ATTINY45V-10SI

Introduction to ATTINY45V-10SI

The ATTINY45V-10SI is a high quality microcontroller from ATMEL Corporation. This microcontroller features an 8-bit AVR core architecture with a flash memory of up to 4 kilobytes. The device also provides the user with multiple I/O functions for the design of flexible, embedded applications. It operates on a 5.0V-to-3.6V of operating voltage and can withstand up to a temperature range of -40 to 85 degree Celsius.

This microcontroller has an advanced low-power modes and flexible power optimization architecture, providing a low power consumption. Other features include a 16-bit real-time timer/counter, SPI interface, USI, and 6 analog comparators.

ATTINY45V-10SI Application Field

The compact form factor and low powered operation of the ATTINY45V-10SI make it suitable for a wide range of applications. These include industrial automation and control, digital watch, wearables, smart homes/lighting applications, and medical products.

The low-power mode allows for devices to be powered by a single battery for a long period of time. Some applications that involve a large amount of data, such as gaming, require a high-speed processor, making this microcontroller a great choice for those applications as well.

ATTINY45V-10SI Working Principle

The ATTINY45V-10SI microcontroller is operated by running programs stored in its Flash memory. The program data is written in the programming language C inside the device, which is then executed by the 8-bit AVR core. The AVR core is the processor that interprets and executes the program code.

The ATTINY45V-10SI also contains an advanced low-power mode that allows the device to reduce power consumption when idle. When in low-power mode, the device only processes data and calculations that are necessary for the operation of the associated application, resulting in reduced power consumption.

Conclusion

The ATTINY45V-10SI is a powerful, low-power microcontroller from ATMEL Corporation. Its small form factor and versatile application capabilities make it suitable for a wide range of embedded applications. The device is equipped with a 16-bit real-time timer, SPI interface, USI and 6 analog comparators, along with its 8-bit AVR core, making it ideal for applications that require high performance, low-power operation.