445I33G13M00000

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Crystals serve a critical role in modern electronics as they regulate frequency and precision timing components. The 445I33G13M00000 oscillator is one such crystal that is a popular design choice for many industrial and consumer-level applications, due to its high accuracy and reliability. This article will discuss the features that make the 445I33G13M00000 special and its typical application fields, as well as how its working principle makes it so effective.

The 445I33G13M00000 oscillator is an ultra-low jitter device designed for mission-critical and high-performance applications. It is constructed using an advanced design with a resonator that is suspended and controlled by an electrostatic charge for ultra-stable frequency control and maximum precision timing. This design has been tested and is rated to deliver +/-50ppm at 0-70 degrees Celsius over an extended life of more than 10 years.

Because of these ultra-stable characteristics and reliability under extreme temperatures, the 445I33G13M00000 oscillator is commonly used in a wide range of applications, including mobile phones, wireless communication systems, multimedia players, industrial automation systems and telecom equipment. The precision timing capabilities also make it a popular choice for timing critical applications such as imaging and signal processing, where accurate signal timing is critical for optimal performance.

The working principle of the 445I33G13M00000 oscillator is based on a concept known as Dynamic Frequency Control (DFC). This utilizes an electrostatic charge to suspend and control a quartz resonator elements, which creates a precise frequency and phase range. The advantage of the 445I33G13M00000 over other oscillators is the ability to reduce power dissipation while maintaining superior accuracy, making it a great choice for battery-powered applications.

In conclusion, the 445I33G13M00000 oscillator is a suitable choice for any precision timing application that requires accuracy and reliability over extended temperature ranges. This oscillator is highly design efficient, offering superior frequency stability, low power consumption, and extended life expectancy of more than 10 years, making it an ideal solution for all of your precision timing needs.

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