F1RCXO-6408-10S

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F1RCXO-6408-10S application field and working principle:

The F1RCXO-6408-10S is a high performance temperature compensated crystal oscillator (TCXO) designed specifically for Wi-Fi applications. As is typical with high performance TCXOs, the F1RCXO-6408-10S has a frequency tolerance of ±2ppm (parts per million) and a temperature stability of 0.2ppm maximum. The device, with its built-in frequency trimming range of ±20ppm, is ideally suited for Wi-Fi applications requiring frequency accuracy and stability.

The device also features a low power consumption, with an operating voltage of 1.8 V. In addition, it has a fast warm-up time of 250ms, with a typical current consumption of 7.2mA. This makes it ideal for applications where battery disturbance must be kept to a minimum.

The device is constructed using a CMOS MEMS process and a patented on-chip tuning control loop. The MEMS process is used to fabricate an oscillator core consisting of an oscillator chamber, a tuning control group, and a frequency adjusting resistor. The MEMS oscillator core is fed by an external voltage supply, and the frequency can be finely adjusted using the frequency adjusting resistor. The patented on-chip tuning control loop then utilizes this fine frequency adjustment to accurately control the frequency of the oscillation.

The F1RCXO-6408-10S is the ideal solution for Wi-Fi applications requiring clock accuracy and stability. The device is designed to be relatively inexpensive and consume a low power. In addition, its MEMS construction and patented on-chip tuning control loop make it highly reliable.

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