2308B-1DCGI Integrated Circuits (ICs)

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A 2308B-1DCGI (Differential Clock Generator IC) is a clock/timing IC used to generate signals in a variety of communication systems. The 2308B-1DCGI integrates a phase-locked loop (PLL) with a programmable frequency synthesizer, allowing it to create highly precise, accurate clock signals. This makes it ideal for use in applications such as cellular base stations, cable modems, and high-performance data networks.

The 2308B-1DCGI features programmable global clock and reference sources, selectable operating modes, and adjustable dividers for output frequency determination. Its integrated PLL allows users to program multiple output frequencies from a single set of input clocks, enabling manual or automated operation to generate multiple clock frequencies from a single device. Additionally, it provides support for synchronous clock recovery, allowing synchronization of multiple input clocks from different sources.

The 2308B-1DCGI features several features to increase its capabilities. It has an accurate on-chip crystal oscillator, allowing for precise clock generation. It also includes a programmable voltage detector, enabling the device to operate in multiple voltages and low-power modes. As well, it has an integrated high-efficiency clock path, enabling effective clock signal routing.

The 2308B-1DCGI can be used in a variety of applications including digital/analog clock generation, clock/data multiplexing and demultiplexing, timing/sequencing, frequency/phase synchronization, and high-speed switching applications. Additionally, its programmable outputs, input clock selectors, and adjustable dividers make it suitable for use in applications requiring precise frequency modulation or synchronization with other clock sources.

In summary, the 2308B-1DCGI is a highly versatile clock/timing IC designed for communication systems. It features an integrated PLL and programmable frequency synthesizer, enabling it to generate precision frequency signals. Its on-chip crystal oscillator and programmable voltage detector provide for accurate operation in a range of voltages, while its on-chip high-efficiency clock path allows for efficient clock routing. Additionally, its programmable output dividers and input clock selectors make it ideal for applications requiring precise frequency control.

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