353VB3A24FR Datasheet/PDFOscillators – 353VB3A24FR application field and working principle
Oscillators, including the 353VB3A24FR, are components used to generate a continuous waveform, or an electrical signal that repeats itself at regular intervals. Oscillators are widely used in electronic circuits, like filters and amplifiers, for their ability to maintain a steady sine wave that follows a particular frequency. The 353VB3A24FR oscillator is extremely low noise, high stability, and low jitter, making it an ideal choice for timing and frequency applications. It is a 10-pin Surface Mount Device and is widely used in commercial, consumer, industrial, and aerospace applications.
Applications
The 353VB3A24FR oscillator is ideal for use in applications which require precise timing control, such as wireless data transmission; radio networks; audio/video broadcast; data acquisition; navigation systems; machine control; industrial robotics; and medical applications. It is also applicable to the gaming industry, specifically for connected game consoles. This oscillator is also commonly used in high-performance digital signal processing and datacom networks.
Working Principle
The 353VB3A24FR utilizes a quartz crystal and a voltage-controlled oscillator circuit to generate a continuous waveform. The quartz crystal acts as a barrier between components and a reference standard, providing a stable frequency. The frequency of an oscillator can be adjusted using a resistor and capacitor, which control the voltage applied to the quartz crystal. The characteristics of the oscillator are dependant on the frequency of the quartz crystal, and the value of the resistors and capacitors. The quartz crystal is the most reliable element - it provides consistent accuracy over varying temperatures and humidities.
Conclusion
The 353VB3A24FR oscillator is an ideal choice for a variety of commercial, consumer, industrial, and aerospace applications that require precise timing control. It utilizes a quartz crystal and voltage-controlled oscillator circuit, making it an extremely low noise, high stability, and low jitter component.