XLL53V074.175824X

Oscillators are electronic devices used to create electrical signals in the form of a periodic waveform. The XLL53V074.175824X is an oscillator with an output frequency of 4.175824 MHz. It is a highly integrated, IC-based, low-noise, complementary metal-oxide semiconductor (CMOS) oscillator with adjustable accuracy and power.

The XLL53V074.175824X oscillator is widely used in a variety of electronic applications, including digital signal processing, radio frequency (RF) systems, power systems, and test and measurement systems. In digital signal processing applications, the XLL53V074.175824X oscillator is used to generate clock signals. In RF systems, the oscillator is used to generate continuous-wave (CW) signals. It is also used in power systems to regulate frequency in uninterruptible power supplies (UPS) and in test and measurement systems to generate accurate timing pulses.

The XLL53V074.175824X oscillator operates with low jitter and low-voltage noise over the frequency range from 4.175824MHz to 4.177424MHz. The oscillator is designed with two types of inputs: an externally adjustable input frequency and a fixed internal frequency. The adjustable input frequency allows for small changes in the output to be made by changing the input frequency, while the fixed internal frequency provides the flexibility to adjust the how the output is determined.

The XLL53V074.175824X oscillator consists of two integrated circuits, an external clock generator and an internal oscillator. The external clock generator provides an adjustable, sinusoidal input to the internal oscillator. The internal oscillator uses a charge-pump architecture to generate a stable 4.175824MHz output signal. The output signal is further conditioned by the external clock generator, which provides amplitude control and other necessary filtering.

The XLL53V074.175824X oscillator has many advantages over traditional oscillators, such as low power consumption, high stability, and temperature compensation. Its low-noise characteristics make it ideal for RF applications, while its wide accuracy range makes it suitable for digital signal processing applications. The two input types make it easy to change the output frequency, allowing for easy customization of the oscillator to meet application-specific requirements. The oscillator is also highly integrated, reducing its physical size and making it easy to incorporate into space-constrained electronic systems.

In conclusion, the XLL53V074.175824X oscillator is a highly integrated, low-noise, and versatile oscillator used in a variety of electronic applications. With its adjustable accuracy and low power consumption, it is a reliable and practical choice for digital signal processing, radio frequency (RF) systems, power systems, and test and measurement systems.