813001AGILF

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As technology advances, there is an increasing demand for faster and more efficient synchronous clock distributions. This is where 813001AGILF application field and working principle comes in. 813001AGILF is a high performance synchronous and programmable multi-standard frequency synthesizer that enables very low jitter timing distribution. It is capable of delivering up to four outputs with independent and adjustable frequencies. This article will go into details regarding 813001AGILF application field, working principle and its range of features.

813001AGILF Application field

813001AGILF is an ideal solution for applications requiring multi-standard or frequency synchronization and programmability, such as: High-speed networking, Storage, Telecommunications, LTE and WiMAX base stations, Data converters, Clock and data recovery, FPGA/ASIC interconnects, Communication and wired/wireless base station clocks, Network processor, Transfer and clock synchronization for multi-standard data centers, Simultaneous multi-channel optical/wireless transceiver, Serial digital video interfaces and High-speed multi-channel switch fabrics.

813001AGILF Working Principle

Half-rate clock generation is used in 813001AGILF, which means that the frequency of the output clock is half of the frequency of the output of the device. 813001AGILF takes a reference input signal (from a quartz crystal oscillator) and generates a single reference signal that is used to derive several output synchronization signals. These outputs operate at different frequencies, based on the input reference clock. All of the outputs are synchronized to the input reference clock, thus providing very low jitter distribution.

The 813001AGILF device has two PLL (phase-locked loops): a main PLL for the reference input and a sub-PLL for the output clock generation. The main PLL is used to multiply the reference signal frequency by a prescaler factor, in order to obtain the optimal output frequencies. The sub-PLL is then used to generate frequency-locked output clocks with low jitter. 813001AGILF also has a frequency synthesis unit that allows the user to program the desired output frequencies.

813001AGILF Features

813001AGILF offers a variety of features that enable high performance synchronization and programmability. The first feature is its wide half-rate clock range. 813001AGILF supports half-rate clocks ranging from 10 kHz to 800 MHz. This allows it to be used in applications such as Ethernet and XAUI clocking, as well as for data converters and FPGAs. Moreover, the device can generate up to four independent and adjustable outputs with a total jitter of 0.1 ps (typical). It also supports an optional division factor for the output clock, allowing for even higher accuracy. Finally, it features a low power consumption of 1 W and low EMI levels.

In conclusion, 813001AGILF is a powerful and versatile device that enables very low jitter timing distribution. It is ideal for applications that require multi-standard synchronization, programmability and high performance clock distribution. Its wide half-rate clock range and adjustable output frequencies make it an excellent choice for high-speed networking, storage, telecommunications and more. Finally, its low power consumption and EMI levels make it a reliable and efficient solution.

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