2308A-1DCG8

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The 2308A-1DCG8 is a clock generator that is used in a variety of applications. It is a high frequency, low power, low voltage application-specific integrated circuit (ASIC) designed for precision timing control. It is designed for use in applications requiring high speed, low jitter, and low power operation. It is ideal for use in clocking systems for embedded processors, wireless communications, medical and test equipment, consumer electronics, and many other applications.

Applications

The 2308A-1DCG8 is designed for use in clocking systems for embedded processors, wireless communications, medical and test equipment, consumer electronics, and many other applications. It can be used to generate clock signals for systems operating at data rates up to 1GHz. It is also suitable for providing crystal-less frequency synthesis to generate frequencies from a few MHz up to 1GHz. It can also be used to create phase- and/or frequency-modulated signals with low-jitter output.

The 2308A-1DCG8 is also suitable for driving high-speed or high-frequency products such as video or audio codecs or analog-to-digital converters, where the low-jitter clock signal has to be applied. It is also suitable for applications that require multiple low-jitter clock outputs such as high-speed serial links or multi-channel processing operations.

The 2308A-1DCG8 can also be used as an interface between frequency-modulated clocks and fixed-frequency clocks. It is especially suitable for use in medical and test equipment and can help reduce interference from neighbouring clock components.

Features & Performance

The 2308A-1DCG8 offers many features that make it suitable for a wide range of applications. Its low power consumption and small package size make it an ideal choice for systems that require a low-power, high-frequency solution. It also offers a wide range of input and output frequencies, allowing it to be used in a variety of applications.

The 2308A-1DCG8 also features a low-power Shutdown mode which reduces power consumption to less than 2mW when in Shutdown mode. This makes it ideal for use in battery-powered applications.

In addition, the 2308A-1DCG8 features a wide range of configurable operating modes including frequency, phase and voltage-controlled oscillator (VCO) modes, allowing users to customize the performance of the device for their specific application.

The 2308A-1DCG8 also offers a wide range of output frequencies from 3MHz to 1GHz. This makes it suitable for use in many different applications, from low-frequency clock signal generation up to high-frequency clock signal generation for high speed data processing operations.

Finally, the 2308A-1DCG8 offers low output jitter of only 0.2ps at its highest frequency setting, making it ideal for use in applications that require tight jitter control.

Working Principle

The 2308A-1DCG8 operates using a PLL-based frequency synthesiser. This means that the device can generate a wide range of clock frequencies using a limited set of components. It can also generate signals with a low jitter profile, making it suitable for use in applications which require strict jitter control.

The 2308A-1DCG8 features configurable operating modes which allow users to select the best frequency range and output characteristics for their applications. For example, when operating in a frequency-modulated mode, the device can generate a range of clock frequencies from 3MHz to 1GHz, with low jitter output.

The 2308A-1DCG8 also features configurable input and output types. When operating in a voltage-controlled oscillator mode, the device can be configured to accept a variety of voltage signals, such as LVDS or analog signals, as input and generate low-jitter output signals with low power consumption.

Conclusion

The 2308A-1DCG8 is a versatile, low-power clock generator that is suitable for use in a wide range of applications. It is designed for use in clocking systems for embedded processors, wireless communications, medical and test equipment, consumer electronics, and many other applications. It is also capable of generating signals with a low jitter profile and wide range of frequencies, making it ideal for use in systems that require a low-power, high-frequency solution.

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