KiCad supports clickable links in the schematic, perfect for pointing your coworkers to that important appnote they shouldn't miss out on.
July 14, 2025 at 2:40 PM
KiCad supports clickable links in the schematic, perfect for pointing your coworkers to that important appnote they shouldn't miss out on.
April 23, 2024 at 10:42 PM
WHAT DO YOU MEAN 'MP3 COMPRESSION'
November 22, 2024 at 5:00 PM
WHAT DO YOU MEAN 'MP3 COMPRESSION'
🧠🔬Freely download our @science.org sponsored #EBook covering recent applications of #Confocal and #Multiphoton #Microscopy in #Neuroscience!
⚡ Included #AppNote details how our #NSPARC detector provides robust #SuperResolution.
🔗 Download now: bit.ly/40Lgi5O
⚡ Included #AppNote details how our #NSPARC detector provides robust #SuperResolution.
🔗 Download now: bit.ly/40Lgi5O
June 4, 2025 at 6:23 PM
🧠🔬Freely download our @science.org sponsored #EBook covering recent applications of #Confocal and #Multiphoton #Microscopy in #Neuroscience!
⚡ Included #AppNote details how our #NSPARC detector provides robust #SuperResolution.
🔗 Download now: bit.ly/40Lgi5O
⚡ Included #AppNote details how our #NSPARC detector provides robust #SuperResolution.
🔗 Download now: bit.ly/40Lgi5O
I've read through an appnote from NXP about QFN solder pads - and it turns out, there are two different kinds of solder pad lands: SMD (Solder Mask Defined) and NSMD (Non-SOlder Mask Defined). The NSMD is preferred, as you can see in this screenshot:
August 23, 2026 at 6:46 PM
I've read through an appnote from NXP about QFN solder pads - and it turns out, there are two different kinds of solder pad lands: SMD (Solder Mask Defined) and NSMD (Non-SOlder Mask Defined). The NSMD is preferred, as you can see in this screenshot:
🔬🌱 Check out our #Microscopy #AppNote featuring work by Dr. Yoko Mizuta and colleagues at Nagoya University using a Nikon #Multiphoton system for live imaging of plant fertilization, capturing the dynamics of pollen tube guidance in vivo.
🔗 Check it out: bit.ly/43sFz5Y
#PlantBiology #Imaging
🔗 Check it out: bit.ly/43sFz5Y
#PlantBiology #Imaging
June 3, 2025 at 4:07 PM
🔬🌱 Check out our #Microscopy #AppNote featuring work by Dr. Yoko Mizuta and colleagues at Nagoya University using a Nikon #Multiphoton system for live imaging of plant fertilization, capturing the dynamics of pollen tube guidance in vivo.
🔗 Check it out: bit.ly/43sFz5Y
#PlantBiology #Imaging
🔗 Check it out: bit.ly/43sFz5Y
#PlantBiology #Imaging
Appnote from NXP: www.nxp.com/docs/en/appl...
Details of NSMD/SMD from JLC: jlcpcb.com/blog/the-ult...
(the latter link is where my uncertainty about solder bridging being more or less likely from NSMD/windowed NSMD comes into play)
Details of NSMD/SMD from JLC: jlcpcb.com/blog/the-ult...
(the latter link is where my uncertainty about solder bridging being more or less likely from NSMD/windowed NSMD comes into play)
www.nxp.com
August 23, 2026 at 6:48 PM
Appnote from NXP: www.nxp.com/docs/en/appl...
Details of NSMD/SMD from JLC: jlcpcb.com/blog/the-ult...
(the latter link is where my uncertainty about solder bridging being more or less likely from NSMD/windowed NSMD comes into play)
Details of NSMD/SMD from JLC: jlcpcb.com/blog/the-ult...
(the latter link is where my uncertainty about solder bridging being more or less likely from NSMD/windowed NSMD comes into play)
📄 In a recent #Microscopy #AppNote, we validate the AIM Biotech idenTx series of #OrganOnChip plates for a 3D #Angiogenesis assay of drug efficacy.
🔬 High-resolution 3D imaging was performed using the Nikon AX #Confocal #Microscope system.
🔗 Learn more: bit.ly/4o1Cr9j
#Imaging #MPS #OrganChip
🔬 High-resolution 3D imaging was performed using the Nikon AX #Confocal #Microscope system.
🔗 Learn more: bit.ly/4o1Cr9j
#Imaging #MPS #OrganChip
July 22, 2025 at 7:49 PM
📄 In a recent #Microscopy #AppNote, we validate the AIM Biotech idenTx series of #OrganOnChip plates for a 3D #Angiogenesis assay of drug efficacy.
🔬 High-resolution 3D imaging was performed using the Nikon AX #Confocal #Microscope system.
🔗 Learn more: bit.ly/4o1Cr9j
#Imaging #MPS #OrganChip
🔬 High-resolution 3D imaging was performed using the Nikon AX #Confocal #Microscope system.
🔗 Learn more: bit.ly/4o1Cr9j
#Imaging #MPS #OrganChip
Do you want to design a board without silkscreen? Our latest community appnote walks through exactly that: how to export your PCB design without silkscreen layers in KiCad, Target3001!, DipTrace and Easy-PC.
Read the full guide in the AISLER Community: community.aisler.net/t/ordering-p...
Read the full guide in the AISLER Community: community.aisler.net/t/ordering-p...
Ordering PCBs without Silkscreen
Abstract This circuit appnote describes how one can export their PCB design without silkscreen layers from various EDA tools. Including: KiCad Target3001! DipTrace Easy-PC Introduction One migh...
community.aisler.net
November 7, 2025 at 3:15 PM
Do you want to design a board without silkscreen? Our latest community appnote walks through exactly that: how to export your PCB design without silkscreen layers in KiCad, Target3001!, DipTrace and Easy-PC.
Read the full guide in the AISLER Community: community.aisler.net/t/ordering-p...
Read the full guide in the AISLER Community: community.aisler.net/t/ordering-p...
The STOE STADI P diffractometer now features ADAMAnT: automated beam alignment for improved data quality and easier operation. Compatible with existing accessories and upgradeable systems.
Curious how automated alignment works in practice? Our new appnote explains it.
www.stoe.com/articles/ada...
Curious how automated alignment works in practice? Our new appnote explains it.
www.stoe.com/articles/ada...
March 12, 2026 at 9:00 AM
The STOE STADI P diffractometer now features ADAMAnT: automated beam alignment for improved data quality and easier operation. Compatible with existing accessories and upgradeable systems.
Curious how automated alignment works in practice? Our new appnote explains it.
www.stoe.com/articles/ada...
Curious how automated alignment works in practice? Our new appnote explains it.
www.stoe.com/articles/ada...
Check out this nice GATTA-AFM nanorulers imaged on DriveAFM in WaveMode in liquid environment, and learn in our appnote more about #Wavemode, and how #CleanDrive can help you when imaging in liquids. #OrigamiDNA
www.nanosurf.com/en/cleandriv...
www.nanosurf.com/en/cleandriv...
December 12, 2024 at 4:21 PM
Check out this nice GATTA-AFM nanorulers imaged on DriveAFM in WaveMode in liquid environment, and learn in our appnote more about #Wavemode, and how #CleanDrive can help you when imaging in liquids. #OrigamiDNA
www.nanosurf.com/en/cleandriv...
www.nanosurf.com/en/cleandriv...
✨ 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/45IomW4
#NikonMicroscopy #Microscope
🔬 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/45IomW4
#NikonMicroscopy #Microscope
August 19, 2025 at 8:09 PM
✨ 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/45IomW4
#NikonMicroscopy #Microscope
🔬 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/45IomW4
#NikonMicroscopy #Microscope
🔬 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.
🔗 Click to check it out: bit.ly/46tlEpc
#Microscope
🔗 Click to check it out: bit.ly/46tlEpc
#Microscope
July 4, 2025 at 8:34 PM
🔬 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.
🔗 Click to check it out: bit.ly/46tlEpc
#Microscope
🔗 Click to check it out: bit.ly/46tlEpc
#Microscope
🔬 #FeedbackMicroscopy with our NIS-Elements software 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/4e6Cwns
#NikonMicroscopy
🔗 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/4e6Cwns
#NikonMicroscopy
June 18, 2025 at 2:11 PM
🔬 #FeedbackMicroscopy with our NIS-Elements software 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/4e6Cwns
#NikonMicroscopy
🔗 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/4e6Cwns
#NikonMicroscopy
Selecting ceramic capacitors for LDOs based on rated capacitance alone is risky. Temperature, DC bias and aging reduce the effective value. Stability depends on choosing the right dielectric, voltage rating and package size.
Read our circuit appnote: community.aisler.net/t/selecting-...
Read our circuit appnote: community.aisler.net/t/selecting-...
September 5, 2025 at 1:37 PM
Selecting ceramic capacitors for LDOs based on rated capacitance alone is risky. Temperature, DC bias and aging reduce the effective value. Stability depends on choosing the right dielectric, voltage rating and package size.
Read our circuit appnote: community.aisler.net/t/selecting-...
Read our circuit appnote: community.aisler.net/t/selecting-...
The SAMD21 datasheet clocks it at over 1100 pages... and about 11 MB. A gigabyte appnote might actually contain a piece of the demon core.
June 5, 2025 at 2:40 AM
The SAMD21 datasheet clocks it at over 1100 pages... and about 11 MB. A gigabyte appnote might actually contain a piece of the demon core.
🔍 Want to know whether your biomolecules form static, heterogeneous populations or are dynamically interconverting? Our latest appnote highlights how the EI-FLEX system can recover rates of molecular #conformationaldynamics, using #DNA hairpins as a well-characterised test system > buff.ly/zRH2KmM
March 2, 2026 at 9:33 AM
🔍 Want to know whether your biomolecules form static, heterogeneous populations or are dynamically interconverting? Our latest appnote highlights how the EI-FLEX system can recover rates of molecular #conformationaldynamics, using #DNA hairpins as a well-characterised test system > buff.ly/zRH2KmM
🔽 When working with thick or living samples, going top-down is often the smartest choice.
📖 Our latest #AppNote tinyurl.com/3a8v54yj shows how bringing spinning disk technology to upright stands breaks imaging limits.
🔬 Ready to rethink your optical path?
#UprightMicroscopy
📖 Our latest #AppNote tinyurl.com/3a8v54yj shows how bringing spinning disk technology to upright stands breaks imaging limits.
🔬 Ready to rethink your optical path?
#UprightMicroscopy
September 2, 2026 at 10:36 AM
🔽 When working with thick or living samples, going top-down is often the smartest choice.
📖 Our latest #AppNote tinyurl.com/3a8v54yj shows how bringing spinning disk technology to upright stands breaks imaging limits.
🔬 Ready to rethink your optical path?
#UprightMicroscopy
📖 Our latest #AppNote tinyurl.com/3a8v54yj shows how bringing spinning disk technology to upright stands breaks imaging limits.
🔬 Ready to rethink your optical path?
#UprightMicroscopy
Your PCB knowledge is now a currency 💸
A short Community Tip can earn you 20 € Store Credit, a proper Deep Dive 50 €, and a full Circuit Appnote 100 €; that credit sits in your AISLER account and works just like money for your next order.
Read how it works: community.aisler.net/t/earn-aisle...
A short Community Tip can earn you 20 € Store Credit, a proper Deep Dive 50 €, and a full Circuit Appnote 100 €; that credit sits in your AISLER account and works just like money for your next order.
Read how it works: community.aisler.net/t/earn-aisle...
November 14, 2025 at 3:43 PM
Your PCB knowledge is now a currency 💸
A short Community Tip can earn you 20 € Store Credit, a proper Deep Dive 50 €, and a full Circuit Appnote 100 €; that credit sits in your AISLER account and works just like money for your next order.
Read how it works: community.aisler.net/t/earn-aisle...
A short Community Tip can earn you 20 € Store Credit, a proper Deep Dive 50 €, and a full Circuit Appnote 100 €; that credit sits in your AISLER account and works just like money for your next order.
Read how it works: community.aisler.net/t/earn-aisle...
Welcome to #AMR 25! To celebrate of the start of this event we are releasing a new AppNote. Here we investigate the effectiveness of the antifungal drug caspofungin on Candida albicans growth and pathogenicity. Get a sneak peek below, download here: zurl.co/HOZze
February 25, 2025 at 6:55 AM
Welcome to #AMR 25! To celebrate of the start of this event we are releasing a new AppNote. Here we investigate the effectiveness of the antifungal drug caspofungin on Candida albicans growth and pathogenicity. Get a sneak peek below, download here: zurl.co/HOZze
How are tumor organoids, fragments & stroma cryopreserved without serum? 🧪
Peer-reviewed studies show how Bambanker™ maintains viability & integrity.
📥 Download the application note: pages.nippongenetics.eu/appnote-bamb...
#MolecularBiology #RNASky #SingleCell #neuroskyence #CancerResearch
Peer-reviewed studies show how Bambanker™ maintains viability & integrity.
📥 Download the application note: pages.nippongenetics.eu/appnote-bamb...
#MolecularBiology #RNASky #SingleCell #neuroskyence #CancerResearch
Cryopreservation in Cancer Research: Application Note on Bambanker™
Discover how Bambanker™ supports high-viability cryopreservation of tumor cells, organoids, and tissues in cancer research.
pages.nippongenetics.eu
May 7, 2025 at 8:14 AM
How are tumor organoids, fragments & stroma cryopreserved without serum? 🧪
Peer-reviewed studies show how Bambanker™ maintains viability & integrity.
📥 Download the application note: pages.nippongenetics.eu/appnote-bamb...
#MolecularBiology #RNASky #SingleCell #neuroskyence #CancerResearch
Peer-reviewed studies show how Bambanker™ maintains viability & integrity.
📥 Download the application note: pages.nippongenetics.eu/appnote-bamb...
#MolecularBiology #RNASky #SingleCell #neuroskyence #CancerResearch
The MCS6530-005 was known to me only by some lines in MOS pricelist and a remark in an OSI appnote as a 6530 without ROM.
Today I received a scan of a MOS Technology sheet with the chip equations of the MCS6530-044 and MCS6530-005 (thanks Scott Barnes!).
No CS1 and CS2, just I/O ports PB5 and PB6.
Today I received a scan of a MOS Technology sheet with the chip equations of the MCS6530-044 and MCS6530-005 (thanks Scott Barnes!).
No CS1 and CS2, just I/O ports PB5 and PB6.
December 27, 2025 at 10:37 AM
The MCS6530-005 was known to me only by some lines in MOS pricelist and a remark in an OSI appnote as a 6530 without ROM.
Today I received a scan of a MOS Technology sheet with the chip equations of the MCS6530-044 and MCS6530-005 (thanks Scott Barnes!).
No CS1 and CS2, just I/O ports PB5 and PB6.
Today I received a scan of a MOS Technology sheet with the chip equations of the MCS6530-044 and MCS6530-005 (thanks Scott Barnes!).
No CS1 and CS2, just I/O ports PB5 and PB6.
🙃 Thinking Upside Down tinyurl.com/e78d2xxe
Our latest AppNote explores how CICERO and X-Light V3 adapt to any commercial upright body.
Highlights:
🪰 4D Live Imaging of Drosophila embryos
🧠 3D Reconstruction of acute brain slices
🦷 Deep Volumetric Sectioning of cleared tooth
#UprightMicroscopy
Our latest AppNote explores how CICERO and X-Light V3 adapt to any commercial upright body.
Highlights:
🪰 4D Live Imaging of Drosophila embryos
🧠 3D Reconstruction of acute brain slices
🦷 Deep Volumetric Sectioning of cleared tooth
#UprightMicroscopy
August 19, 2026 at 11:19 AM
🙃 Thinking Upside Down tinyurl.com/e78d2xxe
Our latest AppNote explores how CICERO and X-Light V3 adapt to any commercial upright body.
Highlights:
🪰 4D Live Imaging of Drosophila embryos
🧠 3D Reconstruction of acute brain slices
🦷 Deep Volumetric Sectioning of cleared tooth
#UprightMicroscopy
Our latest AppNote explores how CICERO and X-Light V3 adapt to any commercial upright body.
Highlights:
🪰 4D Live Imaging of Drosophila embryos
🧠 3D Reconstruction of acute brain slices
🦷 Deep Volumetric Sectioning of cleared tooth
#UprightMicroscopy
Curious about #smFRET data on #ssDNA? Our latest application note from the Antony Lab (Saint Louis University) shows how EI-FLEX data reveals that RPA wraps ssDNA rather than stretching it, resolving a long-standing question. Read more: buff.ly/N0hSA1h #DNA #AppNote
Protein-driven ssDNA conformational control | Exciting Instruments
Discover the linear relationship between FRET efficiency and ssDNA length, and how this can capture protein-mediated conformational control.
excitinginstruments.com
July 23, 2026 at 7:42 AM
Curious about #smFRET data on #ssDNA? Our latest application note from the Antony Lab (Saint Louis University) shows how EI-FLEX data reveals that RPA wraps ssDNA rather than stretching it, resolving a long-standing question. Read more: buff.ly/N0hSA1h #DNA #AppNote