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Compact PICkit 3.5 programmer debugger board with USB connector and ICSP header, green PCB, black components

NuoTo

NuoTo PICkit 3.5 PIC Programmer Debugger Development Board

SKU CH-K4MA-K0J22

A PIC microcontroller programmer and in-circuit debugger with USB connection, supporting PIC16, PIC18, PIC24 and dsPIC series across a 1.8–5 V range

  • CPU TypeOther
  • Simulates and programs PIC microcontrollers via USB
  • Firmware self-recovery protects against upgrade failures
  • Supports PIC16, PIC18, PIC24 and dsPIC series
  • Operates from 1.8 V to 5 V for low-voltage targets
  • Diagnostic LEDs show power, activity and status

PICkit 3.5 programmer for PIC microcontrollers

The NuoTo PICkit 3.5 is a USB-connected in-circuit debugger and flash programmer built for students and engineers working with Microchip PIC devices. It supports MPLAB X IDE on Windows and targets almost all PIC families including PIC16, PIC18, PIC24 and dsPIC series. The kit includes adapter boards to simplify wiring during development.

Voltage range 1.8 to 5 volts decides target

The debugger operates from 1.8 V up to 5 V, matching the supply range of most PIC microcontrollers. Built-in over-voltage and short-circuit monitors protect both the tool and the target board during programming sessions. If your design runs outside this window, a different programmer is required.

USB plug-and-play with ICSP header and LED status

Connection uses a standard USB cable and the familiar 6-pin ICSP interface, so no external power supply is needed. Diagnostic LEDs show power, activity and status at a glance. The most common issue is a mismatched pin-out on custom boards — verify the ICSP header orientation before starting a debug session.

Pluspunten

  • Simulates and programs PIC microcontrollers via USB
  • Firmware self-recovery protects against upgrade failures
  • Supports PIC16, PIC18, PIC24 and dsPIC series
  • Operates from 1.8 V to 5 V for low-voltage targets
  • Diagnostic LEDs show power, activity and status

Specificaties

CPU TypeOther

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How does the PICkit 3.5 perform when it is inside a real development machine?

It connects through a full-speed USB port and uses Windows standard drivers, so the PC running MPLAB X IDE controls debugging and programming at the target processor's maximum speed.

What interface does the PICkit 3.5 use and what does that limit in practice?

The USB link provides full-speed communication with the host PC; the programmer itself handles targets from 1.8 V to 5 V and supports PIC16, PIC18, PIC24 and dsPIC series.

What does the board need to fit or mount in a typical setup?

It plugs into a USB port on the host computer and connects to the target PIC through an ICSP header, requiring only the supplied cables and a compatible pinout on the target board.

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