Z84C4110PEG

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Zilog Z84C4110PEG is an Enhanced single-chip microcontroller compatible with the industry-standard 80C51 instruction set. It is designed to provide a reduced pin-count and cost-effective solution for 8-bit designs. The Z84C4110PEG provides the same level of on-chip features normally found on a larger device like bit-addressable RAM, extensive onboard serial I/O capabilities, enhanced power-down modes and high quality A/D convertors. Thanks to its small physical size, low supply current and highly integrated features, the Z84C4110PEG is an ideal choice for a range of embedded applications such as medical, automotive and industrial control.

The Z84C4110PEG is an 8-bit microcontroller with 256 bytes RAM and 2K bytes of program memory, consisting of both nonvolatile FLASH and SRAM-based architecture. It is also equipped with a host of other features such as: four upgraded independent 16-bit timer/counters, three 16-bit capture/compare/PWM, sixteen serial communication interface channels, 3-level interrupt controller with four vectored interrupts and two priority levels, two programmable watchdogs, two independent 16-bit Real Time Clock (RTC) modules, two 10-bit 10-channel A-D converters, 1.8V to 3.6V operating voltage range, and more. The Z84C4110PEG also has an integrated DMA engine which can be used to transfer data between memory addresses and peripherals.

The working principle of the Z84C4110PEG is based on the concept of a microprocessor, with functions similar to those of an 8-bit microcontroller. Specifically, it is an integrated circuit with several subsystems, including a central processing unit, memory, I/O, and clock/timers. Its architecture is based on the 80C51 instruction set, making it compatible with most development tools. Its major components are the Central Processing Unit (CPU), program and data memory, I/O, and a clock/timer. The CPU is responsible for executing instructions and accessing memory, while the memory is responsible for storing both program and data.

The Z84C4110PEG has two types of program memory: a fast program memory, called FLASH, and a slower parallel program memory called SRAM. The FLASH memory is used to store the program code that is executed, while the SRAM memory is used to store data. Data is stored in the RAM both during and after the program execution. The Z84C4110PEG also includes an I/O port, which is used to transfer data between the CPU and the outside world. This can be done either directly or via integrated peripherals. The clock/timer is responsible for synchronizing the operation of all components of the device.

Overall, the Z84C4110PEG is an ideal solution for embedded applications that require low-power, cost-effective and high-performance processing. It is an ideal choice for any project that needs advanced on-chip features and flexibility such as automotive and industrial control, medical, communication and consumer applications. thanks to its integrated features and power savings, the Z84C4110PEG is also suitable for battery powered applications that need to support a number of tasks.

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