XLP536012.000000I

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Oscillators are devices used to generate signals with a specific frequency. The most common type of oscillators are RC and LC oscillators, but they doesn’t fit all applications. To address this, Xilinx introduced the XLP536012, a high frequency, low power balanced oscillator solution that offers superior performance and reliability.

The Xilinx XLP536012.000000I is an integrated, balanced oscillator solution that utilizes two quartz crystals, one in the high-side and the other in the low-side of the circuit. The integrated dual quartz crystal design provides superior frequency stability and a low phase noise signal that is ideal for various digital and RF applications. The oscillator also provides industry leading jitter and phase noise performance, and higher current consumption compared to traditional quartz oscillators.

The XLP536012.000000I provides excellent performance and power advantages when compared to alternative oscillators in its power and bandwidth range. It offers an average current consumption of only 2 mA, along with a wide voltage range and wide temperature range operation. This ensures that it can be used in a variety of applications without any performance compromise.

In addition, the oscillator can be operated in both normal and sleep mode, allowing for greater energy efficiency and utilization. It also upholds safety standards, making it suitable for industrial, aerospace and automotive applications.

To function, the XLP536012.000000I requires two external capacitors, one for each supply voltage. The two crystals then start to oscillate in relation to each other, resulting in a clean sinusoidal signal. This signal is then piped into a current-controlled oscillator (CCO) to obtain a stable frequency output.

Overall, the Xilinx XLP536012.000000I oscillator is a versatile, low power and highly energy efficient solution for a wide range of digital and RF applications. It offers excellent performance and power advantages, along with industry standard safety protocols for industrial, automotive and aerospace applications. With its two quartz crystal design and flexible external capacitor placement, it provides a clean and highly stable oscillator signal with superior frequency stability and low jitter and phase noise performance.

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