843S1066CGLFT

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The 843S1066CGLFT is a clock generator, phase-locked loops (PLLs), frequency synthesizer specifically designed for a broad range of applications such as broadcast and consumer electronics, electrical power grids, networking, audio/video, and computing. The device can be used to generate clock and data signals in a wide frequency range from 0.1 Hz to 200 MHz.

The 843S1066CGLFT features a flexible output configuration with a wide range of output types. It is capable of low-power, low-jitter clock generation with a very low noise floor and is capable of 10 MHz frequency generation or output with a low power consumption of 3 mW. It also supports buffering of the generated clock with two parallel outputs to reduce jitter.

The 843S1066CGLFT is based on a phase-locked loop (PLL) architecture and uses a high-performance digital phase locked loop (DPLL) circuit to generate its high performance clock signals. It also features a programmable PLL with a wide range of output types and a wide range of PLL frequency ratios to support a variety of applications. Additionally, it utilizes a Smart Lock (SL) mode to reduce unlock time.

The 843S1066CGLFT allows the user to select between either increasing or decreasing frequency output via an 8-bit programmable register. The register can be programmed with a wide variety of frequencies and with an elliptical filter to reduce jitter. The device is also compatible with I2C or SPI communication protocols and supports both on-chip and external reference clock sources.

The 843S1066CGLFT is designed for applications requiring low jitter and low noise clean clock sources. It features low-power operation and is suitable for battery powered applications. The device is ideal for applications requiring a wide range of frequency output from 0.1 Hz to 200 MHz.

In summary, the 843S1066CGLFT is an optimal clock generator, PLL, and frequency synthesizer for a wide range of applications including broadcasting, consumer electronics, electrical power grids, networking, audio/video, and computing. It features a flexible output configuration with a wide range of output types and is capable of low-power, low-jitter clock generation with a very low noise floor and 10 MHz frequency generation or output with a low power consumption of 3 mW. Additionally, it utilizes a programmable PLL with a wide range of output types and a wide range of PLL frequency ratios to support a variety of applications.

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