USBTiny USBtinyISP V2 AVR Programmer

Atmel AVR ISP Programming Standard: Designed for in-system programming (ISP) of Atmel AVR microcontrollers, making code uploading fast and reliable for custom circuits and bootloaders.

Dual Header Interface (6-pin & 10-pin): Equipped with both standard 6-pin and 10-pin ISP headers to interface seamlessly with various AVR evaluation boards and targets without extra adapters.

Onboard Power Supply Switch: Features an integrated jumper to select whether the programmer provides $5\text{V}$ power to the target board via USB or relies on target self-powering.

Software & IDE Integration: Native support in the Arduino IDE, AVRDUDE, and Atmel Studio, allowing direct flashing without needing proprietary drivers on most modern systems.

Buffered Signals & LED Indicators: Onboard buffer ICs protect host USB ports from signal collisions and overcurrent, complemented by LED status lights for power and programming activity.

Module Construction: Built on a double-sided FR-4 glass epoxy printed circuit board with durable shrouded headers, gold-plated USB connectors, and high-density components.

Power Supply & Operating Voltage: Operates logic lines on 5V DC supplied directly via the USB Type-B interface connector.

Handling Precautions: Ensure correct ISP pin orientation before connecting ribbon cables to avoid reverse polarity. Always observe electrostatic discharge (ESD) safety practices.

Environmental Limits: Operating temperature range spans -20°C to +70°C. Keep protected from static discharge, metallic dust, and liquid moisture.

Essential AVR Bootloader & Flashing Companion: Position as a fundamental tool for burning Arduino bootloaders onto fresh ATmega328P or ATtiny chips and flashing raw C/assembly code.

Compact & Low-Cost Workbench Staple: Highlight its affordability and plug-and-play usability for students, makers, and production technicians setting up flashing jigs.

Recommended Cross-Sell Add-ons: Pair with ATmega328P Microcontrollers, ATtiny85 ICs, USB Type-B Cables, and Breadboard Jumper Wires.

Ideal for Microcontroller Engineering: Perfect for custom embedded hardware debugging, restoring bricked microcontrollers, and low-level firmware development.