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Danisense offers high-accuracy current sense transducers for demanding applications, designed to streamline workflow for engineers using data acquisition (DAQ) systems. These devices integrate the burden resistor directly into the current transducer, mitigating the risk of miscalculations. With a single datasheet, users can promptly commence precise and reliable current measurements in their specific applications. For data acquisition users usually employ a variety of instruments, extending beyond traditional oscilloscopes. These instruments often lack a direct current sensor. Consequently, when users require a precision current sensor, they must also use a burden resistor to facilitate the connection. However, this often poses a significant challenge: users need to align the specifications of the current sensor with those of the burden resistor. The complexity of these specifications leaves considerable room for error. The DS, DM and DL series current transducers with voltage output

Now available from Danisense A/S, the leader in high-accuracy current sense transducers! Designed for demanding applications, these current transducers with voltage output simplify workflows for engineers using DAQ systems. Precision and reliability meet seamless integration, empowering engineers to achieve superior performance. #CurrentTransducers #DataAcquisition #EngineeringExcellence #PrecisionTechnology #electronicsnews #technologynews

Application field Due to its unique technical characteristics and advantages, the CM3A H00 Closed loop Hall current sensor is particularly suitable for the following applications: UPS (Uninterruptible Power Supply) : In a UPS system, accurate current measurement is essential to ensure the stability and reliability of the power supply. SMPS (Switching Mode Power Supply) : SMPS is widely used in modern electronic equipment, requiring high accuracy and stability of current measurement. Test and measurement equipment: In test and measurement equipment, accurate current measurement is the key to ensuring the reliability of test results. With its high precision, fast response, strong anti-interference ability and wide application range, zero-magneto-current sensor has become the leader in the field of current detection. Understanding how it works can help us make better use of this technology to improve the efficiency and safety of power systems and industrial automation. The excellent characteristics of the CM3A H00 sensor make it excellent in these applications, making it the ideal current measurement solution.CHIPSENSE is a national high-tech enterprise that focuses on the research and development, production, and application of high-end current and voltage sensors, as well as forward research on sensor chips and cutting-edge sensor technologies. CHIPSENSE is committed to providing customers with independently developed sensors, as well as diversified customized products and solutions. “CHIPSENSE, sensing a better world!

✨ Discover the ease of #current #measurement with Danisense A/S's #CurrentTransducers featuring a voltage output! Perfect for DAQ systems—no complex specs or misinterpretations. Reliable and simple integration for your projects! #Electronics #DAQ https://lnkd.in/gXDC4nK3

🎙ProseraPod: Ask Greg McMillan - What role do you see dynamic simulation playing in the future of best temperature measurement selection? 🎙Greg's Response: Temperature is often the most important of the common measurements because it is an indicator of process stream composition and product quality. Temperature measurements are also essential for equipment protection and performance monitoring. In the process industry 99% or more of the temperature loops use thermocouples (TCs) or resistance temperature detectors (RTD). The RTD provides sensitivity (minimum detectable change in temperature), repeatability, and drift that are an order of magnitude better than the thermocouple (Table 1). Sensitivity and repeatability are 2 of the 3 most important components of accuracy. The other most important component, resolution, is set by the transmitter. Drift is important for controlling at the proper setpoint and extending the time between calibrations. Operators often adjust setpoints to account for the unknown drift. When the TC is calibrated or replaced, the modified set point no longer works. The RTD is also more linear and much less susceptible to electro-magnetic interference. The supposed issue of a slightly slower sensor response will be addressed in the next post on how to get the best installation. Thermistors have seen only limited use in the process industry despite their extreme sensitivity and fast (millisecond) response, primarily because of their lack of chemical and electrical stability. Thermistors are also highly nonlinear but this may be addressed by smart instrumentation. Optical pyrometers are used when contact with the process is not possible or extreme process conditions cause chemical attack, physical damage, or an excessive decalibration, dynamic, velocity, or radiation error of a TC or RTD. Simulations that include sensitivity, repeatability, drift, and EMF noise can show the advantage offered by the RTD. For much more knowledge, see the ISA book Advanced Temperature Measurement and Control Second Edition (use promo code ISAGM10 for a 10% discount on Greg’s International Society of Automation (ISA) books). 📖 https://lnkd.in/gx8mAaVB Learn more on the ProseraPod - https://lnkd.in/ej2K3U8r #Prosera #ProseraPod #InnovateAtProsera #ProcessControl #DynamicSimulation #AskGregMcMillan #DigitalTwins

🔄 This week on the ProseraPod - Greg McMillan shares how simulation is transforming operator training and process understanding by providing insights into WHY certain phenomena occur, rather than just showing WHAT happens. This approach helps operators build a more comprehensive mental model of the process, allowing them to: 1️⃣ Develop a deeper understanding of process dynamics – By seeing the impact of factors like sensitivity, repeatability, drift, and interference, operators gain clearer insights into the underlying causes of process changes. 2️⃣ Enhance critical decision-making skills – Dynamic simulation empowers operators to anticipate and respond to process deviations more effectively, bridging the gap between theory and practice. 3️⃣ Strengthen process reliability and safety – With a robust mental model, operators are better equipped to maintain optimal conditions, reducing the risk of unplanned downtime or safety incidents. Follow the ProseraPod series for more insights on how innovations in process control are shaping the future! 👉 https://lnkd.in/gBhzqWqv

Vibration Meters in the Information Industry This article explores the multifaceted applications of vibration meters within the information industry, encompassing sectors such as technology, media, telecommunications, and analytics. These meters, known as vibrometers or accelerometers, play a pivotal role in guaranteeing the stability, reliability, and quality of various IT infrastructure components. To read the full article, please click here: https://lnkd.in/gna_f4Wh

THYRISTOR-BASED FACTS CONTROLLERS This topic is very important.Electromagnetic devices store energy in their magnetic fields. These devices draw lagging currents, thereby resulting in positive values of Q; they are frequently referred to as the absorbers of reactive power. Electrostatic devices, on the other hand, store electric energy in fields. These devices draw leading currents and result in a negative value of Q. For Statcom and SVC EMTP simulation is useful tool.

Elevate your testing capabilities with the 730 Thermal Transient Test Set, meticulously engineered for precision and efficiency in today's demanding engineering and manufacturing environments. The 730 streamlines your workflow, offering the capacity to test up to 3600 units per hour. The 730's responsive 10.1" industrial touch screen interface is designed for intuitive interaction and streamlined control. Its modern connectivity suite, including USB, network logging (syslog), and HDMI capabilities, ensures seamless integration into any test environment. At the heart of the 730 lies unparalleled precision, with high-resolution data capture and accurate test pulse technology, setting new industry standards for testing accuracy. Its expansive range of test parameters, from 4ms to 250ms pulse duration and up to 2000mA current with a 19V test voltage capability, provides unmatched versatility across various product testing requirements. The 730 Thermal Transient Test Set represents a significant advance over the 605 and 630 models. The 730 is a leap in technology that simplifies complexity while assuring dependable and precise outcomes. It’s designed for both traditional test labs and automated production lines. 605 and 630 legacy modes provide data alignment for smooth upgrade integration .https://lnkd.in/debySN9v

Why Choose Harmonics Filters with SiC MOSFETs over IGBTs? When it comes to power electronics, Silicon Carbide (SiC) MOSFETs are becoming the go-to choice over IGBTs. But why? 1. Higher Efficiency SiC MOSFETs have lower switching losses, meaning more efficient power conversion and energy savings. 2. Better Thermal Performance SiC MOSFETs handle heat better, allowing for higher operating temperatures and a longer lifespan. 3. Reduced Harmonics with Higher Switching Frequency Paired with Harmonics Filters, SiC MOSFETs minimize distortion, improving power quality and equipment reliability. SiC MOSFETs can switch at significantly higher frequencies than their IGBT counterparts. This is very useful when comes to Slim DC Bus Drive or EC FAN. 4. Smaller, More Compact Designs The efficiency of SiC tech enables more compact systems, saving space and reducing material costs. 5. Future-Ready With rising demand for sustainable, high-performance systems, SiC MOSFETs are ideal for industries like renewable energy and EVs. Switching to SiC MOSFETs in your Harmonics Filters means better efficiency, longevity, and sustainability! They also help ensure compliance with industry standards like IEEE 519-2022 for harmonics and IEC guidelines for power quality and safety. You may Click to below link if you wish to know more about Revcon Active Harmonics Filters with SiC MOSFETs! https://lnkd.in/g-92jaX2 #REVCON #ActiveHarmonicFilter #PowerQuality #Efficiency #HarmonicFilter REVCON ASIA PACIFIC REVCON