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ATMEGA328PB-AU - AVR ATmega Microcontroller 8Bit 32Kb 20MHz TQFP-32

Microchip Technology

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SKU:
024-ATMEGA328PB-AU
MPN:
ATMEGA328PB-AU
Quantity
Unit Price (ex. GST)
1 - 9
₹ 138.00
10 or above
₹ 128.00
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Technical Specifications

Brand:
Microchip Technology
Case/Package:
TQFP
Mount:
Surface Mount
Number of Pins:
32
Core Architecture:
AVR
Data Bus Width:
8 b
Frequency:
20 MHz
Interface:
I2C , SPI , UART , USART , 2-Wire
Max Frequency:
20 MHz
Max Operating Temperature:
85 C
Max Supply Voltage:
5.5 V
Memory Size:
32 kB
Memory Type:
FLASH
Min Operating Temperature:
-40 C
Min Supply Voltage:
1.8 V
Number of ADC Channels:
8
Number of I/Os:
23
Number of I2C Channels:
1
Number of PWM Channels:
6
Number of Programmable I/O:
23
Number of SPI Channels:
1
Number of Timers/Counters:
3
Oscillator Type:
Internal
Peripherals:
Brown-out Detect/Reset , POR , PWM , WDT
RAM Size:
2 kB
Watchdog Timer:
Yes
Height:
1.05 mm
Length:
7 mm
Width:
7 mm

Warranty Information

All the products supplied by Evelta are genuine and original. We offer 14 days replacement warranty in case of manufacturing defects. For more details, please visit our cancellation and returns page.

Description

The ATMEGA328PB-AU is a high-performance, low-power microcontroller from Microchip, based on the 8-bit AVR RISC architecture. It boasts a range of impressive features, including 64 KB of ISP Flash memory with read-while-write capabilities, 2 KB of EEPROM, 4 KB of SRAM, 27 general-purpose I/O lines, 32 general-purpose working registers, two versatile timer/counters with compare modes and PWM support, one UART with hardware LIN capability, an 11-channel 10-bit A/D converter with two programmable gain input stages, a 10-bit D/A converter, a programmable watchdog timer with an internal oscillator, an SPI serial port, an on-chip debug system, and four selectable power-saving modes. The device can operate within a voltage range of 2.7 to 5.5 volts.

What sets this microcontroller apart is its ability to execute powerful instructions in a single clock cycle, enabling it to achieve throughputs of nearly one million instructions per second per megahertz (MIPS/MHz). This performance is achieved while carefully balancing power consumption and processing speed.

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