CY29976AIT

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The CY29976AIT is a highly versatile clock and timing device used in many fields. It is particularly useful in applications requiring exact timing of events such as communications or CPU load/unload processing. Its precision, stability and wide range of applications make it an ideal choice for a variety of specialised timing tasks.

The core of the CY29976AIT is a programmable 8-bit oscillator. This oscillator offers an output frequency range of 150kHz to 256MHz and is capable of precise control of frequency, phase and duty cycle. This high level of precision makes the CY29976AIT particularly useful for achieving fine-timing in applications such as communications and CPU load/unload processing.

The CY29976AIT can be programmed to output various clock signals such as HFRC, LVCMOS and LVDS. It is also highly versatile when it comes to implementations. It can be programmed and connected via SPI (Serial Peripheral Interface) and I2C (Inter-Integrated Circuit) buses. It can also be used as a module (with pre-programmed parameters) which can be plugged and played.

The CY29976AIT is highly flexible and feature rich. It supports multiple clock cycles for complex control tasks, with different global clock settings and multiple virtual channels for different clock settings. It also has features that allow for more precise measurements, such as pulse width modulation, jitter attenuation, and slew rate control.

The CY29976AIT is also configured for different types of operations. It can operate as a single slave (S) device, as a cascade of devices (M/N) with one master and multiple slaves, or as a bus master (M) with multiple slaves. Additionally, it can also be used as a phase-locked loop type Clock Generator (CGL) or as an analog phase shifter.

The CY29976AIT is a highly versatile clock and timing device that offers a wide range of applications in many fields. Its precise output, flexibility, and ease of use make it ideal for specialised timing tasks. Its advanced features allow for precise control of frequency, duty cycle and phase, and its many options for connection and operation make it a great choice for a variety of different implementations.

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