PL130-58SC-R

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The PL130-58SC-R is a clock buffer developed by IDT, which is widely used in the field of timing application. Using the device can help to extend the ‘foundations of the global clock and data distribution1’ and solve the problem of clock skew and jitter in various circuit applications. The buffer features a Clock driver output and LV40E logic family with a minimum operating temperature of 0°C to a maximum temperature of 70°C, maximum propagation delay of 5.9ns and minimum total cycle time of 8.2ns.

The PL130-58SC-R device can be used to help minimize the effect of clock skew to maintain the clock synchronization of a device. The clock buffer can be used to synchronize the various parts of a device in order to prevent any skew caused by differences in loading. The device also helps to reduce jitter by separating the input and output tristate buffers in order to reduce the input/output noise levels.

The PL130-58SC-R device works on the same principle as a conventional clock buffer. It works by accepting an input clock signal and then amplifying and distributing it to the various outputs with a varying degree of drive. The output drive is adjustable and is determined by the current through the output P-channel and N-channel transistors. This current is then used to calculate the output drive which is then sent to the clock outputs.

The device also features lag reduction for pulse data. This is achieved by using an input clock signal, a lag circuit and an output control logic. The input clock signal is sent to the lag circuit where it is manipulated to adjust the delay of the signal. The output control logic then takes the adjusted signal and sends it out to the various clock outputs. This process helps to reduce the lag that is created by differences in clock frequencies.

The PL130-58SC-R device has a wide range of applications. These include clock synchronization in programmable logic devices, clock synchronization for microprocessors, playback of digital audio signals, communication between devices and synchronizing audio/video components. The device also helps to reduce noise in the system due to its ability to separate the input/output tristate buffers.

In conclusion, the PL130-58SC-R is a clock buffer designed by IDT which is used in many clock/timing applications. It works by amplifying an input clock signal and distributing it to the various outputs with a varying amount of drive. The device also helps to reduce the clock skew and jitter, as well as keeping clock synchronization in the device. The PL130-58SC-R can be used for a wide range of applications, from programmable logic devices to audio/video synchronization.

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