PI6C2408-1HLE

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The PI6C2408-1HLE is an integrated clock generator used to synchronize the communication of digital equipment with external clocking signals. This product is a performance-enhanced version of the standard PI6C2408-1H and is suitable for many applications requiring clock regeneration. It integrates a differential PLL (phase locked loop) to provide the clock regeneration, but can also be used as a simple differential clock input and output buffer. The PI6C2408-1HLE is configured to generate a common set of clock signals over a wide range of frequencies.

The PI6C2408-1HLE is designed to interface with digital devices that need to synchronize their digital data words with a specified clock frequency. This type of clock substrate is commonly used on digital transmission systems, digital data buses, and telecommunications systems. The main purpose of the PI6C2408-1HLE is to provide users with a solid and reliable platform for clock generation and synchronization.

The PI6C2408-1HLE is designed to provide a clock signal to digital devices. The clock signal is generated using a differential PLL, which is a circuit that uses the input clock signal to generate a new clock signal. The frequency of the output clock signal is determined by the voltage on a capacitor, which is controlled by a parameter called the Clock divider. The Clock divider is adjusted to select the clock frequency that is to be generated by the PLL.

The PI6C2408-1HLE also provides an internal voltage-controlled oscillator (VCO) for generating the clock signal. The VCO is used to provide an accurate reference clock for the PLL, which then provides the output clock signal. The PLL then adjusts the frequency of the output signal based on the input clock signal, to ensure that the digital devices remain in synchronization with the clock.

The PI6C2408-1HLE is also capable of providing different types of outputs. These include: differential outputs, single-ended outputs, open-drain outputs, and SMBus compatible outputs. The type of output chosen will depend on the type of signal that is required by the user. For example, the differential output is designed to provide the highest quality clock signal, while the SMBus compatible output is used for communication between devices.

In addition to its clock regeneration functionality, the PI6C2408-1HLE can also provide additional functions such as clock enable/disable, and clock reset. These functions are accessed through a set of control inputs that are provided on the device.

Overall, the PI6C2408-1HLE is a very versatile and reliable clock generator that is suitable for many different applications. It is capable of providing accurate and reliable clock signals to digital devices, and can also provide additional functions such as clock enable/disable and reset. Its PLL circuit ensures that the output clock signal is in line with the input signal, allowing digital devices to remain in synchronization with the clock. The PI6C2408-1HLE is an ideal solution for those looking for a reliable and accurate clock generator.

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