Arduino MKR Zero (I2S BUS & SD For Sound, Music & Digital Audio Data)

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€20,70

 

 

Arduino MKR Zero (I2S BUS & SD Included)

This is a revised version of Arduino Zero, aiming at assisting the learners looking to prove their 32-bit App development abilities. Arduino MKR Zero (I2S BUS & SD for Sound, Music & Digital Audio Data) features SPI1 interface which helps flirting with the audio/music without requiring an additional hardware. The best part of MKR Zero is the inclusion of SAMD21 (Atmel) Microcontroller. The ARM Cortex M0+ Core (32-bit) makes the board as powerful as the Arduino M0. If you love challenging your music-creation talent then consider Arduino MKR Zero (I2C BUS & SD) a top priority.

Arduino MKR Zero (I2S BUS & SD) Specifications

·         Atmel SAMD21 Cortex-M0+ Microcontroller (Low-Power 32-Bit ARM)

·         The board support 5V (USB/VIN) power supply

·         Compatible with 3.7V (minimum 700mAh Li-Po single cell battery)

·         Supports 600mA of Direct Current for 3.3V pin

·         Configured for 600mA Direct Current for 5V pin

·         Compatible with the operating voltage of 3.3V

·         The board comes with 22 Digital input/output pins

·         12 pins reserved for PWM channels

·         1 UART pin

·         1 SPI

·         1 I2C

·         Features 7 analog input pins (ADC 8bit/10bit/12bit)

·         Contains one DAC 10bit pin (analog output)

·         Supports 7mA direct current for each input/output pin

·         The microcontroller is assisted by 256KB Flash Memory

·         8KB of Flash Memory allocated for the Bootloader

·         32KB SRAM

·         48MHZ Clock Speed (32.768kHz Real Time Clock)

·         32 LED_BUILTIN

Arduino MKR Zero (I2S BUS & SD) Description

The Arduino Sound Library helps the developers to analyze the sound/audio. In addition to the sound library, the I2S library helps the connectivity of the audio devices. It quickens the proceedings and ensures convenient device connectivity.

Note

Be mindful of the fact that MKR Zero is compatible with 3.3V. More than 3.3V will damage the input/output pins and may lead to the failure of the board.