PL130-05QC-R

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PL130-05QC-R is one of the clock buffers and drivers commonly used in the electronics field. As a drive and timing device, it is designed to provide up to a 9.5A current capability while operating at a gain of +2x, allowing driving of heavily loaded bus lines with multiple load capacitances. It is often used to buffering a clock signal, integrating the logic signals from several sources and to meet the requirement of higher fan-out between clock nodes.

The PL130-05QC-R is a fan-out of 3 clock buffers drivers with three non-inverting drivers to passive loads. It is equipped with anti-glitch characteristics for high frequency clocks. The device is suitable for processing signals from crystal oscillators, oscillator modules, and bus-accurate transmission lines.

The device has a simple three pin configuration, facilitating easy connection to the signal path with little or no external components. It can operate in temperatures between -45 and +85ºC. It operates at a supply voltage of 5.0 volts, with a maximum power consumption of 2.25 watts.

In terms of the operating principle, the PL130-05QC-R is designed to take an AC coupled dual-phase clock input signal and generate two complementary non-overlap outputs, allowing the removal of glitches on the input signal. The device has a wide gain bandwidth product, making it useful for a wide range of clock frequencies. The device operates in two modes - Single-Ended Mode and Differential Mode - that can be selected with two external components.

In Single-Ended Mode, the clock driver receives and drives a single-ended clock signal from the input, with all load capacitances and un-terminated lines being connected to the ground. The output of the driver is an amplified version of the input signal, and has a glitch-free output waveform.

In Differential Mode, the clock driver receives and drives a differential clock signal. The positive and negative components of the input signal are terminated by the input impedance, allowing the clock driver to drive a differential signal across the load capacitances and un-terminated lines. The amplified output signal is again glitch-free, with the output waveforms having the same shape regardless of the load.

This clock buffers and drivers is particularly suitable for systems that need a high performance clock source. It is often used in applications such as clock synthesizers, timing controllers and high speed memory buses. It is also ideal for buffering slow clocks and processing signals from crystal oscillators and oscillator modules.

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