CS82C84AZ96

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The CS82C84AZ96 is a versatile Clock Generator, Phase-Locked Loop (PLL), or Frequency Synthesizer IC family that integrates multiple digital and analog components into a single integrated circuit and simplifies the implementation of precise and low power clock signal conditioning. It is designed to provide precise clock signals for consumer, computing and communication applications, from the core system clock to a wide range of peripheral devices.

The CS82C84AZ96 is a dual-output, adjustable frequency clock generator that delivers an adjustable frequency and adjustable duty cycle clock to two outputs. It combines a programmable phase-locked-loop (PLL) and a low-jitter, adjustable delay line. The output frequencies can be set via an I2C or SPI interface. The PLL can lock onto a stable reference clock with a frequency range from 16 kHz to 33 MHz. The output frequencies range from 0.5 MHz to 200 MHz.

One of the key features of the CS82C84AZ96 is its adjustable phase shift. This feature allows the two outputs to be adjusted relative to each other to any phase angle up to 42 degrees. This allows the user to synchronize two digital signals, or create two copies of the same signal at different duty cycles, or to create two signals out of phase with one another. This feature is highly versatile and enables a wide range of applications.

The CS82C84AZ96 is designed and manufactured in a 0.5 micron process, which results in high performance, low power, and low cost. This makes it ideal for consumer, computing, and communication applications. The device is also designed for low-noise operation, so it can be used in sensitive applications, such as audio and video components, where noise must be kept to a minimum.

The CS82C84AZ96 is a versatile integrated circuit for clock signal conditioning. It combines a PLL and an adjustable delay line to deliver adjustable frequency and adjustable duty cycle clock signals to two outputs. It also features an adjustable phase shift between the two outputs, allowing for a wide range of applications. It is designed in a 0.5 micron process, resulting in high performance, low power, and low cost, making it ideal for consumer, computing, and communication applications.

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