Welcome to this FilterLab 3.1 Tutorial! 🎛️✨ In this video, we’ll walk you through everything you need to know about Microchip’s FilterLab—a powerful tool for designing active analog filters using operational amplifiers. What You’ll Learn: ✅ How to design low-pass, high-pass, band-pass, and anti-aliasing filters ✅ Choosing passband and stopband frequencies, attenuation, and filter topology ✅ Understanding Butterworth, Chebyshev, and Bessel filter responses ✅ Optimizing component selection for power efficiency or minimal BOM ✅ Exporting schematics, SPICE simulations, and Microchip Mindi Simulator files ✅ Running Monte Carlo analysis to account for real-world component tolerances Whether you're an electronics student, engineer, or hobbyist, FilterLab makes filter design fast and efficient! Watch the full tutorial to learn how to create precision analog filters in just a few clicks. CONTENT: 0:00 - Introduction 0:28 - Filter Design Aid 0:42 - Low Pass Filter 1:13 - Minimizing power consumption or BOM 1:45 - Filter Preview 2:16 - Circuit Schematic Tab 2:38 - Filter Response Tab 3:32 - Modify Current Filter Tab 3:58 - Choose your own op amp 4:26 - Simulator Settings 5:12 - Monte Carlo 6:34 - Sallen-Key upturn 7:13 - Adjusting resistor and capacitor values 7:53 - Mindi simulations 8:14 - More Monte Carlo 8:35 - Anti-Aliasing Filter 9:26 - Import/Export filter settings