ATUC64D3-Z2UR

ATUC64D3-Z2UR is a multi-functional MCU (Microcontroller) developed by Atmel. It is an MCU that provides excellent performance and various functions for applications such as industrial control and consumer electronics. It integrates various resources such as Flash memory and SRAM, and has multiple integrated interfaces, thus providing one-stop solutions.

Application Field: ATUC64D3-Z2UR was designed primarily for industrial application. This device incorporates various functions such as ADC, SPI, PWM, capacitive touch, and communication interface, making it applicable in a wide range of industrial applications. This includes motor control systems, HVAC, temperature and power monitoring, factory automation, and human-machine interface. It is also suitable for audio and digital broadcast applications, where industry-leading signal integrity performance is required.

Working Principle: ATUC64D3-Z2UR is an 8-bit microcontroller with an 8/16-bit AVR core and an Application Specific Integrated Circuit (ASIC). The AVR core makes all the calculations, while the ASIC handles the input/output processing. The device integrates multiple memory blocks including Flash memory and SRAM, peripheral controller such as port control and UART, several timer modules, analog to digital converter, etc. Common controllers such as SPI, USART and counters are also available.

ATUC64D3-Z2UR also provides interface for touch sensing and capacitive control, allowing it to be used for easy UI design. In addition, it supports various power saving modes, making it an ideal choice for applications where power conservation is key. This device supports multiple software programming tools as well, which makes it an attractive option for applications with tight schedules.

ATUC64D3-Z2UR is a powerful but cost-effective 8-bit microcontroller that provides excellent performance and features. It has a wide application range in industrial control, consumer electronics, automotive systems and other applications. With its wide range of features and excellent performance, it is becoming an increasingly popular choice for embedded applications.