PI6LC48H02LIE

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

Clocks or timing circuits play an important role in many systems, as they allow the synthesis and regeneration of signals of different period and duty cycle duration. As such, specific applications of clock and timing systems are the most sought-after in the industry today. One such example is the PI6LC48H02LIE which serves as an ideal choice for applications with low power requirements, minimal space footprint, and high performance to meet any demanding clocks and timing signal requirements. This article discusses the application field, as well as the working principle, of the PI6LC48H02LIE.

Application Field

The PI6LC48H02LIE is a precision low power programmable clock generator, which is specifically designed for applications with demanding requirements in terms of signal clarity and stability. With a nominal output frequency up to 150 MHz, these parts have the capacity to support several output requirements. In addition to this, its minimal power consumption, as only 25 mW at a VT voltage of 1.1 V, and low cost make it an appealing choice for many applications.

Some of the typical applications of the PI6LC48H02LIE include digital broadcast reception, PoE, GSM/GPRS/EDGE/WCDMA, digital audio/video, WIFI, LTE/CAT-M/NBIOT, automotive, and WiFi/Bluetooth/IEEE 802.15.4. Its application field comprises several infrastructures in the IoT sector, such as data logging, monitoring and surveillance, communication networks, etc.

Working Principle

The PI6LC48H02LIE is a precision low power programmable clock generator, which is capable of generating up to three high-frequency and low-jitter outputs. It is based on a proprietary and high-performance DesignWare programmable logic device (PLD) family, providing several advantages over discreet logic components. The power management system of the PI6LC48H02LIE allows for very low power consumption, hence its optimal suitability for IOT applications.

The PI6LC48H02LIE has the capacity to generate a wide range of input clock frequencies and is specially designed to work in long-term stable and low-power application environments. The device internally combines discrete components including a clock-frequency ring oscillator, PLL, dividers and buffers, etc. This clock generation chain enables it to generate frequency outputs over a wide range from a few kHz to well over 150 MHz, with a resolution of 0.01% and a close-in jitter around 0.5 ps.

The PI6LC48H02LIE also offers additional features for systems that need more than three outputs. Apart from providing an accurate frequency lock on all the three outputs, it also includes an event control feature, which allows the user to trigger output pulses or pulses that can be synchronised with asynchronous events. On top of that, the PI6LC48H02LIE also supports functions such as input clock failure detection, allowing it to detect any changes in the input clock frequency and automatically adjust its output frequency accordingly.

Conclusion

PI6LC48H02LIE offers superior performance and accuracy for applications requiring a stable, high-frequency programmable clock generator. Its wide range of input and output frequencies, low power consumption, and reliable clock stability make it an ideal choice for many IoT applications. Through the use of advanced discrete components and proprietary programmable logic, the PI6LC48H02LIE, meets the most demanding clock and timing signal requirements.

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