PI6LC48S25ZBBEX

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The PI6LC48S25ZBBEX is an oscillator buffer designed for clock/timing applications. It is a low-cost, low-power device that provides an easy-to-use solution for driving oscillators and other high-frequency timing components.

Clock/timing circuitry is integral for the correct operation of electronic systems. It involves various components like oscillators, dividers and detectors that generate or maintain precise clock or timing signals. The PI6LC48S25ZBBEX helps drive these components, typically reducing input drive levels while providing a high performance output signal.

Application Field

The PI6LC48S25ZBBEX is widely used in high-speed computing, communications, and consumer electronics. It is an ideal device for driving high-speed oscillators, divider chains, and other frequency-managed components. Typical applications include personal computers, servers, telephone systems, ultrasound imaging systems, digital televisions, and many other consumer products.

Features & Advantages

The PI6LC48S25ZBBEX offers a number of benefits as compared to conventional clock buffers. It is built from advanced SiGe BiCMOS process technologies, providing superior performance and a better signal integrity. The device is designed for 2.5V supplies, has low power consumption and provides a wide range of supply voltage tolerance.

The PI6LC48S25ZBBEX also offers a high clock jitter tolerance as well as programmable drive current to optimize signal integrity while minimizing power consumption. It has an adjustable output voltage range, allowing for flexible designs. Finally, the device offers a low-cost package, making it a good value for clock/timing applications.

Working Principle

The PI6LC48S25ZBBEX works by transforming low-power input signals into a high-power, low-voltage output signal. It does this by using an input signal to drive a transistor within the device, which in turn drives an output signal. The signal is then amplified and passed to the output, providing a clean signal with a low residual noise level.

In addition, the PI6LC48S25ZBBEX can be configured to further optimize signal performance. This includes adjusting the drive current to optimize signal integrity while minimizing power consumption, and adjusting the output voltage range to accommodate different output signal levels. This allows for more flexibility in designing clock/timing circuitry.

Conclusion

The PI6LC48S25ZBBEX is an ideal device for driving oscillators and other high-frequency timing components. Its low-cost package and wide range of features make it ideal for high-speed computing and communications applications, as well as consumer electronics. Its low power consumption and adjustable output voltage range ensure maximum signal integrity and flexibility for various clock/timing applications.

The specific data is subject to PDF, and the above content is for reference