849N202CKI-011LFT

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 849N202CKI-011LFT is a clock generator, precision frequency synthesizer, and phase-locked loop (PLL) integrated circuit. It is used as a device that is able to generate accurate frequencies and phase relationships which helps in the process of timing, synchronization and controlling in circuits. This IC helps in creating and distributing signals that are synchronized, which are usually found in systems and modules that require precise timing.

The 849N202CKI-011LFT is a clock generator, and as such, it helps in generating uniform cycles needed for proper timing and synchronization. By being able to create a periodic signal, elements are allowed to interact with each other along the same timeline and this ensures efficient working. Generally, these clock generators are used in analog and digital circuits, for which on-chip phase-locked loop circuitry is not necessary.

The integrated circuit also contains a phase-locked loop (PLL). PLLs are extremely convenient for providing frequency synthesis and also timing functions. With a PLL, the output frequency can be manipulated by adjusting the control clock frequency without losing synchronization. This allows the user to adjust the output clock frequency to the desired range. It is also important to note that even with the number of applications where PLLs are being used, they still maintain their low power consumption.

In terms of the working principle, the 849N202CKI-011LFT clock generator contains a reference clock circuit, a reference clock frequencies, a carrier sensing circuit and a clock output. Additionally, it contains on-chip circuitry for synthesizing clock signals, PLL, and a monolithic CMOS construction for low power consumption.

The reference clock circuit in the 849N202CKI-011LFT is used to control the frequency of the internal clock. The reference clock frequencies determine the clock output frequency. The carrier sensing circuit is used to detect data transmission rate and the associated clock frequency. The clock output is the result of the combination of the reference clock circuit and carrier sensing circuit.

The synthesizing clock signals to generate correct frequencies is made possible with the help of the PLL circuitry. It consists of a phase detector that is used to detect errors in the output frequency. These errors are then corrected by the loop filter which feeds back this difference to the reference clock oscillator. This ensures that the output frequency is well-synchronized and regulated even if the input frequency changes.

The 849N202CKI-011LFT is used in applications where precise timing, synchronization and control are required. Examples of such applications include communications, networking, telecommunication systems, GPS-satellite- navigation systems, industrial control systems and instrumentation.

In conclusion, the 849N202CKI-011LFT is a versatile integrated circuit which uses clock generation, precision frequency synthesis and a phase-locked loop (PLL) to help with providing Timing, synchronization and control. It is most useful in functions that require uniform cycles such as communication, networking, and instrumentation. The IC also contains a monolithic CMOS construction for low power consumption with a PLL which allows for easy adjustment frequency manipulation.

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