Arduino Pro Mini 5V 16mhz

ATmega328P Core Running at 5V / 16MHz: Powered by the ATmega328P microcontroller running at full 16MHz clock speed on a 5V power rail, delivering standard Arduino UNO performance in a micro footprint.

Ultra-Compact Minimalist Design: Built without bulky onboard USB hardware to minimize weight, space, and power consumption for permanent project installations.

14 Digital I/O & 6 Analog Inputs: Features 14 digital input/output pins (6 supporting PWM output) and 6 analog inputs for connecting sensors, relays, LEDs, and motor drivers.

Native 5V Logic Level Compatibility: Interfacing directly at standard 5V logic levels simplifies setup with standard 5Vsensors and modules without needing logic level converters.

Standard 6-Pin FTDI Header: Outfitted with a standard 6-pin FTDI programming header for quick connection to external USB-to-UART serial adapters.

PCB & Header Construction: Built on a multi-layer FR-4 glass epoxy printed circuit board with clear silk-screened pin labels.

Power & Voltage Tolerances: Accepts regulated 5V DC on the VCC pin or 5V–12V DC on the RAW power input pin. Avoid supplying voltage over 12V to prevent excess heat on the regulator.

ESD & Circuit Precautions: Practice standard anti-static handling procedures when touching exposed pin headers; disconnect power sources before modifying breadboard wiring.

Environmental Limits: Operating temperature range is -10°C to +60°C. Keep protected from static discharge, conductive metal particles, and moisture exposure.

Full-Power 16MHz Micro Board: Market as the go-to board for developers who require 16MHz performance and standard 5V logic compatibility in space-critical builds.

Ideal for Permanent Installations: Highlight as a cost-effective, lightweight micro board for embedding into finished custom electronics, drone systems, and wearables.

Recommended Cross-Sell Add-ons: Pair with FTDI USB-to-Serial TTL Adapters, Solderless Breadboards & Jumpers, and 5V Relay Modules.

Flexible Logic Level Selection: Position alongside the 3.3V / 8MHz version so customers can select the exact operating voltage required for their specific sensor payload.