CDCL1810RGZT

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CDCL1810RGZT is a high-performance clock buffer, driver, and clock generator, designed to distribute and drive multiple crystal clocks in high-speed digital applications. It is developed by Texas Instruments and is a core component of many electronics systems, such as consumer electronics, communication devices, network components and industrial systems.

As a large-scale, low power-driven chip, CDCL1810RGZT is mainly applied in scenario which requires high-speed clock synchronization. It is well suited for synchronous clocking of data flows and data acquisition systems with asynchronous clock domains.

The CDCL1810RGZT is a three-chip solution that offers a wide range of features and provides the highest performance with the least power. The device consists of a high performance clock buffer, a clock driver, and a low power clock generator. The clock buffer acts as a high-speed signal path that transmits clock signals from one location to another. It can support high switching frequencies, allowing it to drive multiple fast clock outputs at speeds up to 833 MHz. The clock buffer protects downstream devices from heavy loading and transient signal interference, helping to maintain signal integrity and reduce current consumption.The clock driver delivers precise timing information to multiple clocks, ensuring that the signals are synchronized across the entire system. The clock driver is compatible with a wide range of digital signal standards, including LVCMOS and HCSL, and it can also be programmed to meet the frequency requirements of a particular application.The clock generator is used to generate a wide range of frequencies from a single clock source. The clock generator can be used to generate frequencies from 8KHz to 64MHz, and it can be programmed to generate multiple clock outputs. The clock generator can also be used to reduce system power consumption by reducing the number of clocks that need to be generated in a system.

The flexibility, reliability, small footprint and low power of CDCL1810RGZT make it an excellent choice for a variety of clock-related applications. It is also compatible with a wide range of digital signal standards, allowing it to be easily integrated into a variety of system architectures.

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