XNCLH16M384THJA2P0 Crystals, Oscillators, Resonators

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Oscillators are electronic devices that produce a periodically varying signal. XNCLH16M384THJA2P0 is an oscillator that offers excellent performance for high-speed computer applications and telecommunications. It has high stability, low phase noise, and low jitter.

In terms of application field, the XNCLH16M384THJA2P0 oscillator is suitable for all types of data-rate equipment including: ATM, multiplexing, SDH/SONET, digital video and audio, digital measurement, spread spectrum communications, Ethernet, WLAN and packet switching systems. It is also suitable for ultra-low jitter applications with reference frequencies in the range of 4kHz to 6.4GHz.

The working principle of XNCLH16M384THJA2P0 oscillator is called “resonant tuning”. It includes two main elements: the inductor and the capacitor. Through their interaction, a resonant electric circuit is created which produces a stable signal. This signal is then amplified and sent through the output to the other components of the system. The frequency of the output signal can then be adjusted by varying the inductance and capacitance.

This oscillator is widely used in applications such as timekeeping, clock synchronization, frequency division, and signal modulation. It has a high degree of accuracy and a wide range of operating frequencies. The XNCLH16M384THJA2P0 oscillator is also designed to reduce power consumption and total harmonic distortion.

In addition, the XNCLH16M384THJA2P0 oscillator utilizes an industry-standard pinout and offers excellent signal conditioning due to its low distortion. There are also selectable frequency and rise/fall times for perfect timing in critical signal applications. It can be used in many smartphones and PCs because of its high performance, low power consumption, high stability, and low phase noise.

Overall, the XNCLH16M384THJA2P0 oscillator is a high performance oscillator used for high-speed computer applications and telecommunications. It offers excellent stability, low phase noise, and low jitter. It is suitable for a wide range of applications including timekeeping, clock synchronization, and signal modulation. Its low power consumption and total harmonic distortion make it a popular choice for many different devices.

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