633E15003C3T

Oscillators - 633E15003C3T Application Field and Working Principle

Oscillators are a type of electronic circuit that produces and uses an electric signal at regular intervals. They are divided into several different types, including the 633E15003C3T, which has various characteristics and features that make it suitable for certain applications. This article provides an overview of the 633E15003C3T’s application field and its working principle.

633E15003C3T Application

The 633E15003C3T oscillator is primarily designed as a low jitter, low power consumption clock solution for portable consumer products. Its excellent jitter performance makes it especially suited for applications such as digital video, wireless communication, and memory systems. Additionally, its low power consumption makes it an optimal choice for battery-powered devices. The 633E15003C3T is suitable for temperatures from -40o to 85oC, and its packages are available in 4mm square and 4mm x 5mm LCC packages.

633E15003C3T Working Principle

The 633E15003C3T oscillator works by taking an input voltage and using it to drive a quartz crystal to an oscillation frequency. The frequency of the oscillation is determined by the physical characteristics of the crystal and the applied voltage. The oscillatory output is then regulated by a feedback loop to create a stable frequency signal. The oscillator circuit is designed to achieve a fixed frequency while maintaining low phase jitter and low power consumption. The frequency can also be tuned easily with external components for applications that require variable frequencies.

In summary, the 633E15003C3T oscillator is designed for low jitter, low power consumption clock solutions, and is particularly suitable for portable consumer products such as digital video, wireless communication, and memory systems. Its working principle relies on using an input voltage to drive a quartz crystal to an oscillation frequency, and then regulating the oscillatory output by a feedback loop to create a stable frequency signal.