XLL535644.531250I Crystals, Oscillators, Resonators

Oscillators have wide applications and are useful for generating and controlling signals. XLL535644.531250I oscillator has numerous field applications and its working principle is explained in this article.

Overview of XLL535644.531250I

XLL535644.531250I is a dual supply, programmable low power oscillator offering a wide range of frequencies up to 100MHz. It offers a precision output waveform and wide operating vocality for low frequency applications. This oscillator is particularly suitable for very low noise edge locked clocks, rippleless clocks, and delay locked loop designs. XLL535644.531250I is available in a variety of package options and can be programmed both via JTAG programming or by loading a PROM.

Applications

• IO buffers.
• Router and switching nodes.
• Data channels and bridges.
• FIFO’S, crosspoint switches, and mezzanines.
• Bus control and multiplexing.
• E1 and E3 telecom transmission modules.

Key Features

• Ultra-low power consumption.
• Very low jitter.
• Programmable and customizable.
• No external components required.
• Compact size.
• Two independent outputs.

Working Principle

XLL535644.531250I uses a digitally-controlled sine wave oscillator as its oscillator block. This oscillator is driven by an internal PLL. The PLL (phase-locked loop) can be used to set the frequency of the output signal. The PLL uses an internal oscillator to create a reference signal and a feedback signal from the output of the sine wave oscillator to maintain the output frequency at the desired level. The frequency of the output signal can be programmed by writing to a register in the XLL535644.531250I.

Conclusion

XLL535644.531250I is an oscillator designed for precise frequency control and low power consumption. Its unique features make it suitable for a wide range of applications. The working principle of this oscillator makes it simple to program and easy to use. With all its features and advantages, it is a perfect choice for any low power application that requires precise frequency control.