ATMEGA328-PU Effecient 8-Bit Microcontrollers: PDF, Pinout
ATMEGA328-PU：32KB 16K x 16 FLASH AVR 8-Bit Microcontroller ATmega Series ATMEGA328 28 Pin 20MHz 5V 28-DIP (0.300, 7.62mm)
This article will include its pinout, features, datasheet and more detailed information about the difference between ATMEGA328-PU and ATMEGA328P-AU.
Catalog
ATMEGA328-PU Pinout
ATMEGA328-PU CAD Model
ATMEGA328-PU Overiew
ATMEGA328-PU Features
ATMEGA328 PU Alternatives
ATME328-PU vs ATMEGA328P-AU
ATMEGA328-PU Block Diagram
ATMEGA328-PU Package
Datasheet PDF
Specifications
ATMEGA328-PU Pinout
ATMEGA328-PU CAD models:
Symbol
Footprint
3D-Model
Atmega328-PU vs ATMEGA328P-AU:
Atmega328-PU:The ATMEGA328-PU is a microcontroller based on the AVR-enhanced RISC architecture, offering low-power functionality. It operates at a speed of up to 1MIPS per MHz by efficiently executing instructions in a single clock cycle. This enables system designers to balance power consumption and processing speed to achieve optimal performance.
ATMEGA328P-AU: This program has a type of memory called FLASH for this MCU's program memory. Temperatures in this range are operated by this Microcontroller. AVR® ATmega-series components are electrical components. Having a size of 32KB 16K x 16, Microcontroller has a program memory of X bytes. There's a AVR Core Processor inside. This Microcontroller belongs to the MICROCONTROLLER, RISC uPs/uCs/peripheral ICs type. There are 32 terminations on the IC chip, which means there are 32 terminations on the integrated circuit chip. You get a 8-bit size. The MCU chip's supply output is 5V volts. MCU chip has NO DMA channels. The part has a memory size of 32kB. ATMEGA328P is the base part number that you can use to find alternatives. In the case of 20MHz frequency operation, it can perform efficiently. On the chip, there are 32 pins that can be accessed. A total of 3 timers/counters are included in the package. It consists of 8 channels in total for the ADC. This device comes with a set of 1 A/D converters that have been built into it. As far as the PWM channel count is concerned, the device makes use of 6 channels.
But what is the difference between ATMega328P-PU and 328P-AU?
Here is the answer: The names of the parts have different suffixes (-AU and -PU) to indicate different packaging options. The -AU suffix corresponds to a surface-mount package, while the -PU suffix refers to a chip that is compatible with a breadboard. In simpler terms, the -AU part can be soldered onto a circuit board, while the -PU part is designed to be easily used on a breadboard.
In terms of functionality, there is very little difference between the two. The 32A package has pins for ADC6 and ADC7, which are not present in the 28P3 package. However, besides this distinction, both packages are essentially the same. It is important to note that these additional pins are only used for Analog-to-Digital Converters and cannot be utilized for digital input/output on any specific port.
ATMEGA328-PU Block Diagram
ATMEGA328-PU Package
Datasheet PDF
Please DOWNLOAD the datasheets and manufacturer documentation for the ATMEGA328-PU.
Specifications
Retrieve the technical specifications, attributes, parameters, and identify comparable parts that possess similar specifications to the
ATMEGA328-PU microcontroller.
Related Articles
Exploring the L4984D Controller: Datasheet, Pinout
S9013 NPS Transistor: Datasheet, Equivalent, How to Use
RG6 Vs RG11 Coaxial Cable: Differences And Similarities
AD9361BBCZ Datasheet, Pinout, Circuit Diagram
PCF8563 vs DS1307:Arduino-Compatible Real-Time Clock (RTC)Module
What are Energizer A23 Batteries: Datasheet,Use and Equivalents
What’s the Difference between St-Link V2 and V3?
MCP602 vs TL082: What Are the Differences Really
MCP6002 Op-amp: Datasheet, Pinout, Alternative
AD7524LPZ Digital-to-Analog Converter: Datasheet, CAD-Model, Pinout
16SVPK330M Alunimum Solid Capacitors: Datasheet, CAD-Model
