Phenix Technologies, a Doble company’s Post

To ensure electronic devices work in harmony, EMC standards and regulations have been developed to limit the allowable radiated emissions from electronic systems. One such standard is CISPR32. If you’re developing electronics for industrial applications, you will be required to test to this standard, among others. So what does it look like to test a product to CISPR32? In this blog post, #EMCguy walks through the process step by step. Discover what, exactly, happens inside that 10m testing chamber: what’s involved in testing, which equipment will be used, and of course, how to make sense of your results.

🚀 Understanding the Difference Between ASCC and IEC Methods for Short Circuit Analysis! 🌐 In the world of electrical power systems, performing accurate short circuit analysis is crucial for safety and reliability. Two prevalent methods are the American Standard for Computing Currents (ASCC) and the International Electrotechnical Commission (IEC) methods. Here's a quick breakdown of their key differences: 🔹 **ASCC (American Standard for Computing Currents)** - **Standards**: Follows IEEE standards, commonly used in North America. - **Calculation**: Uses a point-to-point method for sequential short-circuit calculations. - **Parameters**: Utilizes specific impedance values, often in per-unit or ohms. - **Equipment Ratings**: Focuses on conservative estimates to ensure protective device operation under worst-case conditions. 🔹 **IEC (International Electrotechnical Commission)** - **Standards**: Adheres to IEC standards, widely used internationally. - **Calculation**: Employs a comprehensive system approach, considering various network configurations and fault conditions. - **Parameters**: Detailed consideration of positive, negative, and zero-sequence impedances. - **Equipment Ratings**: Ensures equipment is rated for realistic fault scenarios, with potentially more accurate results. Both methods aim to ensure the safety and reliability of electrical power systems but differ in approach, assumptions, and detail. #pSSE #PowerSystem #ShortCircuitAnalysis #TransmissionPlanning #RenewableIntegratin

To ensure electronic devices work in harmony, EMC standards and regulations have been developed to limit the allowable radiated emissions from electronic systems. One such standard is CISPR32. If you’re developing electronics for industrial applications, you will be required to test to this standard, among others. So what does it look like to test a product to CISPR32? In this blog post, #EMCguy walks through the process step by step. Discover what, exactly, happens inside that 10m testing chamber: what’s involved in testing, which equipment will be used, and of course, how to make sense of your results.

The MCA4 from SEG Electronics is a precise and adaptable protection, control and monitoring relay designed for feeder, grid and generator applications. What makes the MCA4 stand out is its flexibility across hardware, software, applications, user interface and communications protocols. This allows it to meet diverse interconnection requirements both today and in the future as the grid evolves. The MCA4 incorporates a full range of protection capabilities, including: 🔷Interconnection of renewable energies to the public grid 🔷Over / Undervoltage Protection 🔷Overload / Short Circuit Protection 🔷Over / Underfrequency Protection 🔷Load shedding by rate-of-change-of-frequency (ROCOF) 🔷Auto Re-Closing for Temp Faults 🔷Plausibility verification intelligence With certifications from UL, CSA, EAC, KEMA and more, the MCA4 meets global standards for industrial control equipment and grid interconnection. Its robust set of protection functions make it an ideal choice for ensuring the safety and reliability of your power systems. You can learn more about the MCA4 protection relay here: https://lnkd.in/eDZ8WRvF #Relays #GridProtection #FeederProtection #RenewableEnergy #SmartGrid

Learn the differences between IEC and IEEE standards! ⚡ Understanding industry standards is crucial for engineers and electrical professionals. That's why we present an in-depth analysis of the differences between two surge arrestor standards: 🔹 IEC 60099-4:2014 🔹 IEEE C62.11-2020 Get to know how knowledge of IEC 60099-4:2014 and IEEE C62.11-2020 can influence the future of surge protection technology and contribute to safer, more efficient power systems. #protektel #IEC6009942014 #IEEEC62112020 #standards #proxar #powersystems

To ensure electronic devices work in harmony, EMC standards and regulations have been developed to limit the allowable radiated emissions from electronic systems. One such standard is CISPR32. If you’re developing electronics for industrial applications, you will be required to test to this standard, among others. So what does it look like to test a product to CISPR32? In this blog post, #EMCguy walks through the process step by step. Discover what, exactly, happens inside that 10m testing chamber: what’s involved in testing, which equipment will be used, and of course, how to make sense of your results.

To ensure electronic devices work in harmony, EMC standards and regulations have been developed to limit the allowable radiated emissions from electronic systems. One such standard is CISPR32. If you’re developing electronics for industrial applications, you will be required to test to this standard, among others. So what does it look like to test a product to CISPR32? In this blog post, #EMCguy walks through the process step by step. Discover what, exactly, happens inside that 10m testing chamber: what’s involved in testing, which equipment will be used, and of course, how to make sense of your results.

To ensure electronic devices work in harmony, EMC standards and regulations have been developed to limit the allowable radiated emissions from electronic systems. One such standard is CISPR32. If you’re developing electronics for industrial applications, you will be required to test to this standard, among others. So what does it look like to test a product to CISPR32? In this blog post, #EMCguy walks through the process step by step. Discover what, exactly, happens inside that 10m testing chamber: what’s involved in testing, which equipment will be used, and of course, how to make sense of your results.

To ensure electronic devices work in harmony, EMC standards and regulations have been developed to limit the allowable radiated emissions from electronic systems. One such standard is CISPR32. If you’re developing electronics for industrial applications, you will be required to test to this standard, among others. So what does it look like to test a product to CISPR32? In this blog post, #EMCguy walks through the process step by step. Discover what, exactly, happens inside that 10m testing chamber: what’s involved in testing, which equipment will be used, and of course, how to make sense of your results.