Angstrom Engineering Inc.’s Post

A product introduction video was published on YouTube. The NV3600 is a CMOS based voltage detector. The high withstand voltage of 42 V at the SENSE pin allows this device to directly monitor battery voltage. The detection voltage and release voltage can be set separately, and the output logic at detection can also be selected to "Low" or "High". Therefore, the optimum operation can be realized according to the system. https://hubs.la/Q02FcWLf0 製品紹介動画のご案内です。 NV3600 はCMOS プロセスを用いたボルテージディテクタです。SENSE 端子が42 V の高耐圧であるため、バッテリー電圧を直接監視することが可能です。検出電圧と解除電圧を個別に設定することができ、検出時の出力論理も "Low" or "High" を選択可能です。そのためシステムの機能に合わせて、最適な動作を実現することができます。 https://hubs.la/Q02FcRqg0

Struggling to detect targets at high speeds? The DF-G2 high-speed fiber optic amplifier was designed to achieve incredible response times at just 10 #microseconds. Combined with 5 microsecond repeatability for #precision measurement, it thrives in high-speed #applications such as wafer position, wire break detection and registration mark sensing as well as offering small object detection models that work well for this pill counting example. Learn how the DF-G2 can solve your high-speed detection challenges: https://lnkd.in/d4rZMu9X

Struggling to detect targets at high speeds? The DF-G2 high-speed fiber optic amplifier was designed to achieve incredible response times at just 10 #microseconds. Combined with 5 microsecond repeatability for #precision measurement, it thrives in high-speed #applications such as wafer position, wire break detection and registration mark sensing as well as offering small object detection models that work well for this pill counting example. Learn how the DF-G2 can solve your high-speed detection challenges: https://lnkd.in/d4rZMu9X

Webinar 'Verifying MIPI CSI Image Sensor Integration' This webinar will provide an overview of the CSI protocol, identifying areas of concern when integrating MIPI CSI cameras and Image Sensors. Sample CSI-2 streams will be depicted through the Teledyne LeCroy Envision X14 Protocol Analyzer and the webinar will show how the instrument can ease debug of format and resolution translation, along with frame and pixel clock timing issues. 18-Jul-24, Register here: https://lnkd.in/e3MCQCYi

#COMPUTEX2024Exhibitor #TaiNEX1 #N0814 Retronix SVM Turnkey enables multi-camera inputs from Front/Rear/Left/Right. It is compatible with Sensor fusion and ISP tuning for image quality adjustment with IMR function for image stitching. Read the product introduction here: >>> https://lnkd.in/gA4aTENR

Ultra-Compact Analytical Transmitters The Knick MemoTrans Transmitters are extremely compact 2-wire transmitters designed to connect directly onto Memosens digital sensors such as pH, ORP (oxidation-reduction potential), conductivity, and dissolved oxygen. Further information. https://lnkd.in/ejtnAYkj

Discover the key factors for selecting the optimal pressure sensor for your application in our comprehensive guide. This guide covers a range of topics: 🔸 MEMS vs. Fluid Filled vs. Fiber Optic 🔸 Piezoresistive vs. Capacitive 🔸 Absolute vs. Vented Equip yourself with the knowledge to make informed decisions and optimize your sensor performance. Dive into our updated guide today! https://bit.ly/3QVZHGH

To design better technology and push society towards a greater future, we first need improved instrumentation to lead the way. In this Mighty Guide, eight experts discuss some of the most important fields of instrumentation and how solutions from Analog Devices enable these advancements.

The final part of our video tutorial series on Fusion Electronics is here! Check out our powerful new scoping system that allows you to control widths and clearances based on layers, components, and so much more. https://lnkd.in/g7g_CEFJ

What keeps high-performance tech running cool under pressure? Our laser diode coolers are engineered to manage heat in some of the most demanding applications—keeping critical systems like high-power lasers and optical networks efficient and reliable. Discover how our technology is helping power innovations that rely on precision and efficiency: https://bit.ly/3ZAOArn