PI6LC48H02ALIE

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PI6LC48H02ALIE is a small, low-power clock generator from NXP Semiconductors. The device is available in a wide range of frequencies from 25 MHz to 1 GHz and can be used for applications such as clock synchronized video systems and digital media players. The device uses phase-locked loop (PLL) technology and is specifically designed for applications that require multiple clock sources with low phase noise.

The PI6LC48H02ALIE is suitable for a variety of applications that require a low power, low jitter and wide frequency clock. It is typically used in digital audio/video systems, broadcast systems, multimedia processing and communications equipment. It can be used as a clock source for various data processing functions, such as audio, video, and USB data conversion, as well as in system monitoring and control. It also supports clock oscillator output and can be used to generate a variety of timing sequences.

The main function of the PI6LC48H02ALIE is to generate clock signals with low jitter and a wide frequency range. It is designed to have a low power consumption of less than 400 μA, thereby making it suitable for mobile and battery-powered applications. The device uses a PLL circuit to generate a clock frequency that is multiplied or divided by a programmable divider circuit. This allows for a wide range of frequencies to be generated. The clock output is typically an 18-bit digital waveform that is routed through a series of circuitry to produce the required signal frequency. The output signal is then fed to other digital devices to synchronize their operations.

The PI6LC48H02ALIE is designed to have low jitter, high accuracy and wide frequency range, making it suitable for a variety of precision timing applications. Additionally, it is also designed to have low power consumption, making it suitable for battery-operated applications. The device can be used for applications that require multiple clock signals and for generating a wide range of frequencies. Furthermore, its ability to generate precise timing sequences makes it suitable for applications that require accurate timing. This makes the device an excellent choice for a variety of clock generation applications.

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