Micro X-Ray, Inc的动态

Phoenix Contact Introduces Current Transducers to Ensure Precise Measurements Read more: https://ow.ly/y4xA50TqKNZ #technologynews #powerelectronics #currenttransducers #measurement #digitalprocessing #powersupplies #powermanagement

Automatic Battery Cell Sorting Machine for Cylindrical #Lithium Battery ??Product description: The automatic battery cell #sorting machine is professional designed for the sorting test of #18650/21700/26650/ 32650 cylindrical lithium battery cells. Battery sorting machine can execute the sorting test based on the #voltage and internal #resistance tests before assembly. ??And with optional barcode scanning system and sophisticated functions of test data record, query and uploading, this machine ensures the traceability and control of cells sorting Features: ???? High precision and consistency 1) The repeated test error of voltage is within ±0.3mV and that of internal resistance is within ±0.3 mΩ. The resolution of voltage is as low as 0.1mV and that of internal resistance is as low as 0.1 mΩ. 2) There are 8 channels for OK battery cells and 1 for NG battery cells. ???? Selectable sorting modes The test system supports dynamic and manual sorting modes, which can be selected by users according to the different battery pack assembly. ?? Test #data The test data cover test time, battery cell barcode (Cell barcode scanning module should be equipped.), battery cell voltage value, internal resistance value, battery cell receiving chute and can be uploaded to the server for better management and control. #energy #formation #testing #capacity #battery #lithium #regeneration #lithiumbattery #EnergySaving #cell

Reducing voids in solder joints is critical for improving electronics reliability and performance. Vacuum reflow is an increasingly adopted method, applying vacuum during reflow to remove voids. However, optimising the vacuum parameters is key - insufficient vacuum leaves voids, while excessive levels increase cycle times unnecessarily. Solderstar SLX zero set-up thermal profiler has advanced vacuum measurement adapters to comprehensively monitor and optimise vacuum reflow processes. The innovative interface allows simultaneously capturing temperature profiles and vacuum pressure levels as the profiler passes through the vacuum chamber stage. With up to 12 temperature channels and secondary process sensors, the SLX provides precise data to fine-tune vacuum reflow parameters like vacuum level and ramp rate. This ensures effective void reduction without impacting throughput. For high-reliability electronics manufacturing requiring optimised vacuum reflow, the enhanced SLX profiler is an invaluable tool. Find out more at www.solderstar.com #Soldering #Electronics #Manufacturing #SLX #thermalprofiler

Chroma 17040: Innovative Battery Testing ? Chroma 17040 sets a new standard in battery testing with built-in parallel channels and dynamic profile simulation. By maximizing charging and discharging currents, the parallel function increases the efficiency and flexibility of device use. Dynamic tread simulation enables accurate simulations of driving conditions in accordance with international testing standards such as ISO, IEC, UL, and GB/T. ? With a bidirectional architecture, Chroma 17040 ensures uninterrupted current flow during charging and discharging for accurate simulations. Equipped with Chroma's Battery Pro software, the system provides flexible test editing capabilities for independent channel testing. Safety is paramount, with multiple protection features such as surge protection, overcurrent protection, and automatic data recovery in the event of a power outage. ? ? Meets international battery testing standards: IEC, ISO, UL, GB/T, etc. ?? Regenerative battery energy discharge (rms >90%, PF >0.95, I_THD <5%) More info: https://lnkd.in/gCaVSKA #BatteryTesting #BatteryTechnology

Thermoelectric Modules ?? **Unlock the Power of Thermoelectric Modules!** ?? Did you know that thermoelectric modules can do it all—heat, cool, switch between the two, or even convert heat directly into electricity? These versatile devices are transforming how we manage temperature and power in technology. ?? **What is a Thermoelectric Module?** A thermoelectric module is a solid-state device comprising two or more elements of n-type and p-type doped semiconductor material. These elements are electrically connected in series and thermally in parallel, typically mounted between two ceramic substrates. These substrates not only hold the structure together but also insulate the elements from each other and external surfaces. With sizes ranging from 1.5x1.5mm to 55x55mm and 2.5 to 5 mm in height, thermoelectric modules are designed to meet diverse needs, offering various shapes, substrate materials, metallization patterns, and mounting options. Their compact size, reliability, and lack of moving parts make them ideal for applications in next-gen electronics cooling to powering remote sensors. ?? **How Can Thermoelectrics Benefit You?** We partner with leading companies in industries such as #Biomedical, #Instrumentation, #Laser, and #LiDAR to address their thermal management challenges. ???? Do you need precise temperature control to heat, cool, or cycle your device thermally? I'm eager to learn about your application and challenges! Please share your experiences in the comments or message me directly. #ThermoelectricModules #ThermalManagement #Thermoelectric #ThermoelectricCoolers #TempCycle

Power module density is influenced by more than just switching frequency and size. Advanced techniques like 3D Power Packaging (3DPP) ensure density aligns with system demands, optimizing performance without compromising reliability. https://bit.ly/3NlQ0iI #RECOM #Power #3DPP #PowerDensity #AdvancedPackaging

As microelectronics continue to evolve, so does the demand for effective thermal management solutions! With components shrinking in size and performance expectations soaring, the heat generated within devices is becoming a critical concern. At #LaserThermal we understand the pivotal role of thermal management in ensuring optimal performance, reliability, and longevity of microelectronic systems. From advanced thermoreflectance measurement systems to cutting edge thermal conductivity testing techniques, we're dedicated to addressing the growing thermal challenges faced by the industry. Join us in shaping the future of microelectronics by prioritizing thermal management strategies! #ThermalManagement #Microelectronics #Innovation #TechTrends #semitherm

Infineon Technologies AG tackles high-voltage challenges with the launch of the #CoolSiCSchottky diode 2000 V G5, the first discrete silicon carbide diode to achieve a breakdown voltage of 2000 V. This innovation enhances efficiency and reliability in power applications, paving the way for more sustainable energy solutions. #SiliconCarbide #PowerElectronics #Innovation #Sustainability #electronicsnews #technologynews

?????????????? ???????? ??????????????????????: ???? ????-?????????? ???????????????? ???????? ????????: https://lnkd.in/dDTgYdbx Ferrite core transformers are critical components in modern electronics, known for their efficiency, high-frequency performance, and compact size. #FerriteCoreTech #HighFrequencyTransformers #EnergyEfficientElectronics #CompactPowerSolutions #FutureOfTransformers

KDE Multicore Cable Cutting and Stripping Machine, Model KDE-905 Introducing the KDE-905, a state-of-the-art solution for cutting and stripping round multicore cables with precision and efficiency. This advanced machine is designed to handle both the outer and inner skin of multicore cables, ensuring clean and accurate processing for a wide range of applications. Key Features: Precision Cutting: Delivers exact lengths with clean cuts, ensuring minimal waste and optimal cable preparation. Dual-Layer Stripping: Efficiently strips both the outer and inner skin of multicore cables, maintaining the integrity of the inner conductors. High Efficiency: Automates the cutting and stripping process to save time and labor, boosting overall production speed. Versatile Application: Suitable for various types and sizes of multicore cables, making it ideal for diverse industrial uses. User-Friendly Interface: Features an intuitive control panel with programmable settings for customized operations, making it easy to use and adapt to specific requirements. Robust Construction: Built with durable materials to withstand heavy-duty use and ensure long-term reliability. Enhance your cable processing operations with the KDE-905, delivering unmatched precision and efficiency for all your multicore cable cutting and stripping needs. #CableProcessing #Automation #PrecisionEngineering #KDE905 #ManufacturingInnovation