PI6LC48P21LE

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PI6LC48P21LE is a highly integrated, low power, low jitter clock generator for applications requiring precise timing between clock input and output frequencies. With a wide operating temperature range and low sknowledge factor, it makes an ideal clock generator for use in a wide variety of timing applications. This clock generator can be used for both single ended and differential applications, and its low power consumption makes it ideal for both embedded and mobile applications.

Applications

The PI6LC48P21LE clock generator is ideal for a variety of different applications. It is suitable for use in computer servers and storage, communication and networking equipment, automotive applications, medical devices, IoT applications, industrial automation and control, aerospace and avionics systems, and other industrial, scientific and medical applications. It is also suitable for use in both cost-sensitive and power-sensitive applications. Some of the key applications are listed below:

• High-speed data transceivers
• Digital audio and video equipment
• Microprocessors and microcontrollers
• High speed printing systems
• Networking equipment
• IoT devices
• Automotive applications
• Industrial automation
• Medical devices

Working Principle

The PI6LC48P21LE is a versatile and robust clock generator. It is able to generate precise and reliable clock frequencies with a frequency range of 10 kHz to 400 MHz. The clock generator consists of a fixed frequency and configurable voltage-controlled oscillator (VCO), phase-locked loop (PLL) and clock dividers. The VCO is used to generate a stable clock frequency while the PLL is used to lock and phase-sync the clock output to the reference clock input, thereby eliminating frequency skew and jitter in the output clock.

The clock divider allows for further adjustment of the output clock frequency according to the specific application. The output signals are available as both single-ended and differential outputs, and can be programmed through a protocol independent interface (PII). The clock generator also features a common-mode feedback circuit to reduce common-mode jitter, and a spread spectrum modulation (SSM) circuit to further reduce EMI and jitter. This makes it an ideal clock generator for applications where noise or interference is an issue.

Conclusion

The PI6LC48P21LE is a highly integrated, low power, low jitter clock generator suitable for a wide variety of timing applications. It has a wide operating temperature range and low sknowledge factor, making it ideal for embedded and mobile applications. The output signals are available as both single-ended and differential outputs, and can be programmed through a protocol independent interface (PII). The clock generator also features a common-mode feedback circuit and a spread spectrum modulation (SSM) circuit to reduce common-mode jitter and EMI respectively. This makes it an ideal clock generator for applications requiring precise timing and low power consumption.

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