS oscillators designed for a variety of applications in the wireless communications industry. It is a highly optimized oscillator for low power consumption in mobile multimedia systems. MEMS oscillators (Micro-Electro-Mechanical Systems) have been developed in recent years to replace traditional quartz crystal oscillators and provide accurate timing for a variety of mobile and wireless applications.

Applications

The 377NB3I2048T oscillators can be used in a variety of applications such as WiMAX equipments, 3G/4G base stations, carrier-grade routers, mobile phones, tablets, ultrabooks, laptops and other portable consumer electronic devices. It is also used extensively in the automotive industry for a variety of applications including engine control systems, vehicle stability systems, brake systems and infotainment systems. The 377NB3I2048T is also used in medical equipments, portable gaming devices, handhelds, plato and portable instruments and instruments.

In addition to its primary application in the wireless communications industry, the 377NB3I2048T series of MEMS oscillators are also used in the aerospace, defense, telecommunications, industrial, automotive, consumer, medical, and instrumentation industries. In the automotive industry, the 377NB3I2048T is used in advanced driver assistance systems (ADAS), navigation systems, electronic stability control systems, brake control systems, parking assistance systems, and other vehicle systems.

Working Principle

MEMS drum oscillators use a combination of a “drum” and a stator to generate an oscillating signal. A contoured membrane is suspended over multiple electrodes and forms the drum while the stator is a set of magnets held in place. The membrane is electrically charged which causes the drum to vibrate at a high frequency. As the vibration continues, the magnets of the stator interact with the stator to further amplify the vibration.

The 377NB3I2048T oscillators utilize a unique mechanical design that increases the device\'s frequency stability, power efficiency, and jitter performance. It includes a resonator drum that is suspended on a flexible frame to minimize mechanical loss, an optimized electrode/magnet pattern to maximize performance, and a low-noise drive electronics. This combination offers a high-quality resonator performance with minimized electrical and mechanical losses.

Conclusion

The 377NB3I2048T MEMS oscillator is an advanced oscillator designed for mobile multimedia systems and other wireless communications applications. It offers high-quality resonator performance with minimized electrical and mechanical losses due to its unique mechanical design and optimized electrode/magnet pattern. It can be used in a variety of applications including WiMAX equipments, 3G/4G base stations, carrier-grade routers, mobile phones, tablets, ultrabooks, laptops and other portable consumer electronic devices.

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