Using voice recognition with the in-built microphone, Wio Terminal (Voice Activated Robo Car) will be able to recognize the go, stop and background noise by TinyML. Story of Voice Activated Robo Car In this article, I will be making a voice activated Robo Car with the in-built microphone on Wio Terminal to recognize the go, stop and background […]
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This post provides the UART code (compiled in MPLAB + HI-TECH C) for PIC18F452 (e-g to connect PIC18F452 controller with PC using serial adapter). Complete project code and the proteus simulation can be downloaded from the Downloads section at the bottom of this post. The following diagram shows the required circuit. A crystal of 10MHz is used with PIC18F452.
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This post provides the interrupt based software UART (Bit Banging) code for PIC16F84A microcontroller. As we know, PIC16F84A microcontroller doesn’t have built in UART module, so we can create UART functionality in it’s software. This post provides the details of how to program software UART functionality in PIC16F84A. This code is written in C language using MPLAB with HI-TECH C
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This post provides the interrupt based software UART (Bit Banging) code for PIC12F675 microcontroller. As we know, PIC12F675 microcontroller doesn’t have built in UART module, so we can create UART functionality in it’s software. This post provides the details of how to program software UART functionality in PIC12F675. This code is written in C language using MPLAB with HI-TECH C compiler.
PIC12F675 interrupt based software UART code and Proteus simulation Read More »
This post answers the question, “How to use interrupt based UART in PIC16F877” ? Also, using PIC16 simulator (Proteus) you can verify this UART code and change it according to your needs. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this code from the ‘Downloads‘ section at the bottom
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This post provides the solution for using the PIC controller UART interface (e-g to connect PIC controller with PC using serial adapter). Complete code and simulation can be downloaded from the ‘Downloads‘ section at the bottom of this post. The following figure shows the result of simulation of PIC UART in Proteus7.6. In the main
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This post provides the software UART (Bit Banging) code for PIC16F84A microcontroller (e-g to connect PIC controller with PC using serial adapter). As we know, PIC16F84A microcontroller doesn’t have built in UART module, so we can create UART functionality in it’s software. This post provides the details of how to program software UART functionality in PIC16F84A. This code is written in
PIC16F84A software UART (bit banging) code and Proteus simulation Read More »
The Omron RS8 met several of our design requirements, small, battery operated, quiet and entirely wrist mounted. So no heavy base unit. With the initial attack vector expected to be the NFC interface the case was opened and warranty voided. Thankfully the PCB was not too complicated, although populated on both sides the dual layer
Hacking a UART where there never was before Read More »
This post provides the software UART (Bit Banging) code for PIC12F675 microcontroller (e-g to connect PIC controller with PC using serial adapter). As we know, PIC12F675 microcontroller doesn’t have built in UART module, so we can create UART functionality in it’s software. This post provides the details of how to program software UART functionality in PIC12F675. This
PIC12F675 software UART (bit banging) code and Proteus simulation Read More »
Selecting the right microcontroller for a product can be a daunting task. Not only are there a number of technical features to consider, there are also business case issues such as cost and lead-times that can cripple a project. At the start of a project there is a great temptation to jump in and start
10 steps to selecting a microcontroller Read More »
