PL502-39QC

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PL502-39QC is a type of Clock/Timing device, a class of clock generators, PLLs, and frequency synthesizers. This device is an integrated circuit (IC) and it is useful for controlling communication systems, electronic systems, industrial systems and numerous other applications.

The PL502-39QC is designed to provide high accuracy and stability in its signal output. It features a low power consumption of just 2.5W, low profile construction, and uses positive edge-triggered clock and divider circuits. The clock signal generated by the device is controlled by an internal crystal oscillator to ensure reliability and precision.

The working principle of the PL502-39QC is based on the process of dividing an input signal into a number of different frequencies. It uses a phase-locked loop (PLL) circuit to hold the output frequency at a constant level, which is referred to as the reference frequency. The device works by dividing the input signal, a clock signal, into two parts. One of the parts is called the reference frequency, which is the frequency of the input signal. The other part is called the divided frequency, which is the output frequency generated by the PLL circuit.

The reference frequency is fed into the PLL circuit and is used to compare the output of the clock signal from the input signal. When the two signals are out of sync, the PLL circuit adjusts either the input signal or the output signal to bring the two signals back into sync. This ensures that the output signal is always in sync with the input signal and is always at a consistent frequency.

The PL502-39QC operates over a wide range of frequencies and is designed to generate accurate digital signals, making it ideal for various applications including embedded systems, industrial and consumer applications. Furthermore, the low power consumption of the device makes it suitable for use in battery-powered applications or with low voltage power supplies.

This device is well-suited to a variety of applications because of its low cost, low power consumption, and its high accuracy and stability. It can be used in communication systems, electronic systems, industrial systems, and many more applications. It is also useful for controlling clock signals and power systems in a range of applications such as computers, medical equipment, displays, and even robotics.

In summary, the PL502-39QC is an integrated circuit suitable for a wide range of applications and situations due to its low power consumption, low profile construction, and its ability to generate a constant and accurate clock signal. The device works by taking an input signal, dividing it into two parts, and then using an internal crystal oscillator as a reference frequency to keep the signal in sync. This ensures that the output is at a consistent and accurate frequency, making the PL502-39QC especially suitable for applications requiring precision and stability.

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