ZL30116GGG2V2

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Clock/Timing - Application Specific has recently become an important area of focus in the application engineering domain. The ZL30116GGG2V2 is one such microcontroller that has made a significant impact on the industry due to its highly specialized and reliable performance.

The ZL30116GGG2V2 is a 32-bit microprocessor designed for clock-timing applications. It is a product of the Zallog Corporation and is designed for applications such as embedded systems and real-time clock systems. The ZL30116GGG2V2 is a single-chip solution that contains an ARM® Cortex®-A9 core, DDR3 memory and a range of peripherals, power management and I/O structures. To keep up with the ever-increasing complexity of embedded systems, the Zallog Corporation has also developed a suite of tools and protocol stacks that can be used to develop applications for the chip.

The ZL30116GGG2V2 is specifically designed for applications that require precise and reliable control over their timing. It offers very accurate control over many different clock signals, including the system-master clock, secondary clock, high-frequency clock, and programmable clock. The clock inputs are synchronized to the system-master clock to ensure that all the clock signals are synchronized with each other. This synchronization helps to ensure consistent system performance, allowing the ZL30116GGG2V2 to deliver world-class time-critical systems.

The system-master clock is the main source of time, and all other clock signals are synchronized with it. The synchronization can be applied in various ways, such as determining the frequency of each clock signal, the start time, and the stop time. This enables the chip to deliver precise and reliable control over the timing of a system. The ZL30116GGG2V2 also supports different frequency scaling modes, such as dynamic frequency scaling, which allows the chip to adjust the frequency of the system-master clock depending on the current workload of the system.

The chip also contains an on-chip oscillator with an adjustable frequency, allowing the user to configure a frequency that is suitable for the application. This oscillator can also be used to generate a precise system-master clock for the chip. The frequency of the system-master clock can be controlled using one of two different control mechanisms, which are the frequency offset and the digital frequency control. With the frequency offset control, the chip compensates any frequency drift by adjusting the frequency of the system-master clock automatically. With the digital frequency control, the user program determines the frequency of the system-master clock.

In addition to precise clock control, the ZL30116GGG2V2 also provides a wide range of peripherals, power management options and flexible I/O structures. This includes an LCD display controller, USB interface, UART interfaces, and a 3-port serial debug port. The chip also supports boot-up from external memory and can be configured to run with various operating systems, such as Linux and Android. This allows the chip to be used in a wide variety of applications.

Overall, the ZL30116GGG2V2 provides an excellent solution for clock-timing applications. It offers a combination of high reliability, precise clock control and a range of peripherals, power management and I/O structures. This makes it ideal for applications requiring world-class time-critical systems. With its extensive support for clock-timing applications, the ZL30116GGG2V2 is well suited for a variety of applications, from embedded systems to real-time clocks.The specific data is subject to PDF, and the above content is for reference