Gary Gunterman’s Post

🌟 Butterworth Response Lowpass Filter Design - 5th Order 💡 Three-Pole & Two-Pole Sallen-Key Circuits https://lnkd.in/eDjxuRqr In this video, we will discuss the design of a Butterworth response 5th order lowpass filter. We will use a cascade of a three-pole and two-pole Sallen-Key lowpass filter circuits for our realization. We will workout our design step by step and verify our calculations using simulations in TINA-TI SPICE. #Butterworth #Analog #Filter #SallenKey #lowpass #highpass #twopole #threepole #cutoff #bodeplot #cascading #Circuit #Scaling #Magnitude #Frequency #electriccircuits #capacitor #inductor #resistor #Bode #Plot #Cutoff #resonance #centerfrequency #normalization #frequency #oscillators #TwinT #notch #bandreject #bandstop #resonance #centerfrequency #electriccircuits #electricalengineering #current #source #opamp #operational #amplifier #nodevoltage #meshanalysis #ohms_law #ohm #kirchoffslaw #kirchhoff #cutoff #transferfunction #bodeplot

From automotive seat releases to lawn mower throttles and airplane seat back controls, motion control cables are integral to countless everyday applications. Whether the solution is push-pull or pull-pull, effective control systems are defined by precision, reliability, and lightweight construction. Our new Design Guide is the ultimate reference for: 🔹 Understanding key design considerations. 🔹 Specifying motion control cables for diverse applications. 🔹 Exploring solutions for remote activation of throttles, gas springs, electromechanical devices, and more. Discover how to create efficient, dependable controls tailored to your needs. Whether for visible mechanisms or hidden operations, this guide equips you with the insights needed to design confidently. 📥 Download the Design Guide now and elevate your motion control systems. https://bit.ly/3Z3V9S4

🚧 Want to design safer and more efficient junctions? Check out this video on Junction Design Theory: 33-Side Distance. Learn about approach and departure side distance, factors that affect it, and how to calculate and meet requirements. Plus, watch how vehicle tracking software can help identify potential issues.🚘 #JunctionDesign #HighwayEngineering #CivilEngineering [

Back to the design of the frame – new design and proportions, two motors, four-wheel drive. P.S. We found a 200 hp electric motor P.P.S. And the petrol one is still +170 😈

🚧 Want to design safer and more efficient junctions? Check out this video on Junction Design Theory: 33-Side Distance. Learn about approach and departure side distance, factors that affect it, and how to calculate and meet requirements. Plus, watch how vehicle tracking software can help identify potential issues.🚘 #JunctionDesign #HighwayEngineering #CivilEngineering [https://buff.ly/40xTl69]

streetlight wiring diagram with photocell sensor

This new design example is a 100 W high-power-factor LED driver that uses only 62 parts and has a 16 mm low profile. It's 92% efficient thanks to a InnoSwitch4-QR high-frequency, quasi-resonant flyback switcher IC. It minimizes transformer size and offers high power density without the need for heatsinks. Download the design example report: https://okt.to/gO0XuT

This new design example is a 100 W high-power-factor LED driver that uses only 62 parts and has a 16 mm low profile. It's 92% efficient thanks to a InnoSwitch4-QR high-frequency, quasi-resonant flyback switcher IC. It minimizes transformer size and offers high power density without the need for heatsinks. Download the design example report: https://okt.to/jAFKDf

This new design example is a 100 W high-power-factor LED driver that uses only 62 parts and has a 16 mm low profile. It's 92% efficient thanks to a InnoSwitch4-QR high-frequency, quasi-resonant flyback switcher IC. It minimizes transformer size and offers high power density without the need for heatsinks. Download the design example report: https://okt.to/Ney4pt