82V3202EDG8

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The 82V3202EDG8 is a highly sophisticated and energy-efficient Clock Generating IC from CMTL, designed to meet the demanding requirements of complex clock architectures. The 82V3202EDG8 is designed for applications where high performance and accuracy are essential, such as in network switches and routers, VoIP, HDTV, and instrumentation equipment. With its onboard triple PLL and integrated programmable dividers, it allows for a wide range of advanced clock functions.

The 82V3202EDG8 is designed to provide low jitter and output noise performance while consuming very low power and operating over temperature ranges from 0°C to 70°C. The device includes an integrated Serial Peripheral Interface (SPI) for programming the device’s internal configuration parameters and outputs. The device also supports four configurable reference clocks and the ability to create two High-Frequency outputs.

The 82V3202EDG8 provides two PLLs per bank: a Main PLL and a Sub-PLL. The Main PLL supports a large number of programmable clock frequencies and the Sub-PLL supports additional clocks with lower current consumption. A Secondary PLL is also included, which can be used for providing clocks for higher sampling frequencies.

The 82V3202EDG8 has four programmable output dividers, allowing for a wide range of clock configurations to be supported. Each of the output dividers can be programmed with an initial value, a maximum limit, and a step rate. This allows for the output frequency to be adjusted in a gradual fashion over time without needing to reprogram the entire device.

The 82V3202EDG8 also features an integrated low impedance fanout buffer, allowing for multiple outputs to be generated with minimal signal noise. This allows for complex clock configurations to be implemented without having to worry about signal integrity.

The 82V3202EDG8 is a fantastic choice for applications that require advanced clock configurations and extremely low noise and jitter performance. With its combination of advanced features, low power consumption, and low cost, it is an ideal solution for applications in the Clock/Timing - Application Specific field.

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