Summary of PIC16F877 BATTERY VOLT METER ADC PROTON IDE EXAMPLE
This article describes a battery voltage meter project using the PIC16F877 microcontroller. The system measures battery voltage via an ADC channel, processes the data to handle voltages up to 5V (or higher with a divider), and displays the results as a bar graph on a KS108 graphic LCD. The project includes source code for voltage calculation and circuit diagrams available in Proton IDE and Proteus ISIS formats.Parts used in the Battery Volt Meter:
- PIC16F877 Microcontroller
- KS108 Graphic LCD
- Battery Voltage Source
- Voltage Divider Circuit
- Proton IDE Software
- Proteus ISIS Simulation Software
ADCs with LCD display for battery measurement circuit PIC16F877 protons – in practice Objective: PIC16F877 MCU’s ADC channel on the battery voltage from the okunulup graphic LCD (KS108) screen as a display in the bar. With this application, read... Electronics Projects, PIC16F877 Battery Volt Meter ADC Proton ide Example "microchip projects, microcontroller projects, pic16f877 projects,
ADCs with LCD display for battery measurement circuit PIC16F877 protons – in practice Objective: PIC16F877 MCU’s ADC channel on the battery voltage from the okunulup graphic LCD (KS108) screen as a display in the bar.
With this application, read voltages between 0 .. 5V voltage divider circuit for voltages greater than 5V should be added to the circuit. program for the calculation of voltage changes should be made.
PIC16F877 ADC BATTERY VOLT METER CIRCUIT
Proton ide ADC Example Isis proteus circuit and protons of the project files:
FILE DOWNLOAD LINK LIST (in TXT format): LINKS-8873.zip
Source: PIC16F877 BATTERY VOLT METER ADC PROTON IDE EXAMPLE
Quick Solutions to Questions related to Battery Volt Meter:
- How is the battery voltage displayed?
The voltage is displayed as a bar graph on the KS108 graphic LCD screen. - What is the maximum voltage range for direct measurement?
The application reads voltages between 0 and 5V directly. - How can voltages greater than 5V be measured?
A voltage divider circuit must be added to the circuit for voltages greater than 5V. - Which microcontroller is used in this project?
The project uses the PIC16F877 MCU. - Can I simulate this circuit in Proteus?
Yes, the project files include an Isis proteus circuit simulation. - Where can I download the project files?
The project files are available in a TXT format link named LINKS-8873.zip. - What software is used for programming?
The project utilizes Proton IDE for the example code. - Does the program calculate voltage changes?
Yes, a program is made for the calculation of voltage changes.
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