XR20M1170IG24

XR20M1170IG24

XR20M1170IG24 is a new type of high-speed digital interface controller, produced by ATMEL Corporation. The controller provides a wide range of digital interface ports, including Ethernet, USB, RS232, and RS485, as well as a variety of peripheral interfaces, making it suitable for a wide range of applications.

The XR20M1170IG24 features an ARM Cortex-M4 processor clocked at 120MHz, and is also equipped with 8KB of SRAM, as well as a 10/100 Ethernet MAC. The controller also supports multiple low power modes, allowing developers to design more energy efficient applications.

Application Field:

The XR20M1170IG24 is suitable for a variety of applications, including industrial, automotive, medical and consumer applications. Due to its wide range of digital interface ports, the controller can be used in applications requiring data transfer between various system components, such as in telecommunication systems, networking equipment, POS systems, as well as in other embedded applications.

Working Principle:

The XR20M1170IG24 operates using an ARM Cortex-M4 processor, which is clocked at 120MHz. The controller also uses an 8KB SRAM and a 10/100 Ethernet MAC. The controller can be programmed using the Arduino IDE, which simplifies the development process. The controller can also be programmed directly using the Atmel Studio 7 development environment.

In order to send and receive data, the controller utilizes various digital interface ports, including Ethernet, USB, RS232, and RS485. Before data transmission, the controller must first be configured for the appropriate protocol, depending on the application. Once configured, the controller can then send and receive data from other system components using the corresponding ports.

The XR20M1170IG24 also supports multiple low power modes, allowing developers to design applications with maximum energy efficiency. The controller can be switched to a low power consumption mode when the application is idle, in order to reduce power consumption. This allows for improved system performances, as well as reduced power costs.