Features of Visual Parsic 4
No language skills required: Users can create applications by connecting logical functions in a graphical interface.
Full-featured assembler and compiler: Visual Parsic 4 generates assembly code and hex file that can be loaded into the PIC microcontroller using external tools, such as MPLAB or PICkit.
Supports most popular PIC microcontroller families: Visual Parsic 4 supports over 100 PIC microcontroller models from the 10F, 12F, 16F, and 18F families.
Interfaces with various external devices: Visual Parsic 4 can communicate with devices that use protocols such as I2C, SPI, UART, or PWM. It also supports devices such as EEPROMs, sensors, LCDs, servos, and more.
Easy to use: Visual Parsic 4 has a user-friendly interface that allows users to create applications with just a few clicks. It also has a built-in simulator that can test the functionality of the application before loading it into the PIC microcontroller.
Fast and modular: Visual Parsic 4 is fast and efficient. It does not need installation and can run from a pen drive. It also allows users to create their own macros and objects to extend its functionality.
How to use Visual Parsic 4
To use Visual Parsic 4, users need to follow these steps:
Select the PIC microcontroller model from the list of supported devices.
Create the application by connecting logical functions in the graphical interface. Users can also use predefined macros and objects or create their own.
Generate the assembly code and hex file by clicking on the compile button.
Load the hex file into the PIC microcontroller using external tools, such as MPLAB or PICkit.
Test the functionality of the application using the built-in simulator or by connecting the PIC microcontroller to the external devices.
Examples of applications created with Visual Parsic 4
Here are some examples of applications that can be created with Visual Parsic 4:
A digital clock that displays the time on an LCD and uses a DS1307 real-time clock module to keep track of the time.
A temperature sensor that measures the temperature using a DS1621 digital thermometer and displays it on an LCD.
A servo controller that uses a potentiometer to control the position of a servo motor.
A compass that uses a CMPS10 tilt-compensated magnetic compass module and displays the direction on an LCD.
A sound generator that uses a PWM output to produce different tones.
Conclusion
Visual Parsic 4 is a graphical programming environment for PIC microcontrollers that allows users to create applications without writing any code. It supports most popular PIC microcontroller families and can interface with various external devices. It is easy to use, fast, and modular. It is a useful tool for anyone who wants to learn about microcontrollers or create their own projects.
: [Digital Clock] : [Temperature Sensor] : [Servo Controller] : [Compass] : [Sound Generator]
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