P3P8211AG-08CR

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The P3P8211AG-08CR clock generator is a low jitter clock generator specifically designed for IEEE 802.11a/b/g/n applications, as well as both 5 GHz and 2.4 GHz WLAN/Wi-Fi applications. It is an advanced, low-cost, single-supply, small form factor clock generator that utilizes advanced Phase Locked Loop (PLL) technology to synthesize both the input frequency and output frequency. The chip is packaged in an 8 lead SOIC package and an 8 pin LCC package, making it ideal for space constrained applications.

The P3P8211AG-08CR utilizes an on-board voltage controlled crystal oscillator (VCXO) that allows it to synthesize signal/data frequencies with 40 MHz precision. It also offers surprisingly low jitter performance of less than 2.5 ps, making it suitable for many different high-performance applications. Additionally, the chip can generate clock signals up to frequencies of 975 MHz, which makes it suitable for a wide range of communications systems and multi-media networks. The chip also has an adjustable duty cycle that can be used to adjust the output waveform.

The P3P8211AG-08CR utilizes an advanced Phase Locked Loop architecture that is capable of operating both up-conversion and down-conversion, allowing it to synthesize both the input and output frequencies of any size. It has a built-in feedback loop module that allows it to detect and precisely adjust the output signal based on the external feedback signals. The PLL also has a built-in adjustable phase shift control module, which allows it to phase continue the signals without sacrificing performance. Additionally, the chip has a wide range of other features such as spread spectrum, phase noise cancellation, frequency and power control, and so on.

The P3P8211AG-08CR is a clock generator that provides clear and reliable operation with its low jitter characteristics, low power consumption, a wide operating temperature range, and a wide variety of operating frequencies. It is a great choice for communications systems and multi-media networks, and its excellent performance makes it suitable for a number of high-performance applications. The chip’s combination of features, performance, and flexibility make it an ideal solution for any system that requires precise clock synchronization.

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