New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

🚀 New: KiCad High-Speed PCB Design! Learn to design a carrier board for the LattePanda Mu (Intel N100). 💻 Add HDMI, USB 3.0 & Ethernet interfaces. 🧠 Learn impedance control, stack-up design, grounding & DFM. 🎁 Coupon HIGHSPEED30 = 30% OFF until Nov 10 AEST. Learn more → txplo.re/speed_pcb

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

🚀 New: KiCad High-Speed PCB Design! Learn to design a carrier board for the LattePanda Mu (Intel N100). 💻 Add HDMI, USB 3.0 & Ethernet interfaces. 🧠 Learn impedance control, stack-up design, grounding & DFM. 🎁 Coupon HIGHSPEED30 = 30% OFF until Nov 10 AEST. Learn more → txplo.re/speed_pcb

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

🚀 New: KiCad High-Speed PCB Design! Learn to design a carrier board for the LattePanda Mu (Intel N100). 💻 Add HDMI, USB 3.0 & Ethernet interfaces. 🧠 Learn impedance control, stack-up design, grounding & DFM. 🎁 Coupon HIGHSPEED30 = 30% OFF until Nov 10 AEST. Learn more → txplo.re/speed_pcb

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

🚀 New: KiCad High-Speed PCB Design! Learn to design a carrier board for the LattePanda Mu (Intel N100). 💻 Add HDMI, USB 3.0 & Ethernet interfaces. 🧠 Learn impedance control, stack-up design, grounding & DFM. 🎁 Coupon HIGHSPEED30 = 30% OFF until Nov 10 AEST. Learn more → txplo.re/speed_pcb

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

🚀 New: KiCad High-Speed PCB Design! Learn to design a carrier board for the LattePanda Mu (Intel N100). 💻 Add HDMI, USB 3.0 & Ethernet interfaces. 🧠 Learn impedance control, stack-up design, grounding & DFM. 🎁 Coupon HIGHSPEED30 = 30% OFF until Nov 10 AEST. Learn more → txplo.re/speed_pcb

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New on the Tech Explorations blog: Preview: Designing a High-Speed Carrier Board for the LattePanda Mu. I’ve included a full 16-minute lecture covering the course goals, the LattePanda Mu platform, and why it’s ideal for teaching high-speed PCB design. https://app.txplo.re/54e94

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New on the Tech Explorations blog: Preview: Designing a High-Speed Carrier Board for the LattePanda Mu. I’ve included a full 16-minute lecture covering the course goals, the LattePanda Mu platform, and why it’s ideal for teaching high-speed PCB design. https://app.txplo.re/54e94

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1

New blog post: I explore the impulse response of first-order filters, with a full lecture video included. See how low-pass and high-pass filters react to sharp signals, and learn how to analyze their behavior in your own circuits. Read and watch: https://app.txplo.re/impulse

I’m building a new course on filters—learn RC & RL filters with Python, CircuitLab, and the Analog Discovery 3. Simulate it, build it, see it. https://app.txplo.re/filters #Electronics #STEM #Python #CircuitDesign #AD3

New post: “Elecrow Mini PC case review: Transforming Raspberry Pi 5 into a desktop.” See how I turned a Pi 5 into a practical desktop computer: txplo.re/rpiminipc

New blog post: Designing a custom carrier board for the LattePanda N100. This project is the basis of my next KiCad course, covering high-speed PCB design with USB-C, HDMI, Ethernet, and M.2. Coming October. Read it here: txplo.re/mupreview1