SIT1602BCE2-XXS

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Programmable oscillators offer customers a versatile and reliable way to match oscillator specifications to their specific needs. The SIT1602BCE2-XXS oscillator is one such example of a programmable oscillator. It has a wide range of applications and a unique working principle.

The SIT1602BCE2-XXS is a small, low-power programmable oscillator. It operates within the 4.5MHz to 200MHz frequency range and is designed for low jitter performance. This oscillator is ideal for high-speed communication, storage, medical, and consumer electronics applications. Additionally, it offers low current consumption as well as superior shock and vibration resistance.

The SIT1602BCE2-XXS is also a highly customizable oscillator. It is designed to be reconfigured on the fly, allowing users to quickly tailor the oscillator to their exact specifications via an on-chip programmable oscillation circuit. This feature is highly beneficial in applications that require frequent tuning, such as those involving RF front-end circuitry, products with multiple frequency bands, and remote sensing applications.

The unique working principle of the SIT1602BCE2-XXS also makes it an attractive solution for a wide range of applications. It uses a combination of programmable frequency tuning and on-chip capacitive tuning to achieve low jitter performance and excellent frequency control. The on-chip capacitive tuning mechanism works by automatically adjusting the frequency based on the user-defined capacitor value. This allows the oscillator to optimize the output frequency over multiple operating conditions, ensuring the best possible performance.

The SIT1602BCE2-XXS is a reliable and versatile product that is ideal for both high-speed communication and consumer electronics applications. Its programmable oscillation circuit allows users to quickly tailor the oscillation to their specific needs, while its low-power operation and superior shock and vibration resistance make it well suited for a variety of demanding applications. Additionally, its combination of programmable frequency tuning and on-chip capacitive tuning makes it an attractive solution for applications requiring precise and repeatable frequency control.

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