XLH330004.000000X

The XLH330004.000000X is a temperature-compensated crystal oscillator (TCXO). It has wide operating temperature range, low phase noise and low cost. This device is suitable for usage in many different applications.

The XLH330004.000000X device has two primary operating principles; one is the use of quartz crystals as a resonator to produce consistent frequency and phase response across temperature and voltage changes. The other principle is to use a temperature-compensation circuit that uses temperature-sensitive components to reduce the temperature dependency of the quartz in varying environments. The two principles contribute to the device\'s precise performance, high reliability and long life.

The XLH330004.000000X device has diverse application fields. It is suitable for usage in telecommunications systems, such as Mobile Base Stations, 4G Networks, and Network Element Baseband Modules. The device is also suitable for use in radiofrequency systems, such as GPS receivers, WLAN, frequencies synthesizers, radio transmitters and coding applications.

The XLH330004.000000X has wide operating temperature range from -40°C to 85°C, offers up to ±4.9 ppm stability over full temperature range, which is more than essential for synchronizing base station signals, and has low phase noise of -140 dBc/Hz@100KHz and output frequency of 12.8MHz, making the device suitable for many different applications.

The XLH330004.000000X device also has additional benefits such as low power consumption, small environmental footprint and low cost. It helps reduce both power consumption and cost, while still providing great functionality. It also helps to reduce the amount of waste and environmental pollution that can occur from packaging and shipping, making it an ideal device for many different applications.

In conclusion, the XLH330004.000000X is a temperature-compensated crystal oscillator (TCXO) that is suitable for many applications that require precise frequency response, high reliability and long life. It has wide operating temperature range, low phase noise and low cost, making it an ideal device for many different applications.