PI6C22409-1HLIE

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Clock/Timing devices are essential building blocks in a wide array of applications ranging from consumer electronics to data centers. They use a combination of physical properties and mathematical techniques to generate, control and regulate time-based signals. The PI6C22409-1HLIE is a clock/timing device designed with a specific purpose in mind - to generate, amplify, modulate and control clock signals. It is the perfect solution for applications where frequency accuracy and precision are paramount.

The PI6C22409-1HLIE is a high-performance programmable clock generator with an adjustable output frequency range of 50 kHz to 1.2 GHz. It features three independent channels and a wide variety of output formats and features. The device can also be pre-programmed with multiple pre-defined configurations for different applications.

One of the unique features of the PI6C22409-1HLIE is its low-jitter operation. The device utilizes advanced patented PLL based technology to ensure that the generated clock signals remain stable and consistent over time. This makes the PI6C22409-1HLIE ideal for time-sensitive applications such as digital television broadcast transmission, digital radio broadcast transmission, digital switched broadcast networks and satellite navigation systems.

The PI6C22409-1HLIE is an advanced programmable clock generator that can be used in a variety of applications. It is the perfect solution for a wide range of applications including digital TV broadcasting, digital radio broadcasting, global navigation satellite systems, digital audio broadcasting, cellular base stations and digital cameras.

One of the applications that the PI6C22409-1HLIE was designed for is cellular base station applications. It is capable of generating a stable clock signal for both uplink and downlink transmission with a maximum jitter of 0.15 ps. In addition, the device can also control the frequency of the generated signal with a resolution of 2.5 kHz, making this device ideal for multi-standard and multi-band applications.

The PI6C22409-1HLIE also offers a variety of features, including clock synchronization and holdover, frequency multipliers, fractional-N and power-saving options. These features coupled with its low jitter and adjustable output frequency make the PI6C22409-1HLIE an excellent choice for a wide range of complex clock/timing applications.

The PI6C22409-1HLIE is also designed with different output formats such as HSMC, CMOS, LVDS, and LVPECL. This allows the device to be connected directly to FPGA, ASIC, and other digital interfaces. The device also integrates several on-chip components to provide the best performance and reliability. This includes a voltage-controlled oscillator, phase-locked loop circuitry, and loop filter.

At its core, the PI6C22409-1HLIE is a phase-locked loop (PLL) based clock/timing device. It uses a reference clock signal to track and lock to an input clock signal. The PLL then operates to minimize the difference in phase and frequency between the reference clock and the input clock. This enables the PI6C22409-1HLIE to generate synchronized clock signals with high accuracy and precision.

The PI6C22409-1HLIE is a perfect choice for applications that require a reliable, stable, and accurate clock signal. It is an ideal solution for high-precision clock/timing applications such as digital TV and radio broadcasting, digital switched broadcast networks, and satellite navigation systems. With its PLL-based technology and adjustable output features, the PI6C22409-1HLIE meets the requirements of the most demanding applications.

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