PL130-07SC

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Clock generation and distribution is an essential part of many applications, such as communication and server platforms. High-speed, reliable clock buffers, drivers, and repeaters are essential to ensure data accuracy and system stability.

The PL130-07SC offers an economical yet highly reliable solution for clock application, ensuring high performance and low power. Utilizing a low-voltage differential signaling (LVDS) scheme, this clock distribution solution can provide up to 7 clock outputs from a single input clock, with a maximum frequency of 250 MHz. The product also offers a differential output/output enable options, allowing for dynamic control of any single output.

The PL130-07SC clock buffer supports both single-ended and differentail input clock transitions, allowing for flexibility in the system design. The operating temperature range for PL130-07SC is from -40°C to +85°C, providing reliable performance under a variety of environmental conditions.

The die-to-die spacing of the PL130-07SC allows for easy integration into a variety of form factors and board layouts. The chip also features very low propagation delays (< 0.8 ns), ensuring data integrity and system stability.

For applications where power consumption is a primary concern, the PL130-07SC has a very low total power consumption of 5.2 mW, making it ideal for battery-operated or battery-charging solutions. The low power consumption also ensures that any heat generated by the chip is kept to a minimum.

The working principle of the PL130-07SC is relatively simple. The input clock signal is connected to an input that is matched to the particular application needs. The input signal is then routed to an internal phase locked loop (PLL) circuit that multiplies or divides the frequency of the input to match the desired output frequency. After the input clock signal has been multiplied or divided, the PLL circuit forwards the appropriate clock signal to the output buffers and the outputs are enabled, allowing the distribution of the clock signal to the rest of the board.

The PL130-07SC can be used in a variety of applications, including networking, servers, and embedded systems. Its low power consumption and high stability make it a great choice for networks with high reliability requirements and applications that require low system latency and jitter. Additionally, its wide operating temperature range and high speed make it ideal for industrial, automotive, and aerospace applications.

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