ATMEGA328P-PU & DIP Socket Kit 16MHz crystal ATMEGA328P DIP-28 Adapter board  LM7805 KIT

ATMEGA328P-PU & DIP Socket Kit 16MHz crystal ATMEGA328P DIP-28 Adapter board LM7805 KIT

ATMEGA328P Kit
£3.00
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ATMEGA328P-PU & DIP Socket Kit 16MHz crystal ATMEGA328P DIP-28 Adapter board  LM7805 KIT

ATMEGA328P-PU & DIP Socket Kit 16MHz crystal ATMEGA328P DIP-28 Adapter board LM7805 KIT

£3.00
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ATmega328P-PU DIP Kit with UNO Bootloader, 16MHz Clock and LM7805 Regulator

Meet a complete, breadboard-ready AVR solution designed for rapid prototyping and learning. This kit centers on the ATmega328P-PU with UNO bootloader, paired with a DIP-28 adapter and socket for easy testing and replacement. It includes a precise 16MHz crystal oscillator and a robust LM7805 regulator to keep your projects powered reliably, so you can focus on building rather than sourcing parts.

What’s included

  • 1 x ATmega328P-PU & UNO Bootloader
  • 1 x FREE DIP Socket
  • 2 x 22pF capacitors
  • 1 x high precision 16MHz crystal oscillator
  • 1 x LM7805 5V Voltage regulator
  • 0,1uF & 0,33uF electrolytic capacitors

Key specifications

  • Core: AVR
  • Package: DIP-28
  • Program memory type: FLASH
  • Program storage capacity: 32KB
  • Total RAM capacity: 2KB
  • EEPROM capacity: 1KB
  • ADC: 10-bit
  • Maximum CPU frequency: 20MHz
  • Number of GPIO ports: 23
  • Supply Voltage: 1.8V-5.5V
  • Operating Temperature: -40°C to 85°C
  • Bootloader: UNO Bootloader

Why this kit stands out

  • All-in-one AVR starter: everything you need to get started with ATmega328P-based projects in one kit—no chasing down components.
  • Uno-friendly out of the box: preloaded UNO bootloader lets you program with the popular Arduino IDE, accelerating prototyping and learning.
  • Durable, reusable footprint: DIP socket enables quick removal and re-use of the MCU, ideal for testing different microcontrollers or swapping when experimenting.
  • Crystal and regulator included: stable 16MHz clock and reliable 5V regulation support sensor boards, LEDs, and small peripherals.

Ideal use cases

  • DIY Arduino-compatible projects, wearables, and small robots
  • Educational kits for students learning digital electronics and microcontrollers
  • Prototype boards for embedded systems, sensors, and control applications

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