We put together an app note that covers the basics of #IRDiodes and #photodetectors, major design considerations, and tips that can help when building reliable IR-based #SignalTransmission systems. Download the #AppNote >> hubs.li/Q04jNJCh0 #WurthElektronik

🧠With the ECLIPSE Ji and its Smart Experiment software, capturing endpoint data is a fully automated process. 🖥️The Cell Counting assays use pre-trained AI to identify cell nuclei directly from brightfield images. No labels required.​ ​ 🔗Full AppNote: bit.ly/48BqgtM

Is a sample of 50:50 PLGA really 50:50 lactic and glycolic acid? If you use NMR for copolymer analysis, you know that integration is critical for accurately determining the ratio between subgroups. With its 125 MHz field strength and high spectral dispersion, the QM-125 enables quantitative polymer characterization from the benchtop. Our latest application note demonstrates copolymer composition analysis of 50:50 PLGA and compares the results directly to supplier COA data. Visit our website to download the application note and learn more about polymer analysis on the QM-125. qmagnetics.com/copolymer-ana… #NMR #NMRchat #BenchtopNMR #QM125 #PLGA #Lacticacid #Glycolicacid #Copolymer #Copolymeranalysis #Polymer #Integration #Quantitative #Appnote #chemistry #Organicchemistry #Analyticalchemistry

There's no load on the DAC output and no LPF in the feedback network. Put a scope on the output, I bet it's ringing. Check page 37 of the DAC datasheet for an appnote That combined with a capacitive path through the triac is probably violating the AMR on current output.

T1 inversion-recovery measurements are a helpful preliminary to any qNMR experiment. Once T1 relaxation times are known, an optimal recovery delay can be chosen to minimize experiment time while maintaining accuracy. With its 125 MHz field strength and high resolution, the QM-125 is ready-to-go for qNMR. If you'd like to learn more about arrayed experiments on the QM-125 benchtop NMR check out the latest application note on our website! #NMRchat #NMR #BenchtopNMR #qNMR #quantitativeNMR #Inversionrecovery #Arrayexperiment #Relaxationtime #QM125 #Appnote #Chemistry #Organicchemistry #Analyticalchemistry #Tributyrin #Triglyceride P.S. This is an updated post. Thanks to those in the community who helped improve the spectrum!

Interested in automating benchtop NMR for your flow chemistry? Check out our application note which offers insights into how the QM-125 makes automation a practical, everyday tool exemplified by monitoring a Fischer esterification reaction. Using a simple pump setup, Python control, and QM Control, we tracked a Fischer esterification of benzoic acid in methanol and revealed clear profiles of reactants, intermediates, and products. This is just one example of how the QM-125 adapts to your chemistry and fits directly into your workflow with automation. Visit qmagnetics.com/blog to learn more and read the app note. #NMR #NMRchat #FlowNMR #ReactionMonitoring #chemistry #Automation #Appnote #FischerEsterification

🔥 Thermally expandable alumina microspheres expand up to 13× their original volume but measuring true density is the real challenge. With the BetterPyc 380, we reveals structural insights that redefine material screening & control. Read the full appnote lnkd.in/dEKRcqE9

nxp be like: oh you want to use QSPI instead of OSPI flash? fuck you. FUCK YOU. solder 16 0402s. oh you didn't remove all of them, go look in the reference design AND this appnote, i couldn't be fucked to include all of them reference designators. oh by the way FUCK YOU

We’ve gone full “science mode” and mixed theory with hands-on tips in our newest #AppNote. If you're 𝘥𝘳𝘢𝘸𝘯 to a good read about magnetic fields, you'll enjoy this one. 🧲 Download the full article here: hubs.li/Q03Gb0y20 #WurthElektronik #CMC #Magnetics

✨ NIS-Elements makes 3D deconvolution using a depth-dependent empirical PSF easy. 🔬 In this #Microscopy #AppNote, we see how 3D Richardson-Lucy decon using depth-matched PSFs outperforms decon using a theoretical PSF with #NSPARC #SuperResolution data: bit.ly/4fF6tvE

⚡ Supercharge your #Microscopy with our #SuperResolution #NSPARC detector and Enhance_ai software module 🔗 This #AppNote shows how Enhance_ai can provide nearly the same image quality from a 2D NSPARC image as from an image in a 3D deconvolved Z-stack: bit.ly/3J0Y3mk

Our new #AppNote addresses common #EMC challenges when using DC/DC power modules in #Industrial settings. It includes a simple hand formula for filter design, backed by real measurement data. Download directly from #WurthElektronik online. hubs.li/Q03zCQ370 #PowerModules

Atomic Force Microscopy (AFM) is revolutionizing 𝟮𝗗 𝗺𝗮𝘁𝗲𝗿𝗶𝗮𝗹𝘀 𝗿𝗲𝘀𝗲𝗮𝗿𝗰𝗵 by revealing the intricate link between structure and electrical properties in 𝘁𝘄𝗶𝘀𝘁𝗲𝗱 𝗯𝗶𝗹𝗮𝘆𝗲𝗿 𝗴𝗿𝗮𝗽𝗵𝗲𝗻𝗲. By mapping nanoscale variations in conductivity across moiré patterns, AFM enables scientists to understand how twist angles impact electronic performance. This insight is critical for developing next-generation quantum materials and devices. As a non-destructive, high-resolution tool, AFM is shaping the future of nanoelectronics and quantum engineering. 📜💡𝗥𝗲𝗮𝗱 𝘁𝗵𝗲 𝗮𝗽𝗽𝗹𝗶𝗰𝗮𝘁𝗶𝗼𝗻 𝗻𝗼𝘁𝗲: okt.to/fWm1Vv Image captions: 1: tBG Moiré Pattern in Large Scale (AA distance 75 nm) 2: tBG Moiré Pattern in Small Scale (AA distance 6 nm) 3: tBG Moiré Pattern in Small Scale (AA distance 6 nm) #2dmaterials #graphene #AFM #appnote

📄 In a recent #Microscopy #AppNote, we validate the @AIMBiotech idenTx series of #OrganOnChip plates for a 3D #Angiogenesis assay of drug efficacy. 🔬 High-res 3D imaging was performed using the Nikon AX #Confocal #Microscope system. 🔗 Learn more: bit.ly/3TT2QZa

No problem, I see how that could be confusing! For extra clarification, REXT and RD are both damping resistors, just named differently. Datasheet should have a little equation to calculate, but if not I can pull up an appnote I usually refer back to.

😫 If the relentless “Why is it making that sound?” from your design reminds you of your kids' famous "Why?" stage, check out the new #AppNote that breaks down the causes behind coil whine & noise; no bedtime story required! 🏰 hubs.li/Q03wswGW0 #WurthElektronik

🔬 Our latest #Microscopy #AppNote details a method using #smFISH to report the delivery efficiency and knockdown efficacy of an siRNA therapeutic using our Ti2-E inverted microscope and NIS-Elements software with General Analysis 3 (GA3) module: bit.ly/44EGyAk

🔬 #FeedbackMicroscopy with NIS-Elements bridges the milli- and micrometer scales. 🔗 In this #Microscopy #AppNote, we describe a pipeline for automated whole juvenile medaka fish imaging, identification of neuromasts, and high-res follow-up imaging: bit.ly/3SQDg6z

📷 Explore deeper insights! If you are working in #neurobiology, you need to see our #AppNote: "Multimodal imaging with the X-Light V3 DeepSIM system: a neurobiology case study." crestoptics.com/multimodal-i… 📷 Access the full story today!