PIC24FV08KM102-I/SO this integrated circuit is available in factory sealed anti static packs. at icwhale.com. Please read product page below detail information. including PIC24FV08KM102-I/SO price, data-sheet, in-stock availability, technical difficulties. Also. Quickly Enter the access of compare listing to find out replaceable electronic parts. If you want to retrieve comprehensive data for PIC24FV08KM102-I/SO to optimize the supply chain (including cross references, life-cycle, parametric, counterfeit risk, obsolescence managements forecasts), please contact to our Tech-supports team.
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Overview:
The PIC24FV08KM102-I/SO microcontroller is based on a 16-bit architecture, featuring a high-performance CPU core with integrated peripherals. It operates at a wide voltage range and low power consumption, making it ideal for battery-powered applications.
Key Features:
- 16-bit CPU Core: The heart of the PIC24FV08KM102-I/SO microcontroller, capable of executing instructions at high speed and efficiency.
- Integrated Peripherals: Includes a rich set of peripherals such as ADCs, DACs, UART, SPI, I2C, timers, and PWM modules, facilitating seamless integration into various projects.
- Wide Operating Voltage Range: Operates reliably across a wide voltage range, from 1.8V to 3.6V, ensuring compatibility with different power supply configurations.
- Low Power Consumption: Designed for energy efficiency, enabling prolonged battery life in portable applications and reducing overall power consumption in embedded systems.
Application Scenario:
In a simple project, such as designing a digital thermometer, PIC24FV08KM102-I/SO can be utilized effectively. Let's explore how to create a basic temperature monitoring system using this microcontroller:
Circuit Design:
1. Temperature Sensor Connection: Connect a digital temperature sensor, like the DS18B20, to one of the digital input/output pins of PIC24FV08KM102-I/SO, such as pin RB0. Ensure proper pull-up resistor connection for the sensor.
2. Data Acquisition: Configure the microcontroller to read the temperature data from the sensor using the OneWire protocol. Utilize the built-in UART module to communicate with the sensor.
3. Display Interface: Connect a 7-segment LED display to the microcontroller's output pins, such as pins RA0-RA6, to visualize the temperature readings. Implement suitable display multiplexing techniques if necessary.
4. User Interaction: Integrate push buttons or a rotary encoder to allow user interaction for setting thresholds or switching between Celsius and Fahrenheit scales. Connect these input devices to other available digital pins of the microcontroller.
5. Power Management: Ensure proper power supply and regulation for the microcontroller and connected peripherals. Use voltage regulators and decoupling capacitors to maintain stable voltage levels and minimize noise.
Experiment:
To implement the above project, follow these steps:
Step 1: Hardware Setup
- Connect the DS18B20 temperature sensor to pin RB0 of the PIC24FV08KM102-I/SO microcontroller.
- Connect a 7-segment LED display to pins RA0-RA6.
- Connect push buttons or a rotary encoder to available digital pins for user interaction.
Step 2: Software Configuration
- Configure the microcontroller's UART module to communicate with the DS18B20 sensor.
- Implement a software routine to read temperature data from the sensor using the OneWire protocol.
- Develop code to display the temperature readings on the 7-segment LED display and handle user interactions.
Step 3: Testing
- Power up the circuit and observe the temperature readings on the display.
- Verify the functionality of user interaction features, such as setting thresholds or changing temperature scales.
- Test the system under different temperature conditions to ensure accuracy and reliability.
Conclusion:
In conclusion, the PIC24FV08KM102-I/SO microcontroller offers a versatile platform for various embedded system projects, from simple temperature monitoring systems to complex industrial automation applications. With its rich set of features, low power consumption, and wide operating voltage range, it provides an excellent foundation for innovation and experimentation in the field of electronics and embedded systems.
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