CONTENT: 0:05 - My finger is an op-amp?? 0:37 - MCP6006's gain bandwidth product 1:04 - Gain bandwidth product equation 1:18 - Mindi simulation example 2:21 - Give me ALL the GBWP!!! 2:34 - Actually, wait... In this video, we break down Gain-Bandwidth Product (GBP) and why it's a key concept when working with operational amplifiers. Using the MCP6006 op amp and Microchip’s Mindi Simulator, we’ll show how increasing gain limits your bandwidth — and how this tradeoff impacts real-world circuit performance. 🔄 Just like stretching your finger slower for more range, op amps trade gain for speed. Want a gain of 1000? You’re going to lose bandwidth. But why? Because the product of gain and bandwidth is constant — that’s the GBP! 🛠️ What you’ll learn: What Gain-Bandwidth Product means How gain affects op amp frequency response Hands-on simulation with Mindi (Bode plot, AC analysis) Comparing op amps: MCP6006 (1MHz) vs MCP6496 (30MHz) Tradeoffs of high GBP: more current draw, more noise 📊 Simulation setup includes: Inverting op amp configuration Multi-step AC analysis with Bode plot 🔗 Try the simulation yourself – schematic download here: https://microchiptechnology-my.sharepoint.com/:u:/g/personal/eric_staples_microchip_com/Eb5YnNpAg6hHlfKRzajf3VkB3x2DqYAB3Iq7YrK1SasXug?e=YFzGEV 👍 Like the video if it helped! 💬 Drop questions in the comments! 🔔 Subscribe and hit the bell for more electronics how-tos.