XLH536001.544000I

XLH536001.544000I is a high precision oscillator, designed to provide time-critical clock applications with enhanced speed and accuracy. It is capable of generating a frequency output of up to 20 MHz. With its low power consumption, the oscillator provides a cost effective solution for oscillator applications. In addition, its integrated wide frequency range eliminates the need for external buffering.

The oscillator\'s application field is mainly digital communication system, wireless communication system, network system clock and PLL applications. As a high-precision oscillator, it meets or exceeds the design requirements of high performance industry level applications, such as digital television, software defined radios and other military-grade products. Furthermore, compared to the analog system, the oscillator provides finer resolution and stability, making it ideal for high performance time-critical applications.

The working principle of the oscillator is similar to a conventional oscillator. When AC or DC power is applied, the oscillation frequency is determined by the timing elements which include crystal, capacitor and resistor. As the voltage changes, the capacitance changes and the frequency changes accordingly. This phenomenon is called Frequency Pull Range, and it is critical for high frequency oscillation.

The oscillator design incorporates an advanced high-performance CMOS amplifier for improved system noise, a frequency pull range of up to 3%, and an operating temperature range of -40°C to +125°C. The oscillator also has excellent EMI/RFI interference immunity, enabling it to withstand environmental interference. Additionally, the highly stable oscillator is built to achieve precision timing, allowing the system to remain in consistent time-based operations.

XLH536001.544000I is an ideal choice for cost effective, high performance, precision timing applications. With its wide frequency range, low power consumption and exceptional accuracy, it provides a reliable and accurate time base, and is an excellent choice for time-critical applications.