Simply PIC Microcontroller app analytics for September 4

Do you want to accelerate your development with PIC microcontrollers and focus on what matters: your application logic? This app brings together peripheral calculators, ready-to-use source code - all with keyword search and 100% offline operation. Main Features: Peripheral calculators: Timers, PWM, ADC, UART/baud rate, I²C, CCP, prescaler, oscillator, and interrupts. Ready-made source code: Exclusive examples, organized by topic, with instant search and copying via the "⌘ + C" button. Smart search: Keyword search to quickly find functions, registers, and code snippets. Works offline: All calculations, code, and queries are available without an internet connection. Convenient navigation: Bottom bar to switch between calculators, codes without having to return to the home screen. How the app helps you! Save time: Stop manually calculating registers; generate correct values ​​in seconds. Fewer errors: Calculate critical parameters (baud rate, prescalers, overflow times) accurately. Faster prototyping: Copy the example, paste it into your editor, and test immediately. Continuous flow: Search, calculate, and validate in the same place, even offline. Technical content: Reference microcontrollers: PIC16F883, PIC16F873A. Example environment: CCS compiler (code designed for easy adaptation). Who it's for: Students and makers: Those learning PIC and want to avoid configuration pitfalls. Professionals and teachers: Those who need agility to demonstrate concepts and validate configurations in class or in the lab. Usability Highlights: One-touch copy: The "⌘ + C" button automatically selects and copies the entire source code. Simple sharing: Use native features to share specific excerpts. Direct interface: Clear home screen and persistent shortcuts to any section. What makes this app different? Everything in one place: Integrated calculations, code. True offline: Perfect for the bench, field, and classroom. Focus on results: Less time on calculations, more time on firmware.