Tag Archives: PIC

PICKit 3 Mini

Reviahh has published a new project, the PICKit 3 Mini:

Previously, I made a Pickit 3 clone – (see previous blog post). It works well, but I have often wondered just how little of its circuitry was needed to program and debug the boards I make. For instance – I primarily use the newer 3.3V PIC32 processors, so I really don’t need the ability to alter the voltage like the standard Pickit 3 can. I also have no real need for programming on the go, or even to provide power to the target MCU to program. Knowing this – I decided to see what I could do to remove the circuitry I didn’t need, yet still have a functioning programmer/debugger.

PICKit 3 Mini – [Link]

20 PIN PIC Development Board

Small size multipurpose 20 Pin PIC Micro-Controller development board, includes onboard 5V regulator, prototyping area and ICSP programing port. The board provided with few more components which includes 4 optocoupler, 2 LEDs connected to RA5, RC7 with series resistors, 2 tactile switches and 2 Trimmer Potentiometers.  These components help to implement Microchip’s AN1660 single phase AC Motor driver. Just need 3 Phase Inverter IPM module to complete the Motor driver, Code and documents can be obtained from Microchip website.  However these components can be used to implement other application or can be left unsoldered.

Features

  • Supply 7-12V DC
  • 20 PIN SO20 PIC16F1509 Micro-controller
  • On Board 5V Regulator
  • Connector for Microchip AN1660
  • CN5 5V Isolated supply required if Microchip AN1660 Used
  • On Board PIC programing ICSP port
  • Two Connected LED on RC7, RA5 port Pin

20 PIN PIC Development Board – [Link]

ME Labs Advanced D-Stick (PIC18F47K40)

melabs.com released a new development board based on PIC18F47K40 PIC microcontroller. The board includes everything you need to start with your project. Documentation here: http://melabs.com/dstick/

The ME Labs Advanced D-Stick provides all the functionality of Microchip’s 40-pin PIC18F47K40 in a hardware module that includes a USB on-board programmer and virtual COM port. The D-Stick is a compact, simple and easy to use alternative to connecting a serial port, programmer, power supply, etc. to a solderless breadboard for project development. After development, simply replace the D-Stick with the pinout-compatible, production-ready PIC18F47K40.

ME Labs Advanced D-Stick (PIC18F47K40) – [Link]

PIC Development Board for RS485 & DMX512 Applications

This PIC development board has been designed to develop RS485 based and DMX512 applications, the board has 28 pin SMD Pic micro-controller, RS485 chip for communications, all I/O line has pull-up resistor which can be soldered as per application requirement on particular port pins. In-circuit programming of PIC micro-controller can be achieved via a 6-pin header that is compatible with the Microchip PICkit2 or PICkit3. On board 3.3 V and 5V DC regulators allows using 3V and 5V PICS. This board support both 3.3V low power and normal 5V operation, supply selection with jumper closure. All I/O pins supported with parallel GND and VCC header connector for easy interface of any device or sensor and also can be used as address setting jumper by pulling high or low. Important  for DMX512 Address.

PIC Development Board for RS485 & DMX512 Applications – [Link]

Beacon Keyer

Lukas Fässler from Soldernerd published a project showing how he built a PIC-based beacon keyer:

This is likely the first ham radio related project that I document here on this blog
But my very first PIC project was a beacon keyer that I made for my father, HB9BBD. That was in 2013. A beacon keyer is a great project to get started with microcontrollers since it’s not much more than a fancy way of blinking an LED.

Beacon Keyer – [Link]

ICP12 USBSTICK, A New Tool for Signals Control & Monitoring

iCircuit Technologies had produced the iCP12 usbStick, a mini size 28 pin USB PIC IO development board and a good tool for signal monitoring (as oscilloscope), data acquisition and circuit troubleshooting at 1mSec/Samples period.

The iCP12 usbStick is a PIC18F2550 based USB development board that comes preloaded with Microchip’s USB HID bootloader which allows users to upload an application firmware directly through a PC’s USB port without any external programmer. It provides access to its I/O pins through 0.1″ pitch headers. A slide switch is also provided on board to select the operation of the board in Bootloader or Normal mode.

The features of iCP12 are listed as following:

  • Mini size, easy interfacing, high performance and user friendly device
  • Used with PIC18F2553 28-Pin Flash USB PIC MCU
  • Excellent flexibility that allows user to expand the board with plug and play modules
  • Peripheral Features:
    • 13x IO Port (6x 12bit ADC pins, 2x 10 bit PWM/Freq/DAC pins)
    • Serial port emulation (UART Baud Rates: 300 bps to 115.2 kbps)
    • Supported operating systems (32bit/64bit): Windows XP ,Windows Vista, Windows 7, Windows 8, Windows 10, Linux, Mac OS X and Raspberry Pi
    • Maximum Voltage: 5Vdc
    • 100mA current output at VDD pin with over-current protection
    • 20MHz oscillator
    • Green LED – power on indicator
    • 2x LEDs (Green, Red) – status indicator
    • ICSP Connector – on-board PIC programming
    • Switch Mode Selection – Boot or Normal mode

The iCP12 usbStick board is shipped with a preloaded data acquisition firmware that emulates as a virtual COM port to PC. Thereafter, the communication between the PC and usbStick is serial. The firmware also supports basic I/O control and data logging feature. They provide a PC application named SmartDAQ that is specially developed to communicate with the usbStick and control its I/O pins, PWM outputs, and record ADC inputs.

SmartDAQ has a very friendly GUI with real-time waveform displays for 6 analog input channels. The time and voltage axes scales are adjustable. SmartDAQ can log the ADC data in both text and graphic form concurrently. One can utilize this feature to construct a low-cost data acquisition system for monitoring multiple analog sensor outputs such as temperature, accelerometer, gyroscope, magnetic field sensor, etc.

SmartDAQ v1.3 Features:

  • Sampling channel: 6x Analogs (12bits ADC/1mV Resolution) + 7x Digitals (Input/Output)
  • Maximum Sampling rate: 1KHz or 1mSec/Samples
  • Sampling voltage: 0V – 5V (scalable graph) at 5mV Resolution
  • Sampling period:
  • mSec: 1, 2, 5, 10, 20, 50, 100, 200, 500
  • Sec: 1, 2, 5, 10, 20, 30
  • Min: 1, 2, 5, 10, 20, 30, 60
  • Trigger Mode: Larger [>], Smaller [<], Positive edge [↑], Negative edge [↓]
  • Sampling Mode: Continuous, Single
  • Logging Function:
  • Save Format: Text, Graphic, Both
  • Start Time: Normal, Once Trigger, 24-Hour Clock (Auto Run)
  • End Time: Unlimited, Data Size, 24-Hour Clock (Auto Stop)
  • Recorded Data format: Graphic | text | excel

iCP12 is available with the PIC18F2550 for $15, and with the PIC18F2553 for $24.5. You can order it through the official page where you can also get more details about iCP12 and its source files.

You can also see this product preview to know more about its functionality.

PIC16F15386, A New PIC Family Announced By Microchip

Microchip, the well-known manufacturer of microcontrollers and semiconductors, announced this week a new family of 8-bit PIC microcontrollers, the ‘PIC16F15386’.

The new PIC16F15386 family features a 8 MIPS CPU speed, with 2KB RAM and up to 28KB flash memory offered in 8 to 48-pin packages. It also has a dual UART, dual SPI and dual I²C interfaces, one 8-bit timer and two 16-bit timers.

PIC16F15386 Features

  • Enhanced Mid-range Core with 49 Instruction, 16 Stack Levels
  • Flash Program Memory with self read/write capability
  • eXtreme Low Power (XLP)
  • IDLE and DOZE low power modes
  • Peripheral Module Disable (PMD)
  • Peripheral Pin Select (PPS)
  • 4x 10-bit PWMs
  • 2x Capture, Compare, PWM (CCP)
  • Complementary Waveform Generator (CWG)
  • Numerically Controlled Oscillator (NCO)
  • 4x Configurable Logic Controller (CLC)
  • 43 Channels 10-bit ADC with Voltage Reference
  • 5-bit Digital to Analog Converter (DAC)
  • 2x Comparators
  • 1x 8-bit Timers (TMR0/TMR2)
  • 2x 16-bit Timer (TMR1)
  • Window Watchdog Timer (WWDT)
  • Enhanced Power-On/Off-Reset
  • Low-Power Brown-Out Reset (LPBOR)
  • Programmable Brown-Out Reset (BOR)
  • In Circuit Serial Programming (ICSP)
  • PIC16LF15386 (1.8V – 3.6V)
  • PIC16F15386 (2.3V – 5.5V)

PIC16F15386 family comes with essential peripherals like Intelligent Analog, Core Independent Peripherals (CIPs) and communication combined with eXtreme Low-Power (XLP) for a wide range of low-power applications. The family features PWMs, multiple communication, temperature sensor and memory features like Memory Access Partition (MAP) and Device Information Area (DIA).

We’ve always offered a diverse portfolio of products with large market appeal,” said Steve Drehobl, vice president of Microchip’s 8-bit MCU division. “With the combination of the most requested features and peripherals by our large base of PIC MCU users, the flexibility in memory size and package options and the availability of MPLAB Xpress with MCC, we expect the PIC16F15386 family to be popular with experienced and first-time PIC MCU designers.

The PIC16F15386 is also compatible with the MPLAB Xpress IDE and the MPLAB Code Configurator, a graphical programming environment. The family includes 13 unique products that are offered in various package options including PDIP, SOIC, DFN, UDFN, UQFN and SSOP.

All products are available now for sampling and in volume production. Volume pricing starts at $0.33 for the product family.

LED Based Strobe For Entertainment, Events & Warning Signals

Strobe provides regular flashes of light. Usually Strobes are designed using Xenon Tubes. Here is LED based simple solution that can be used as strobe for entertainment and events and also as warning signals. Project is based on PIC16F1825 micro-controller with two digit frequency display.

Project provides TTL output signal, frequency 1Hz-25Hz, Tact switches provided to set the frequency.

This project works along with DC Output Solid State Relay

Features

  • Supply 4.5 to 5V DC
  • Frequency 1Hz To 25Hz
  • Easy Interface with Relay Board
  • Easy Interface with Solid State Relay
  • On Board Power LED
  • On Board Output LED
  • Onboard Switch to set the frequency
  • 2X7 Segment 0.5 Inch Display

LED Based Strobe For Entertainment, Events & Warning Signals – [Link]

MINI PIC GPS DATA LOGGER WITH MICRO-SD CARD

Based on my first GPS data logger  I made a new version which is even smaller than the initial design and should be able to fit in any rocket, RC model etc. The new GPS data logger uses micro-SD card and 3.7v LIPO battery as power source. The board was also optimized and the new size is 20mm x 27mm – less than a standard SD card as you can see on the picture to the right.

MINI PIC GPS DATA LOGGER WITH MICRO-SD CARD – [Link]

PIC SD CARD DATA LOGGER

Some time ago I decoded to make a simple general purpose Data Logger with the following parameters for the project.

  • it should have very simple design that should be doable by most amateurs
  • the Data Logger should write the data in a SD memory card in simple text files
  • minimum 2 ADC channels
  • simple to use and simple settings
  • energy efficient
  • low cost

PIC SD CARD DATA LOGGER – [Link]