PL138-58QC

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PL138-58QC is a low-skew, high-performance clock driver, mainly used for clock signal buffering and distribution in high speed digital systems. It is utilized for improving system clock signal integrity and reliability. It provides three outputs, each output signal is synchronous with the reference clock and has the same signal parameters with very minimal signal variance.

The reference clock signal is master signal input, which is internally buffered to supply signal to the three Output Clocks (OC1, OC2 and OC3). Thanks to high frequency signal buffering technology, PL138-58QC is capable of providing a clear and distortion-free clock signal with minimal jitter. Moreover, low power TTL logic technology is used for lower power consumption. The output clock is equipped with adjustable drive capability, further extending the application field as well as expanding possible variety of uses.

The working principle of PL138-58QC is simple yet effective. The reference clock signal is internally divided by two to obtain the respective output signals OC1, OC2 and OC3. Each of the output signals is then buffered and amplified through clock buffers and drivers. The clock output has very low noise, low jitter and low skew, and a wide frequency range.

PL138-58QC is widely used in different fields, such as telecommunications, online gaming and business information systems, robotics and industrial automation. Its wider frequency performance range can support multiple different protocol types. In addition, the low skew characteristics simplify clock tree problems, eliminating the hassles of designing complex wiring schemes. This can reduce costs and shorten the production cycle.

In conclusion, PL138-58QC is an ideal choice for clock signal buffering and distribution in high speed digital systems. Its internal buffering technology helps to provide high frequency, low noise and low skew outputs, making it suitable for use in a wide range of digital applications. The low power consumption and improved performance characteristics make it an excellent choice for digital system design.

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