Z86E7316FSG Datasheet/PDFEmbedded - Microcontrollers
The Z86E7316FSG is a versatile 8-bit microcontroller that provides an ideal platform for a variety of embedded applications. It is based on the 8751 integrated microcontroller core and provides a wide range of features including 8K bytes of code memory, 1K bytes of RAM, 256 bytes of EEPROM, 3 external interrupts and four 8-bit timer/counters. It also features additional functions such as UART and on-board power-saving mechanisms.
Application Field
The Z86E7316FSG is suitable for a variety of embedded applications, ranging from consumer and industrial products to automotive systems. In consumer and industrial applications, the microcontroller is ideal for design of intelligent low-end appliances, such as air conditioners, refrigerators and washing machines, as well as industrial controllers for store inventory tracking and control. The Z86E7316FSG provides reliable data logging and communications capabilities for these products, allowing them to communicate with other systems for enhanced versatility and control.
In automotive applications, the Z86E7316FSG is designed for use in cars, trucks, and motorcycles under the hood, in dashboards and other vehicle systems. It is well suited for engine and transmission control, automotive infotainment systems and in-dash navigation. It can also be used with great success in automatic steering and other advanced vehicle safety systems.
Working Principle
The Z86E7316FSG is based on the 8751 integrated microcontroller core. It uses a Harvard architecture with 8K bytes of code memory and 1K bytes of RAM, allowing it to operate effectively in embedded systems. The internal RAM is organized in 64 bytes of data registers and 128 bytes of workspace registers. The microcontroller also has a separate program memory area of 8K bytes, providing ample space for programs and data.
The Z86E7316FSG features three external interrupts, designed for use in embedded systems for increased speed and accuracy. When one of these interrupts is triggered, the corresponding service routine is executed. The timer/counters offer the microcontroller a range of interval measurement and timing capabilities, with four 8-bit timer/counters capable of generating time delays, pulse width measurement, pulse position modulation and so on.
The Z86E7316FSG also features an on-board UART for reliable communications between the microcontroller and external circuits. This allows the microcontroller to communicate with other devices via a serial protocol, such as RS232, RS485 or I2C, making it possible to easily interface it with other embedded systems.
Conclusion: The Z86E7316FSG is a versatile 8-bit microcontroller, based on 8751 core, well-suited for a variety of embedded applications. It has 8K bytes of code memory, 1K bytes of RAM, three external interrupts and four 8-bit timer/counters, as well as UART and on-board power-saving mechanisms. This makes it an ideal choice for consumer and industrial applications, as well as automotive systems.