5V41066PGGI

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Clock/Timing - Application Specific

The 5V41066PGGI is a system-on-chip (SoC) device designed for various application-specific clock and timing applications. The chip is designed to provide a comprehensive set of features and capabilities, including integrated oscillators, internal and external reference clock synchronization and selection, frequency synthesis and jitter performance. The device is packaged in an 8-pin package.

The 5V41066PGGI is an ideal solution for many modern clock and timing applications. The device has a wide range of features and benefits, making it a great choice for many systems. It supports a range of voltages from 1.8 to 5.5V, with a programmable output accuracy of +/-25ppm for a specific control frequency range between 200Hz to 3V.

The 5V41066PGGI supports up to four independent reference clock inputs. All reference sources can be individually selected and programmed, allowing for different reference clock frequencies. The chip can provide outputs in 1Hz increments from 0.2MHz to 4MHz. Outputs are digitally programmable, with the ability to adjust Duty Cycle, Phase Shift, Start and Stop counts, as well as Output Pulse Width.

The chip also supports a variety of oscillator architectures, including spread spectrum, crystal oscillator, internal I/O, and external oscillator. Oscillator sources can be individually selected, with the ability to synchronize start count and enable selection of multiple outputs. This allows for synchronization of the output to any frequency.

The PGI5V41066PGGI is a powerful, fully programmable configurable timing device that provides flexibility and high performance while lowering system power consumption. The device’s integrated oscillators, clock synchronization and selection capability, frequency synthesis and jitter performance makes it an ideal solution for a variety of modern clock and timing applications.

The device also features programmable features like power down, control registers and test modes, configurable I/O pins for signal direction control, and a programmable interrupt controller. This allows the device to be used for a variety of application-specific, timing-specific applications, thus making it an ideal solution for a wide range of clock and timing needs.

The chip is also capable of providing high precision timing results, with a highly programmable architecture that provides maximum flexibility and performance. The device has been designed to meet the most demanding application requirements, while also providing optimal power savings. As a result, the 5V41066PGGI is an ideal choice for a number of modern application-specific clock and timing applications.

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