Kirk Harnack’s Post

Ever wondered about the impact of wire shape on transformer performance? Our latest blog post dives into the key differences between round and flat wire in transformers. Discover how each type affects efficiency, thermal management, and overall performance. 📈 📖 Read more to see which wire type might be best for your next project: https://hubs.ly/Q02PmbBj0 #Transformers #Engineering #TechTalk #Electronics #Innovation #RoundWire #FlatWire #TransformerDesign

Planning on choosing a power supply for a project you're working on? Make sure you read through our white paper to know the questions to ask before making your choice: https://bit.ly/4cTYnxI #powersupply #electronics #engineering #power #ACDC #DCDC #guide #whitepaper #questionsanswered

Inductors are essential components in electrical circuits, storing energy in a magnetic field when current flows through them. They resist changes in current and are crucial in filtering and tuning applications. Understanding inductors helps in mastering circuit design and improving system performance. #Electronics #Engineering #Inductors #CircuitDesign #ElectricalEngineering #MagneticFields #TechTalk #STEM #Innovation #TechExplained

Observe the harmonic injected waveform along with the fundamental component. Does this information help in estimating the type of harmonics? Look at the peaks and the valleys and take a logical guess at the harmonic present in the system. #powerprojects #powersystem #powersystems #electricalengineering #electronics #technology #harmonics #electricals #linkedin #connections #blogs #comment #harmonics #powerQuality #electricalEngineering #energyEfficiency #renewableEnergy #electricalGrid #harmonics #powerQuality #electricalEngineering #energyEfficiency #renewableEnergy #electricalGrid #engineeringResearch #energyManagement #electricPowerSystems #industrialAutomation

In the field of electronic engineering, precision plays a crucial role. This is where high-frequency quartz crystal oscillators come into play. These essential components are the vital rhythm of numerous electronic devices, delivering stable and accurate frequencies that enable precise operation. https://buff.ly/4bxM21t #QuartzCrystal #CrystalOscillators #PrecisionFrequency

Curious about the distinction between chokes and inductors? Our recent blog post breaks down their unique roles, applications, and how each component affects circuit performance. Whether you’re designing electronic systems or just looking to enhance your technical knowledge, this guide provides valuable insights into these fundamental components. 🔗 Dive into the details here: https://hubs.ly/Q02PmxSX0 #Electronics #Engineering #CircuitDesign #Inductors #Chokes #TechInsights #TriadMagnetics

Are you aware of the sources of harmonics in power system? What is the meaning of “Harmonic Injection”? Can you identify the harmonics by looking at the waveform itself? #powerprojects #powersystem #powersystems #electricalengineering #electronics #technology #harmonics #electricals #linkedin #connections #blogs #comment #harmonics #powerQuality #electricalEngineering #energyEfficiency #renewableEnergy #electricalGrid

Thermal management and EMI are critical in electronic design. Excessive heat leads to component failure, while EMI causes signal degradation. Our Thermally Conductive Electromagnetic Wave Absorbing Gaskets integrate advanced materials for superior thermal conductivity and EMI shielding. These gaskets ensure efficient heat dissipation and prevent interference, enhancing the reliability and performance of your devices. Discover how our solutions can optimize your electronic systems today. Learn more: https://lnkd.in/eghqFqdB #Engineering #Electronics #TechInnovation #ThermalManagement #EMIShielding

Hey guys, the basic electronic components video is below. Include diodes, transistors, and capacitors. Let's watch and get an idea of what they look like. #transistors #diodes #capacitors #electroniccomponents #engineering #basicelectroniccomponents #richardelectronics

Low-Noise Buffers Have you tried Linear Systems’ JFETs? The buffers below are all based on the LSK489 low noise JFET. It has exceptionally low equivalent noise and offers low input capacitance, making it an ideal component for building low-noise buffers as shown below. *Figure: Three different low-noise buffer structures based on JFETs* Want to learn more? Read Electrical Engineer Bob Cordell's application note HERE: https://lnkd.in/gGBq9sbJ Explore more about these fascinating concepts and discover industry-leading FETs at Linear Systems: www.linearsystems.com Stay tuned for our insightful FET Friday posts by following us on LinkedIn! #LowNoise #FET #Electronics #Innovation #Engineering #LinearSystems