COP8SGE728M8

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The COP8SGE728M8 microcontroller model is a special type of integrated circuit specifically designed for embedding into other types of electronic products and assemblies including home appliances and consumer goods. This particular IC chip utilizes Silicon Laboratories’ 8-bit 8051 core architecture to provide a high degree of integration which allows it to be used in a wide range of commercial, industrial and automotive applications. This microcontroller model is extremely versatile, resulting in its use in everything from medical devices to various audio products.

Features

The COP8SGE728M8 microcontroller provides numerous features which make it ideal for a variety of embedded applications. It is capable of running at speeds up to 21.1 MHz depending on the crystal used and comes with up to 256 kbytes of Flash program memory. It also includes up to 2 kbytes of RAM as well as 2 kbytes of EEPROM memory, making it capable of storing code as well as various other data. Additionally, the chip contains an array of various peripheral functions including up to two 8-bit to 16-bit comparators, six timers, one serial interface, a built-in temperature sensor, various programmable I/O pins and a power management unit.

Application Fields

The COP8SGE728M8 is highly versatile and is suitable for a wide range of embedded applications. It is particularly well suited for control and monitoring applications such as those found in automotive, industrial and home automation systems. Additionally, due to its numerous peripheral devices and low power consumption, it is popular for applications requiring digital audio processing and audio devices. Various medical applications have also been developed which utilize this microcontroller to monitor a variety of patient diagnostics.

Working Principle

The 8051 core architecture that is used for the COP8SGE728M8 microcontroller is designed for both simplicity and flexibility. The core itself is responsible for controlling the flow of data and logic operations of the microcontroller. It is capable of executing up to 39 instructions which are all composed of 8-bit bytes, allowing it to execute commands and program instructions with a total of 240 bytes of RAM. The 8051 also includes various extended and on-chip programmable interrupts which allow the microcontroller to respond quickly to certain external events.

The peripheral devices of the COP8SGE728M8 work together to provide various features and functions. For example, the built-in temperature sensor can be used to monitor environmental conditions or the 6 timers can be used to control a variety of digital devices such as clocks and timeouts. The serial interface can be used to communicate with an external device such as a PC or another microcontroller. Finally, the power management unit can be used to reduce the standby current and increase power efficiency when the microcontroller is not actively running.

Conclusion

The COP8SGE728M8 microcontroller is an extremely versatile and powerful device which can be used in a variety of embedded applications. Its 8051 core provides a high degree of flexibility and programmability while its peripheral devices provide added features and functionality. Additionally, its low power consumption makes it ideal for a range of battery-powered applications. The COP8SGE728M8 is a great choice for anyone looking for a powerful yet cost-effective solution for their embedded needs.

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