PIC16F1786-E/SO this integrated circuit is available in factory sealed anti static packs. at icwhale.com. Please read product page below detail information. including PIC16F1786-E/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 PIC16F1786-E/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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Introduction:
The PIC16F1786-E/SO microcontroller is based on a mid-range 8-bit architecture, featuring a high-performance CPU core with integrated peripherals. It operates at a maximum frequency of 32 MHz, providing sufficient processing power for many applications while maintaining low power consumption.
Key Features:
- PIC16F1786-E/SO incorporates various integrated peripherals, including analog-to-digital converters (ADC), digital-to-analog converters (DAC), timers, and communication interfaces such as UART, SPI, and I2C.
- It offers ample program and data memory, with Flash program memory ranging from 14 KB to 28 KB and RAM from 368 bytes to 2 KB, depending on the specific variant.
- The microcontroller supports a wide operating voltage range, typically from 1.8V to 5.5V, making it suitable for battery-powered and low-voltage applications.
Application Scenario:
In a simple project scenario, let's consider building a digital thermometer using the PIC16F1786-E/SO microcontroller.
Circuit Design:
To implement the digital thermometer, follow these steps:
1. Temperature Sensor Connection:
Connect a digital temperature sensor, such as the DS18B20, to the microcontroller's GPIO pins. Ensure proper wiring and configuration to interface with the sensor using the One-Wire protocol.
2. ADC Configuration:
Configure the microcontroller's ADC module to read the temperature sensor's digital output. Set up the ADC channels and sampling parameters accordingly.
3. Display Interface:
Connect a display module, such as an LCD or LED display, to the microcontroller's GPIO pins. Use suitable display drivers or libraries to control the display and visualize the temperature readings.
4. Temperature Calculation:
Write firmware to convert the ADC readings into temperature values. Implement algorithms to handle temperature calibration and conversion based on the sensor's specifications.
5. User Interaction:
Integrate user inputs, such as buttons or switches, to allow user interaction with the thermometer. Implement features like temperature unit selection or alarm thresholds using GPIO pins and interrupt handling.
Experiment Steps:
1. Connect the DS18B20 temperature sensor to the microcontroller's GPIO pins.
2. Configure the microcontroller's ADC module to read the sensor's digital output.
3. Connect an LCD display to visualize the temperature readings.
4. Write firmware code to read sensor data, calculate temperature, and display it on the LCD.
5. Test the thermometer by varying the temperature and observing the displayed readings.
Conclusion:
In this project, we've demonstrated the basic functionality of the PIC16F1786-E/SO microcontroller by building a digital thermometer. Its integrated peripherals and ease of programming make it suitable for a wide range of embedded applications, from simple sensor interfacing to more complex control systems.
Considerations:
- Ensure proper handling of sensor data and calibration to achieve accurate temperature measurements.
- Optimize firmware code for efficiency and responsiveness, considering the limited resources of the microcontroller.
- Test the system thoroughly under various environmental conditions to ensure reliability and robustness.
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(1)Such as a deficiency in quantity, delivery of wrong items, and apparent external defects (breakage and rust, etc.), and we acknowledge such problems.
(2)We are informed of the defect described above within 90 days after the delivery of PIC16F1786-E/SO.
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