Astute E-Design’s Post

Successfully providing the required performance and verifying our system design are crucial at #ERC. To ensure this, we perform detailed tests on our equipment and systems. To perform detailed test of any equipment, we need state of the art test facilities, and one such test bench is Motor Test Stand (MTS). This is instrumental in testing the main components of the electric engines in our propulsion systems: the engine control unit and the motor. Although MTS is a typical motor-generator test bench working in back-to-back configuration, what makes it significant is its instrumentation system, power handling capacity and versatility. MTS uses advanced sensors with high precision and accuracy to measure important parameters such as DC and AC voltage, current, temperature, mechanical torque, and speed. It is not only used to obtain performance characteristics of motor and inverter but can also be used to obtain their thermal behaviour by operating them in a controlled environment and monitoring the parameters meticulously. These tests are crucial for validating and verifying the performance, reliability, and safety requirements before installation in aircraft. #MTS #Aerospace

Solving aerospace cabling challenges of today and the future ! ✈ Making aerospace cabling lighter is more critical than ever Lower weight is also important because more aerospace applications require cabling, but the total weight needs to stay the same. Also, increased cabling is used inside planes to exchange information between a growing number of devices. As data and communication become more important, so does cabling redundancy! More on ligher cabling solutions, click here to read the article : https://lnkd.in/envX4JFZ

Insight Into Fiber Optic Cables for Aerospace Applications

Why do electronic components with similar appearances have different lifespans and prices? Zeyang will take you to a deeper understanding. 🌞Electronic components are classified into general, industrial grade, automotive grade, and aerospace grade according to different application scenarios, with the following main differences: ✅1.Industrial grade electronic components 1. Application scenarios: mainly used in general industrial control, instrumentation and other fields. These devices typically operate in relatively stable environments with relatively low requirements for environmental factors such as temperature, humidity, and vibration. 2. Performance requirements: It should have a certain level of reliability and stability, and be able to meet the operational needs in industrial production. In terms of performance, industrial grade electronic components typically have moderate accuracy, speed, and power consumption. 3. These standards regulate various properties of electronic components, but the requirements are relatively lenient. 4. Price: The price is relatively cheap. ✅2.Auto grade electronic components 1. Application scenarios: specifically designed for automotive electronic systems, including control, safety systems, etc. The working environment of automobiles is complex, with large temperature changes, strong vibrations, and severe electromagnetic interference. Therefore, automotive grade electronic components need to have higher reliability and stability. 2. Performance requirements: High precision, speed, and low power consumption are required to meet the performance requirements of automotive electronic systems. 3. Strict testing and certification have been conducted on the reliability, stability, and environmental adaptability of electronic components to ensure their long-term stable operation in harsh working environments of automobiles. 4. Price: The price is relatively high. ✅3.Aerospace grade electronic components 1. Application scenarios: Used in aerospace fields such as spacecraft and satellites. The aerospace environment is extremely harsh, including high vacuum, high radiation, extreme temperature, etc. Therefore, aerospace grade electronic components need to have extremely high reliability and stability. 2. Performance requirements: It has extremely high accuracy, speed, and low power consumption to meet the performance requirements of space missions. 3. Extremely strict testing and certification have been conducted on the reliability, stability, and environmental adaptability of electronic components to ensure their long-term stable operation in extreme aerospace environments. 4. Price: Expensive. ✊Why does our Zeyang AIT team choose Auto grade or higher components, even some aerospace grade components? We know that solar trackers operate in harsh environments and require long life cycle protection. Therefore, we choose Auto electronic components that are reasonably priced and meet customer needs.

🌟 Calling All Thermal Engineers! 🌟 In the dynamic UK defence sector, the demand for skilled Thermal Engineers has never been more critical. As defence technologies advance and electronic systems become increasingly complex, the need to efficiently solve heat transfer problems is paramount. Enter CAE (Computer-Aided Engineering) tools - game-changers in the world of thermal management. These cutting-edge technologies enable us to model, analyse and solve intricate heat transfer issues with unprecedented precision. 🎯 According to recent reports by the Ministry of Defence, the UK defence industry is projected to grow by 5% in 2024. Despite this, there's a noticeable shortage of qualified Thermal Engineers to support this expansion. With innovations like unmanned aerial systems and advanced communication networks, managing heat efficiently is crucial to maintaining optimal performance and reliability (source: Ministry of Defence, 2023). For our fellow Thermal Engineers and those with a knack for tackling thermal challenges in electronics - your expertise is in high demand! By leveraging CAE tools, you can make a significant impact on projects that safeguard national security and pioneer technological advancements. A role in this sector not only offers exciting challenges but also the opportunity to contribute to the greater good. Join us on this thrilling journey! Follow the Electus Recruitment LinkedIn page for the latest job opportunities and industry news: https://lnkd.in/dmjrj8RM #ThermalEngineering #DefenceIndustry #UKEngineering

📣❔ What happens when fan rotation is blocked? When a unit's rotor is unable to rotate, it enters a locked rotor condition, causing the current draw to increase. The unit’s response varies based on its design. Current will continue to rise until motor failure occurs or the unit's locked rotor protection kicks in, limiting current until the unit is powered down. Without intervention, damage to the motor or electronics is inevitable. Fans equipped with locked rotor protection can prevent catastrophic motor failure during a locked rotor condition. This protection ensures that, even after a locked rotor event, the fan will likely not suffer significant damage. If repair is needed, the motor generally remains intact, avoiding the need for full replacement. Have more questions for our engineering team? Get in touch with us today. https://ow.ly/j89S50SOpfX #engineering #aerospace #AMETEKRotron

Do you know more about Wecon Servo?🙋 Episode 1: Wecon Servo Drive Overview Welcome to Wecon Servo series video! In EP1 we’ll take you through an exciting overview of Wecon servo drive. We want to hear from you! Can you list what are the series of wecon servo❓ Share your answers in the comments below👇and you could win an exclusive gift🎁! #electric #industrialautomation #Wecon #manufacturing #automobile #engineer #automation #PLC #packingmachine #servo #trainning

In the world of electric motors, 2 primary designs stand out: axial flux and radial flux. But what is the difference in the magnetic field orientation? Axial Flux Motors: The magnetic field lines run parallel to the axis of rotation. With disk-shaped rotors and stators, the magnetic flux travels axially (along the shaft). Radial Flux Motors: Here, the magnetic field lines run radially (perpendicular to the axis). The cylindrical rotor and stator direct the magnetic flux from the center outward or inward. The orientation of the magnetic field in axial flux versus radial flux motors plays a critical role in determining their performance characteristics, design, and suitability for various applications. Learn more about our axial flux motors here: https://lnkd.in/eGcEs3YX #ElectricMotors #AxialFlux #RadialFlux #Engineering #Innovation #Technology

We are very glad to share our recent article regarding an optimized dq-frame admittance modeling method for small-signal stability analysis of railway vehicle-grid systems, published in IEEE Transactions on Power Electronics. As revealed in this paper, the traditional dq modeling suffers from the non-negligible errors brought by the non-ideal orthogonal β components of dq control at non-fundamental frequencies. An optimized dq admittance modeling method for the single-phase converter in vehicles is proposed and validated by stability analysis and hardware-in-the-loop (HIL) simulations. For more details, please visit the link below: https://lnkd.in/gWJpJTRv #power #energy #decarbonization #renewableenergy #windpower #solarpower #electricvehicles #railways #digitalization #powergrids #smartgrid #powersystems #security #stability #dynamics #modelling #operation #control #powerelectronics #converters #situationalawareness #PMU #carbonneutral #carbonemissions #artificialntelligence

KYX high-voltage ceramic resistors: provide solid protection for high-voltage and high-stability systems⚡ In various fields of modern industry and technology, high-voltage ceramic resistors, as indispensable components, play a vital role. Whether it is the high-voltage DC power supply in the power industry or the key systems in aerospace and military equipment, KYX's high-voltage ceramic resistors are silently ensuring the stable operation of the equipment. 🌐 Advantages of KYX high-voltage ceramic resistors: High insulation resistance: ensure the safety and reliability of the circuit, and prevent risks such as short circuits or electric shocks. ⚡ Low dielectric loss: reduce energy loss and improve the performance and efficiency of the equipment. 🔋 High stability: maintain excellent electrical performance even in complex environments with high voltage and high frequency. 💡 Especially in the power industry, high-voltage ceramic resistors are widely used in the testing and protection of equipment such as high-voltage DC power supplies, high-voltage test equipment and switch cabinets, providing precise current control and safety assurance. In the electronics and communications industries, it is used in high-precision electronic circuits to ensure the stability and performance of the equipment. 🎯 KYX's factory covers an area of 10,000 square meters, and three production lines ensure the production of 1 million resistors per month, responding quickly to customer orders. From raw material procurement to production process to final testing, KYX always adheres to strict quality control to ensure the stability and reliability of each resistor. As a customer, you can not only get high-quality resistors, but also enjoy a stable supply chain, customized services and fast-response support to ensure that your project progresses smoothly and maintains efficient operation. 💪 #ceramicresistors #highvoltageceramicresistors #resistor #PowerIndustry #ElectronicsIndustry #Aerospace #MilitarySector #HighVoltageCircuits #PrecisionDevices #صناعةالطاقة #الصناعةالإلكترونية #الفضاء #القطاعالعسكري #الدوائرالتيارالعالي #الأجهزةالدقيقة #ЭнергетическаяОтрасль #ЭлектроннаяПромышленность #АэрокосмическаяОтрасль #ВоеннаяОтрасль #ВысоковольтныеЦепи #ПрецизионныеУстройства