ADN2807ACPZ-RL

ADN2807ACPZ-RL is an application-specific clock/timing product used primarily in communication systems, including cellular base station and mobile handset systems, Ethernet switches, routers and multi-channel modems. It offers improved spectral purity, good system performance and cost-effective solution.

The ADN2807ACPZ-RL stand for APEC Intelligent Digital Clock Generator for Cellular Application. It is based on APEC (Application-Specific Programmable Electronics Core) technology, which combines the functionalities of clock generators, synthesizers and PLLs.

The ADN2807ACPZ-RL is designed to provide a high-speed, high-performance solution for a wide range of communication systems. It supports a variety of clock outputs and reference inputs. The outputs can be used for data clock, timing signal, system clock, and other functions.

It features programmability and configurability, which allows users to adjust the output signal and frequency. The output clock signals can be generated based on the reference signal, which can be provided external or generated internally by the chip.

The ADN2807ACPZ-RL utilizes a two-charge pump voltage-controlled oscillator (VCO) which allows for high frequency and low phase noise, which is ideal for communication systems. The chip also features low power consumption and can operate up to 1.8V for 3.2V supply voltage.

The ADN2807ACPZ-RL is designed for ease of use, with a wide range of programming and configuration options. It is also designed for flexibility, allowing for both multiple clock formats, as well as multiple frequency ranges.

The ADN2807ACPZ-RL provides an efficient and cost-effective way to generate clocks and other timing signals for communication systems. It is also highly reliable and has a long operating life.

In summary, the ADN2807ACPZ-RL is an application-specific clock/timing product designed for communication systems. It supports a variety of clock outputs and reference inputs, utilizes a two-charge pump voltage-controlled oscillator (VCO) and offers programmability and configurability. It is ideal for high-frequency, low-phase noise applications and is a cost-effective solution for communication systems.