XLH736036.864000I

Oscillators are an important part of electronic systems. They make use of recurrent signals to provide a continuously repeating waveform. The XLH736036.864000I oscillator is a specialized type of oscillator designed to provide low jitter and low phase noise. It is highly robust and reliable, and is suitable for a wide range of applications, such as communication systems, precision instrumentation, and wireless systems.

The XLH736036.864000I is an oven-controlled resonator oscillator (OCXO). A crystal oscillator consists of a quartz crystal and other components that ensure the frequency is constant and accurate. An OCXO uses a crystal oscillator which has been temperature stabilized, or “ovenized”, to further improve its accuracy, stability, and operating environment.

The XLH736036.864000I has a frequency accuracy of 0.3ppm from -20°C to +70°C, and 1ppm from -40°C to +85°C. This makes it suitable for industrial-grade applications. Moreover, its operating temperature range is between -50°C and 125°C, and it offers an ultra-low noise floor, low phase noise, and low jitter performance.

The XLH736036.864000I oscillator has various applications. It can be used in communication systems, including cellular base stations, backhaul networks, and microwave networks. It can also be used in precision equipment, such as navigation systems, satellite systems, and WiMAX systems. Additionally, it can be used in wireless systems for smart phones, tablets, and routers.

The working principle of the XLH736036.864000I oscillator is quite simple. It consists of a quartz crystal oscillator and a temperature control device. The quartz crystal oscillator creates a signal with a frequency determined by the physical properties of the crystal. The temperature control device then stabilizes the temperature, enabling the oscillator to maintain its frequency accuracy.

In summary, the XLH736036.864000I oscillator is a specialized type of oscillator that is highly robust and reliable. It offers ultra-low noise floor, low phase noise, and low jitter performance. Moreover, it can be used in communication systems, precision equipment, and wireless systems. Finally, it works by using a quartz crystal oscillator and a temperature control device, which enables the oscillator to maintain its frequency accuracy.