ATTINY25V-10SSNR

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

The ATtiny25V-10SSNR is a low-power Flash microcontroller (MCU) by Atmel Corporation. It is a 8-bit AVR RISC-based microcontroller with a 256-byte Flash program memory, 4-Kbytes EEPROM, 128-byte SRAM, 6 general-purpose input/output (GPIO) lines and up to 14 interrupt sources. The ATtiny25V-10SSNR is designed for applications where a low-cost and low pin-count MCU is required. Some potential applications include simple data acquisition, communication protocol monitors and dedicated Controllers.

The ATtiny25V-10SSNR operates from a 1.8V to 5.5V power supply range and is optimized for low power operation. It consumes only 4.4\ µA in Active Power Saving mode and 4.2\ µA in Power-down mode. The device features programmable Watchdog Timer, which can be used to monitor system events; it runs in all sleep modes. The ATtiny25V-10SSNR also includes an 8-bit timer with a Capture/Compare Unit and PWM resolving up to 6-bit resolution.

The ATtiny25V-10SSNR has the ability to execute instructions in Power-down mode and the internal oscillator ensures that the device remains functional even when external clock source is not used. The device features Self-Programming capabilities, allowing users to program flash memory outside the target system. This eliminates the need for external programming equipment. The ATtiny25V-10SSNR also features a JTAG interface, which provides full access to all of the device’s resources, including the on-chip debugger.

The ATtiny25V-10SSNR is designed for embedded applications in a wide range of applications including automotive, industrial, medical and consumer products. It is available in 8-pin DIP, SOIC and QFN packages, and it is pin-compatible with other AVR microcontrollers with similar packages. The ATtiny25V-10SSNR combines the capabilities of an 8-bit MCU and an 8-bit micro-controller while providing the benefits of both. The performance, flexibility, and low power consumption of the device make it an ideal choice for applications where cost-consciousness, small size, and low power consumption are important.

As far as working principles are concerned, the ATtiny25V-10SSNR is built around the RISC architecture, which allows the chip to execute commands more efficiently with each instruction. Any command given to the microcontroller will require one or more instruction cycles to complete. During the instruction cycle, the processor reads the command from the flash memory and then performs the associated operation. Different commands may require different numbers of instruction cycles.

The ATtiny25V-10SSNR uses a Harvard architecture, which separates the data bus from the program bus. This allows for simultaneous accesses of both program and data memory. The microcontroller also has an 8-bit industry standard Addressing mode which allows the user to access memory in either the lower or upper 8-bit address range. This ensures compatibility with standard and custom software applications.

The ATtiny25V-10SSNR also contains built-in special features like the Watchdog Timer and the Brown-out reset circuit. The Watchdog Timer monitors the operation of the MCU and can be used to detect system failures due to power failure or code errors. The Brown-out reset circuit detects unintended voltage drops and initiates a reset that utilizes any on-board circuit manipulation commands, like load, reset, and other operations. The internal oscillator ensures the accurate operation of the microcontroller, even in the absence of an external clock source.

The ATtiny25V-10SSNR is a highly cost-effective, low-power and low pin-count 8-bit MCU which provides power and performance for embedded applications. It is an ideal choice for embedded systems where low-cost and low power consumption are important requirements. With its on-chip debugging capabilities, small size, and low power consumption, the ATtiny25V-10SSNR is an excellent choice for developing efficient and robust applications.

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