CDC706PWG4 Integrated Circuits (ICs)

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The CDC706PWG4 is a clock generator designed to be used in a wide range of applications, from specific devices or equipment to digital integrated circuits (ICs). It has a variety of features, including digital frequency synthesis and on-board PLL, that allow it to be used in multiple scenarios, while still providing reliable, accurate timing.

The main purpose of the CDC706PWG4 is to generate reliable, stable clock signals at a desired frequency. Its digital frequency synthesis technology uses a crystal oscillator as a reference, and divides it into a series of cycles – each lasting one period of the desired clock frequency. The result is a clock signal with high accuracy and stability, generated from the crystal oscillator.

In addition to this, the CDC706PWG4 offers a variety of frequency and duty cycle selector options, allowing it to be configured for different application needs. This makes it applicable for use in a variety of systems, from audio/video composite signals to microprocessors and computer peripherals, among others.

Other features that the CDC706PWG4 has to offer are its on-board phase-locked loop (PLL) and its resonance shutdown (RSD) mode. The PLL ensures that the clock signal is stable and synchronised, even when it is working at different frequencies, while the RSD mode protects the device from ringing and over-voltage issues.

In addition, the CDC706PWG4 also offers integrated short-circuit protection, as well as overcurrent and over-temperature protection. This ensures that it will not be damaged when it is used in environments where it will be exposed to voltage surges or extreme temperatures.

Overall, the CDC706PWG4 can be considered an ideal choice for applications that require reliable and accurate timing, such as communication networks, industrial automation systems, and medical imaging equipment, among others. Its feature set makes it a versatile device, capable of being used in many different applications.

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