MCUs, MPUs - Microchip PIC16(L)F18877, PIC16(L)F1535
MCUs, MPUs
Microchip PIC16(L)F18877, PIC16(L)F1535
Power your IoT devices with Microchip PIC16 microcontrollers, delivering low-power operation, flexible peripherals, and robust performance for reliable embedded systems.
What is MicrochipPIC16(L)F18877, PIC16(L)F1535?
The Microchip PIC16(L)F18877 and PIC16(L)F1535 are 8-bit microcontrollers known for their low power consumption, flexible peripherals, and robust performance. These microcontrollers are made for budget-friendly embedded systems where real-time control, power efficiency, and dependability are essential. Because of their adaptability, they are perfect for Internet of Things applications, particularly those that call for smooth connectivity, accurate control, and sensor integration.
The PIC16 series microcontrollers are ideal for automation, monitoring, and control systems because of their improved core-independent peripherals (CIPs), high-speed communication interfaces, and sophisticated analog features.
Applications:
Smart Home Solutions
Leak detection, water management systems, security alarms, and lighting controls.
Industrial Automation
Process monitoring, motor control, and sensor-based automation systems.
Environmental Monitoring
Systems for tracking water quality, gas leaks, and air quality.
Consumer Electronics
Household appliances, timers, and low-power control systems.
Agriculture
Automated irrigation and soil moisture monitoring.
PIC16(L)F18877, PIC16(L)F1535 & leak sensors & water leaks Integration
In our leak detection and automated valve control system, the Microchip PIC16(L)F18877 and PIC16(L)F1535 microcontrollers play a key role in managing water leaks and automating responses. The system integrates leak sensors, valve controllers, and BLE (Bluetooth Low Energy) communication to swiftly detect leaks and trigger appropriate actions. The solution leverages LoRa technology to provide reliable long-range control of valves based on sensor data and scheduling.
How It Works
Leak Sensors
Detect water leaks in real time.
PIC16 Microcontrollers
Process sensor data and control valve operations, ensuring quick and accurate responses.
BLE Communication
Sends alerts to a central hub or mobile device when leaks are detected.
LoRa Integration
Connects map sensors to valves for long-range communication, enabling reliable control even in large areas or off-grid locations.
Automated Scheduling
Ensures valves are controlled based on pre-set schedules, optimizing water management and reducing waste.
Features
Low Power Consumption
Ideal for battery-operated and remote IoT applications.
Advanced Analog Features
Integrated ADCs (Analog-to-Digital Converters) for precise sensor data acquisition.
Core-Independent Peripherals (CIPs)
Reduce CPU workload and enable faster, real-time response.
High-Speed Communication
Support for I2C, SPI, UART, and BLE modules for seamless connectivity.
Flexible I/O Options
Multiple configurable I/O pins for easy sensor and actuator integration.
Robust Performance
Reliable operation in harsh environments and continuous monitoring applications.
Usecases
In our system, the Microchip PIC16(L)F18877 and PIC16(L)F1535 microcontrollers integrate effectively with leak sensors and water valves:
Leak Detection: When a leak sensor detects water, the microcontroller processes the data and immediately triggers an alert.
Valve Control: The microcontroller sends commands to the water valves to shut off the water supply, preventing damage.
Wireless Communication: BLE ensures short-range alerts, while LoRa provides long-range communication for controlling valves in large facilities or remote areas.
Scheduling: Valves can be programmed to open or close based on specific schedules, improving efficiency and automating water management.
By combining the capabilities of PIC16 microcontrollers with leak sensors, valve controllers, BLE, and LoRa, our system delivers a reliable, automated solution for leak detection and water management. This approach minimizes water damage, reduces resource waste, and ensures swift responses to leaks.
Project
Weather Monitoring Device
A Weather Monitoring device used by the Indian Government, collects & monitors comprehensive meteorological data (temp, humidity, rainfall & wind speed) using advanced technology & sensor suite.
Hardware/PCB design & addon services
