Imaginile produselor au caracter informativ si pot prezenta diferente minore, in functie de lot si de furnizor. Este posibil ca specificatiile si pretul produselor sa fie modificate fara preaviz. Facem tot posibilul sa adaugam in pagina produselor specificatii cat mai exacte si corecte dar este posibil ca acestea sa nu fie in totalitate corecte. in cazul in care identificati un astfel de caz, va rugam sa ne semnalati acest lucru.
Produsul este destinat specialistilor si nu include instructiuni de asamblare/utilizare. Produsul beneficiaza de garantia legala de conformitate (produsul este conform specificatiilor din site) egala cu durata de functionare medie a produsului de 14 zile de la data primirii produsului si de garantia Dead on Arrival (nefunctional la primire).
ATtiny85 LilyTiny LilyPad main board digispark Wearable device NANO
Specificatii:
Dimensions: Diameter 25mm
CJMCU-ATTINY85 miniature microcontroller development board
8K Byte of In-System Programmable Program Memory Flash
512 Bytes In-System Programmable EEPROM
512 Bytes Internal SRAM
ATtiny MCU description:
Atmel Corporation (Atmel Corporation) announced that its low-power ATtiny 10/20/40 microcontroller (MCU) series, to be optimized for buttons, sliders and wheels and other touch-sensing applications. These devices include the AVR MCU and its patented low-power picoPower technology, is the ideal choice for cost-sensitive industrial and consumer electronics markets a variety of applications, such as car dashboard, LCD TVs and monitors, notebook computers, mobile phones and so on.
ATtiny MCU Series Introduction
Atmel ATtiny new microcontrollers with integrated Atmel AVR microcontrollers, and include 1KB to 4KB of flash memory, with 32 KB to 256 KB of SRAM.
In addition, these devices support SPI and TWI (with I2C- compatibility) communications, providing the highest flexibility and 1.8V to 5.5V operating voltage
. ATtinyAVR using Atmel's patented picoPower technology, low power consumption. Through software control system clock frequency to achieve the best balance between performance and power consumption, but also has been widely used.
feedback Report comment