PI6LC48C51LIEX

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The PI6LCD48C51LIEX Clock/Timing – Application Specific is a highly precise, low-power, ultra-low jitter (ULJ) clock synthesizer from IDT (Integrated Device Technology, Inc.) that provides the highest resolution and finest frequency stability ever offered in a package that is only 1.25 x 1.39 mm in size, making it ideal for a wide range of telecommunications and data communications system applications. This clock synthesizer is designed to provide the lowest jitter in both its operating range and output frequency (jitter performance of 12 psRMS under standard operating conditions). The device can also be used in low power and standalone applications, providing an ideal solution for many applications.

The PI6LCD48C51LIEX Clock/Timing – Application Specific chip has several features that make it unique and highly attractive. First, it operates over a wide supply voltage range from 3.3V to 5.5V and is capable of providing low phase jitter across a wide temperature range and in both digital and analog operating environments. Additionally, the device is equipped with a wide variety of features that provide for excellent flexibility and the ability to configure the chip to optimize the application\'s performance. These features include a low frequency-mode switching oscillator, a low-noise jitter attenuator, a programmable phase-lock loop, a crystal oscillator and a power limiter.

The PI6LCD48C51LIEX Clock/Timing – Application Specific chip is designed to meet the stringent requirements of Telecom clocking applications, providing maximum performance and long term data integrity. In addition to providing low jitter and frequency stability, the device is also designed to save power by automatically entering low power modes when output frequencies and voltages are high. Additionally, the PI6LCD48C51LIEX Clock/Timing Application Specific chip offers advanced features such as dynamic frequency scaling, digital phase locked loop (DPLL) loop bandwidth control and zero delay buffer support for clock synchronization to prevent data channel errors.

In terms of working principle, the PI6LCD48C51LIEX Clock/Timing – Application Specific uses a combination of hardware, software and hardware/software synergy to enable applications to achieve the desired frequency stability and low jitter performance. The hardware provides the primary mechanism for clock generation, providing a wide range of voltage and current settings that allow users to adjust the clock output frequency and synchronization. The software provides advanced clock scheduling algorithms as well as frequency tuning and system configuration support. Finally, the hardware/software synergy allows the device to perform both frequency synchronization and voltage scaling to maintain the desired performance level. The combination of these three technologies allows the PI6LCD48C51LIEX Clock/Timing – Application Specific to offer the highest resolution, fine frequency tuning and superior jitter performance.

The PI6LCD48C51LIEX Clock/Timing – Application Specific chip is ideal for applications requiring high resolution clocks and frequency tuning. When combined with digital phase locked loop (DPLL), clock synchronization, power savings and zero delay buffer support, the device can provide excellent performance in a wide range of digital, telecom and data communications applications. Additionally, the chip\'s onboard power limiter ensures that the device does not consume too much power and does not leave limited space for other components in a circuit.

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