TFF11139HN/N1,118

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Clock/Timing - Application Specific

The TFF11139HN/N1,118 is an excellent choice for clock/timing applications which require better accuracy and greater data rate stability than what is offered by traditional quartz crystal oscillators. This particular device has a frequency range between 2.5GHz and 7GHz, with a maximum supply voltage of 5V. It is specifically designed for high frequency applications, with a maximum output swing of 2.5V PP. The TFF11139HN/N1,118 utilizes a combination of innovative technology and advanced assembly techniques to achieve its outstanding performance.

The TFF11139HN/N1,118 features a patented ultra-low phase noise architecture that achieves a minimum frequency offset of +/-30fsRMS. This ensures the clock/timing applications have the highest possible accuracy and stability. Moreover, the device is capable of supporting data rates of up to 10Gbps, making it an ideal choice for high-speed applications. Additionally, it operates with an extremely low power consumption of just 3.5mA.

The working principle of the TFF11139HN/N1,118 is based on the concept of a Surface Acoustic Wave (SAW) oscillator. A SAW oscillator is used to create a stable, extremely low noise signal. This signal is then amplified and shaped through an on-chip amplifier to achieve the desired frequency and output levels. The entire process is managed and controlled via an on-chip temperature compensated crystal oscillator (TCXO). The TCXO ensures that regardless of the ambient temperature, the device is able to maintain a high degree of accuracy and stability.

Overall, the TFF11139HN/N1,118 Clock/Timing device is one of the most accurate and stable oscillators currently available in the market. It features state-of-the-art design elements that make it an ideal solution for today’s demanding clock/timing applications. It has a wide frequency range and can support data rates of up to 10Gbps. Additionally, the device is capable of maintaining extremely high accuracy and stability, making it the perfect choice for high-precision applications. Furthermore, the device consumes very low power and is highly reliable, making it an excellent choice for any clock/timing application.

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