PIC Microcontrollers, Development Boards & Programmers
PIC microcontrollers, development boards and programming hardware
Compare PIC-family integrated circuits with the boards and tools used to prototype or program them. The current assortment includes PIC12, PIC16, PIC18 and PIC24 listings; PIC16F877A, PIC18F4520 and PIC24FJ128GA006 development or minimum-system boards; PICkit 2/3/3.5-style programmers, K150 programmers, ICSP cables and programming adapter seats. It also contains some non-PIC controllers and accessory modules, such as STM32, CH32, RP2040 or AVR chips, RS-485 interface boards and motor/display modules. Their presence does not make them PIC devices or drop-in substitutes. Select by the actual item and variant, not the collection label alone.
Choose the PIC IC by full part number
- Small 8-pin devices: PIC12F508, PIC12F629, PIC12F675 and PIC12F683 appear in DIP-8 or SOP-8 choices. Confirm the exact suffix and package, program/data memory, oscillator options, available GPIO and analog functions against the device datasheet. A PIC12-family designation alone is not a firmware or pin-function match.
- PIC16 options: Listings include PIC16F1829-I/SS (SSOP-20), PIC16F883-I/SO (SOP-28), PIC16F690-I/SO (SOP-20), PIC16F877A-I/P and PIC16F887-I/P (DIP-40), as well as PIC16F1937/1939 and other part-number alternatives. Compare memory, ADC and timer resources, serial interfaces, operating voltage, oscillator and configuration-bit behavior, pin mapping and package drawing for the selected part. Similar pin counts or a shared PIC16 prefix do not establish interchangeability.
- PIC18 and PIC24 choices: PIC18F2550, PIC18F4550 and PIC18F4520 listings span DIP and surface-mount packages; PIC24FJ128GA006 board listings describe a different 16-bit platform. Check whether USB or another peripheral exists on the exact target and whether its required external circuitry and pins are actually present on the chosen board. PIC18F4550-I/P DIP-40 and PIC18F4550-I/PT 44-pin surface-mount are not the same PCB footprint.
- Orderable suffixes and packs: Codes such as -I/P, -I/SN, -I/SO, -I/SS and -I/PT distinguish listed package/grade options; decode the complete ordering code using the manufacturer documentation rather than assuming that a family name fixes every rating. Product titles offering 1, 5, 10, 30, 50 or 100 pieces often use the option named “Color” for quantity. A title with several chip numbers usually represents separate choices, not an assortment of every number.
Boards, programmers and accessories are different purchases
A PIC16F877A minimum-system or learning board should be assessed by its fitted MCU, supply input, clock, reset circuitry, ICSP connection, exposed pins and onboard interfaces. A PIC16F1937 display board or PIC16F1823 RS-485 board includes application circuitry that a bare chip lacks. Confirm whether the MCU, headers, cable, power supply or tutorial material is actually included in the selected option. A development board is not automatically compatible with another PIC of the same pin count.
PICkit-style devices and K150 units are programming tools, not PIC MCU chips. Compare supported target part numbers, ICSP/VPP and target-voltage requirements, physical connector pinout, host operating system, programmer firmware and current MPLAB/tool software support before choosing. PICkit 2, PICkit 3, PICkit 3.5-labeled and K150 listings are separate options; an adapter seat or cable may be a separate choice or part of a specified set. A headline claiming support for every PIC family, authenticity or “offline programming” is not evidence of compatibility with your exact device. Check the tool manufacturer's supported-device list and the selected seller variant.
Non-PIC items here require their own decision: a MAX485 board translates UART-level signals to RS-485 but is not a PIC controller or PIC programmer; TB6612FNG/DRV8833 motor-driver variants need controller signals and must be sized to the motor load; a socket, test pin or USB-to-TTL cable may be an accessory only. Do not use the presence of “PIC” in an application-focused headline to infer that a PIC IC comes with the module.
Before ordering
- Identify whether you need a bare chip, assembled board, programmer, adapter, cable or kit.
- For chips, verify the complete part number, package footprint, voltage, memory and required peripheral pins with the datasheet and your firmware/PCB. For boards, inspect the fitted-chip marking and board schematic.
- For a programming setup, match the exact target to the programmer's device list and ICSP connector and confirm host software support; do not assume every tool powers the target in the same way.
- Check the selected model and quantity under “Color,” “Model Number” or other variant labels. Confirm the listed contents; a shared headline is not a mixed pack or a promise of an included adapter.
Frequently asked questions
Is every item in this collection a PIC microcontroller? No. It also contains programmers, boards, cables, interfaces and some non-PIC MCUs. The selected product option determines what you receive.
Can PIC16F877A replace PIC16F887 or PIC16F1829 directly? Do not assume it. Compare the exact package, pin functions, supply limits, peripherals, configuration bits and firmware before redesigning or substituting.
Does a PICkit-style programmer include the chip and adapter seat? Only when the selected set explicitly lists them. Several listings offer the tool alone or different PICkit-labeled tools and adapter combinations.
Will a K150 or PICkit-style tool program my exact PIC? Check the specific chip suffix against the tool's supported-device list and compatible software, plus ICSP wiring and target-voltage requirements. A broad seller claim is insufficient.
Does “USB microcontroller” in a PIC18 title guarantee a USB-ready board? No. A bare IC still needs an appropriate board design, clock, USB connections and firmware; check the exact part and assembled-board contents.
