XUF208-128-TQ64-I10

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Embedded - Microcontrollers: XUF208-128-TQ64-I10 Application Field and Working Principle

Microcontrollers are small computer systems integrated into one electronic package for control and manipulation of electronic components. They are designed for efficiency, speed and accuracy and are used in applications such as autopilot control in aircraft, adaptive cruise control in automobiles, modern central heating and cooling systems, aerospace and other high-tech industries. XUF208-128-TQ64-I10 is a high performance 8-bit RISC (reduced instruction set computer) microcontroller.

The XUF208-128-TQ64-I10 device is part of the XE17 microcontroller family, which includes the XP-17, XN-17 and XC-17 microcontroller families. It is based on the XE17 architecture, a 32-bit processor technology with an 8-bit instruction set. The XUF208-128-TQ64-I10 device is designed to meet the demands of high-performance embedded applications such as automotive body control, in-vehicle communication, and industrial automation.

The XUF208-128-TQ64-I10 is a single-chip 8-bit device featuring 64KB Flash memory. It includes 16 general-purpose registers, four adder units, and a four-cycle instruction cycle. The XUF208-128-TQ64-I10 also features an integrated 4-level pipeline that can support peak performance up to 40 million instructions/s. The device has two interrupt request pins, four timer/counter pins, three watchdogs and an eight-bit multiplexed UART.

XUF208-128-TQ64-I10 is an ideal solution for controlling demanding embedded applications such as factory automation, medical equipment, renewable energy, automation and process control, building automation and security, automotive body control. It is also suited for less demanding automated tasks, such as controlling lights, fans, pumps and other equipment in residential homes and commercial buildings.

The XUF208-128-TQ64-I10 also features a number of advanced features to optimize system performance and energy efficiency. This device has an integrated 8051 processor core and one-shot 16-bit timer. It also includes four programmable ports, which are used to control the peripheral devices. The device has four adjustable power consumption modes including power-down, sleep, idle and operating.

The XUF208-128-TQ64-I10 is a low-power, high-performance microcontroller ideal for embedded applications. Its flexibility, versatility and user-friendly design make it an ideal choice for applications requiring a wide range of inputs and outputs. The device is optimized for low power consumption making it suitable for mobile and battery-powered systems.

The working principle of XUF208-128-TQ64-I10 is based on the architecture of Reduced Instruction Set Computer (RISC). This architecture uses a fixed-length instruction set and simplified set of instructions to achieve high-performance computing at a lower cost and with less power consumption. The XUF208-128-TQ64-I10 has a single-cycle instruction cycle, meaning the instruction and data are loaded into the device and executed in a single clock cycle, thus speeding up the execution time.

The XUF208-128-TQ64-I10 microcontroller offers a wide range of features and peripherals to fulfil many complex application needs. It supports a large selection of ports and communication protocols such as I2C, SPI, UART, CAN, and USB. The device also supports multiple real-time operating systems and a variety of software development tools to develop applications with custom features and have the flexibility to update them in the future.

In conclusion, the XUF208-128-TQ64-I10 microcontroller is an excellent choice for embedded applications that require high performance and low power consumption. Its single-cycle instruction set and wide range of features and peripherals make it an ideal solution for applications such as automotive body control, in-vehicle communication, and factory automation.

The specific data is subject to PDF, and the above content is for reference