PIC KIT3 Offline Programmer & Debugger Offline/Programming/Emulator with ICD2

SKU: FA1059-1
PC Interface

USB 2.0 High Speed (Mini-B)

Connection Port

Standard 6-Pin ICSP Header

Target Voltage (Vdd)

2.0 V to 6.0 V (Adjustable via MPLAB X)

Programming Voltage (Vpp)

1.8 V to 14.0 V (Internal Boost)

Offline Memory

512 KB Internal Flash for PTG mode

Debug Support

Full Hardware Emulation (Breakpoints, Step, Trace)

Compatibility

Windows 7/10/11, macOS, Linux

Product Description
The PIC KIT3 Enhanced Edition is a high-performance development tool that bridges the gap between hobbyist tools and industrial-grade emulators. It combines the massive device library of the PICkit 3 with the advanced stability of ICD2 (In-Circuit Debugger 2) logic. This tool supports the full spectrum of Microchip’s microcontrollers, including PIC10, PIC12, PIC16, PIC18, PIC24, dsPIC, and PIC32.
This 2026 edition is specifically engineered for reliability in “noisy” industrial environments. It features a superior Offline “Programmer-to-Go” mode, allowing users to load firmware into the unit’s internal memory and program target boards in the field or on the assembly line without a PC. With integrated ICD2 emulation logic, it provides more stable real-time debugging, faster instruction stepping, and more robust breakpoint management than standard clones.

Key Features
  • Standalone Programmer-to-Go (PTG): Encrypt and store your HEX file on the internal memory for secure, one-touch offline programming in production environments.
  • Enhanced ICD2 Logic: Optimized hardware circuitry provides the timing accuracy and stability of an ICD2 emulator with the modern USB 2.0 speed of a PICkit 3.
  • Universal PIC Support: Full compatibility with 8-bit, 16-bit, and 32-bit PIC MCUs and dsPIC Digital Signal Controllers.
  • Real-Time Emulation: Supports hardware breakpoints, single-step execution, and “Watch” variables to diagnose code at the silicon level.
  • Wide Voltage Range: Software-selectable target voltage (2.0V to 6.0V), making it safe for both legacy 5V systems and modern low-power 2.5V/3.3V chips.
  • Industrial Build Quality: Enhanced ESD (Electrostatic Discharge) protection on the ICSP header to prevent damage during frequent plugging/unplugging on production floors.
Usage Guide
  1. Software Installation: Download the latest MPLAB X IDE and the MPLAB IPE (Integrated Programming Environment).
  2. Connecting to PC: Plug the unit into your USB port. In your IDE, select “PICkit 3” or “ICD2/3” as the hardware tool (the unit will automatically handshake with the correct logic).
  3. Target Wiring: Connect the 6-pin ICSP cable to your target board. Match the triangle (Pin 1) on the cable to the MCLR pin on your board.
  4. Offline Programming (Programmer-to-Go):
    • Open MPLAB IPE.
    • Load your HEX file and select “Settings > Programmer-to-Go”.
    • Once loaded, disconnect from the PC. Connect to a powered target board (or a USB power bank) and press the physical button on the PIC KIT3 to flash the chip.
  5. Status LEDs:
    • Power: Steady green when connected.
    • Active: Blue when communicating with software.
    • Status: Yellow during programming; Red indicates a connection or voltage error.
Q: Why choose this "Enhanced ICD2" version over a standard PICkit 3?

Standard clones often struggle with timing-sensitive debugging on PIC24 or PIC32 chips. This version uses higher-quality oscillators and buffer chips to provide the stability required for professional emulation, similar to the legacy ICD2 units but with 2026 software compatibility.

Q: Can this unit provide power to my target board?

Yes. Through the MPLAB IPE interface, you can enable “Power Target from Tool.” It can provide up to 30mA, which is sufficient for most microcontrollers without heavy peripherals.

Q: Is this product suitable for business-level mass production?

Absolutely. Business customers prefer the Programmer-to-Go feature because it protects IP—factory workers only handle the hardware tool and a single button, never seeing the raw source code on a computer.

Q: How do I update the firmware for new chips released in 2026?

The firmware is managed automatically. When you select a new chip in MPLAB X, the software will detect if the tool needs an update and download it via USB in seconds.

Q: Does it support the newer AVR or SAM chips?
No. This tool is a specialist for the PIC/dsPIC ecosystem. For AVR or SAM support, we recommend looking at the MPLAB PICkit 4 or PICkit 5.