PL130-07AOC-R

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The PL130-07AOC-R is a high-speed dual differential clock buffer used for the different phase distribution in the clock system of FPGAs and other similar chip sets. It is designed to buffer low frequency to mid-frequency differential clocks and distribute them to various destination points in the clock tree with no phase or frequency variation. It is based on differential transmission line driver technology to provide noise immunity, low distortion, low jitter, and low power dissipation.

The PL130-07AOC-R is a differential (also known as an RC) buffer, meaning that it is designed to buffer differential clock signals, rather than single-ended ones. A differential clock signal is composed of two signals, which travel in opposite polarities and cancel out any noise and jitter present in the environment. This makes the clock signal more reliable and consistent, thus ensuring that the transmitted information is accurately received by the intended recipient.

The PL130-07AOC-R works by receiving two differential clock input signals: a first clock signal and a second clock signal. The first clock signal is then amplified and inverted, while the second is amplified without inversion. The two signals are then transmitted on two separate lines, with the first line being at a higher amplitude. This produces two separate output signals, with one output being the inverse of the other.

The PL130-07AOC-R has a wide range of applications. It can be used to distribute high frequency clock signals to multiple devices simultaneously, enabling fast and reliable communication between chips. It can also be used to attenuate and distribute mid-frequency clock signals with less power consumption. Additionally, the PL130-07AOC-R can also be used to equalize the length of clock paths across the board.

The PL130-07AOC-R is an ideal choice for applications that require precise, reliable clock distribution. It provides fast switching, low power consumption, and excellent noise immunity, which can help to ensure that the received data is accurate and consistent. The differential driver design also makes it resistant to jitter and other environmental noise, thus providing a more reliable clock signal.

In summary, the PL130-07AOC-R is a high-speed differential clock buffer used to buffer and distribute low- to mid-frequency clock signals across multiple devices. It is based on differential transmission line driver technology, enabling it to provide noise immunity and low power consumption, along with low distortion, low jitter, and excellent noise immunity. Its wide range of applications include high frequency clock distribution, mid-frequency clock distribution, and clock path equalization. All these features make the PL130-07AOC-R an ideal choice for applications that require reliable and precise clock distribution.

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