9DBL0641BKILF

The 9DBL0641BKILF is a high-performance, ultra-low power self-timed logic clock oscillator, designed to use for a wide range of applications specific for clock/timing. It is programmed so as to output clock frequencies which can span from 2.5 to 150 MHz with the help of a USB connector. It includes the ISO-CMOS VCO technology, with the prime motive to regulate clock frequencies adequate to the present market demand. This ultra-low power integrated circuit is engineered to fit into a small workplace and is capacitated to deliver over 100mA load current along with a maximum total unload power dissipation of 10 mW.

The 9DBL0641BKILF is configured with a 3-pin internal feedback programmable logic oscillator, which offers multiple input levels that offer long-term stability and high resolution for minimum jitter. It is a high-sensitivity-low-power module provided with an integrated MEMS oscillator chip inside. It offers the maximum frequency spread of 4 times from the point of origin, resulting in a tight effect on the output clock.

The 9DBL0641BKILF module is integrated with the technology of low power oscillator and signal conditioner, boosted to the highest output clock stability with compressive accuracy. An operational amplifier is incorporated to deliver signals with higher accuracy and less jitter. These signal noises are eliminated with the help of a compensation network, allowing for low variation in output signal. The MEMS oscillator also offers a low temperature drift that enables the output clock to remain accurate over a longer period of time without needing any adjustment.

The 9DBL0641BKILF module is designed in such a way that it is robust enough to handle a wide range of clock rates. It is designed to precisely match the established clock rate and provides an appropriate voltage control circuit. It is capable of following its programmed frequency in spite of any changes in the operating environment. The module is integrated with a frequency multiplier and further component-level optimization is done over a wide range of frequencies and temperature coefficients to ensure a higher stability as well as flexibility.

The 9DBL0641BKILF module provides consistent and reliable results over extended periods. It is highly preferred in applications where stability, accuracy, and longevity of power delivery is the primary concern. Furthermore, its small size makes it suitable to use in limited real estate applications. In times of rising power demand and an ever-changing operating environment, the 9DBL0641BKILF module proves its efficiency in consistently delivering the desired performance in clock/timing application-specific scenarios.