PL133-21GC-R

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The PL133-21GC-R is a clock buffer and driver. It serves as a deslip buffer on data buses and as a general purpose buffer on clock and digital signal buses in consumer electronics, telecommunications, industrial and automotive applications. The power supply range of this buffer is up to 4.5V and its input frequency range is 4 MHz to 19.44 MHz. It is designed to interface between DC and AC circuits.

The working principle of the PL133-21GC-R is quite simple. It takes an incoming signal from a clock source and passes it along to the output port. The output port is able to adjust the output voltage of the incoming signal, and this adjustment can range from 0V to the power supply voltage. It also serves as a buffer between the clock sources, meaning that the incoming signal is sent out at a constant rate, allowing for a more consistent clock signal than that of directly connecting clock sources.

The PL133-21GC-R is primarily used in consumer electronics as a clock buffer. It can also be used to buffer clock frequencies in telecommunications, industrial and automotive applications. A single chip can be used to drive multiple digital lines, with adjustments made to the output voltage to provide the desired level of logic threshold. It is also used as an auto-calibration buffer in systems that have temperature range constraints.

The PL133-21GC-R is also used to level-shift logic signals. It can be used to convert between different logic families, such as TTL and CMOS, as well as to buffer digital input signals and amplify digital output signals. This chip also helps to reduce noise generated from system fan-out and crosstalk between clock drives.

The PL133-21GC-R is a versatile buffer used in many industrial applications, as well as consumer electronics. Its features make it especially useful in cases where a consistent signal needs to be provided in environments that require constant adjustment. The chip is also capable of level-shifting logic signals, reducing system fan-out, and amplifying digital output signals, making it ideal for a variety of applications.

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