With increasing complexity and the growing number of electronic devices, the need to ensure the harmonious functioning and coexistence of these devices becomes more and more important. Hence, it is essential to emphasize the significance of Electromagnetic Compatibility. Here are a few key aspects that highlight its importance:
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Category
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Semiconductors
- Diodes
- Thyristors
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Electro-insulated Modules
- Electro-insulated Modules | VISHAY (IR)
- Electro-insulated Modules | INFINEON (EUPEC)
- Electro-insulated Modules | Semikron
- Electro-insulated Modules | POWEREX
- Electro-insulated Modules | IXYS
- Electro-insulated Modules | POSEICO
- Electro-insulated Modules | ABB
- Electro-insulated Modules | TECHSEM
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- Bridge Rectifiers
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Transistors
- Transistors | GeneSiC
- SiC MOSFET Modules | Mitsubishi
- SiC MOSFET Modules | STARPOWER
- Module SiC MOSFET ABB’s
- IGBT Modules | MITSUBISHI
- Transistor Modules | MITSUBISHI
- MOSFET Modules | MITSUBISHI
- Transistor Modules | ABB
- IGBT Modules | POWEREX
- IGBT Modules | INFINEON (EUPEC)
- Silicon Carbide (SiC) semiconductor elements
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- Gate Drivers
- Power Blocks
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- Electrical Transducers
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Passive components (capacitors, resistors, fuses, filters)
- Resistors
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Fuses
- Miniature Fuses for electronic circuits - ABC & AGC Series
- Tubular Fast-acting Fuses
- Time-delay Fuse Links with GL/GG & AM characteristics
- Ultrafast Fuse Links
- Fast-acting Fuses (British & American standard)
- Fast-acting Fuses (European standard)
- Traction Fuses
- High-voltage Fuse Links
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- Capacitors
- EMI Filters
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- Power surge protection
- TEMPEST emission revealing filters
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Relays and Contactors
- Relays and Contactors - Theory
- 3-Phase AC Semiconductor Relays
- DC Semiconductor Relays
- Controllers, Control Systems and Accessories
- Soft Starters and Reversible Relays
- Electromechanical Relays
- Contactors
- Rotary Switches
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Single-Phase AC Semiconductor Relays
- AC ONE PHASE RELAYS 1 series| D2425 | D2450
- One phase semiconductor AC relays CWA and CWD series
- One phase semiconductor AC relays CMRA and CMRD series
- One phase semiconductor AC relays - PS series
- Double and quadruple semiconductor AC relays - D24 D, TD24 Q, H12D48 D series
- One phase semiconductor relays - gn series
- Ckr series single phase solid state relays
- One phase AC semiconductor relays for DIN bus - ERDA I ERAA series
- 150A AC single phase relays
- Rail Mountable Solid State Relays With Integrated Heat Sink - ENDA, ERDA1 / ERAA1 series
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- Single-Phase AC Semiconductor Relays for PCBs
- Interface Relays
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- Cores and Other Inductive Components
- Heatsinks, Varistors, Thermal Protection
- Fans
- Air Conditioning, Accessories for Electrical Cabinets, Coolers
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Batteries, Chargers, Buffer Power Supplies and Inverters
- Batteries, Chargers - Theoretical Description
- Modular Li-ion Battery Building Blocks, Custom Batteries, BMS
- Batteries
- Battery Chargers and Accessories
- Uninterruptible Power Supply and Buffer Power Supplies
- Inverters and Photovoltaic Equipments
- Energy storage
- Fuel cells
- Lithium-ion batteries
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Automatics
- Futaba Drone Parts
- Limit Switches, Microswitches
- Sensors, Transducers
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Infrared Thermometers (Pyrometers)
- IR-TE Series - Water-proof Palm-sized Radiation Thermometer
- IR-TA Series - Handheld Type Radiation Thermometer
- IR-H Series - Handheld Type Radiation Thermometer
- IR-BA Series - High-speed Compact Radiation Thermometer
- IR-FA Series - Fiber Optic Radiation Thermometer
- IR-BZ Series - Compact Infrared Thermometers
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- Counters, Time Relays, Panel Meters
- Industrial Protection Devices
- Light and Sound Signalling
- Thermographic Camera
- LED Displays
- Control Equipments
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Cables, Litz wires, Conduits, Flexible connections
- Wires
- Cable feedthroughs and couplers
- Litz wires
- Cables for extreme applications
- Sleevings
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Braids
- Flat Braids
- Round Braids
- Very Flexible Flat Braids
- Very Flexible Round Braids
- Cylindrical Cooper Braids
- Cylindrical Cooper Braids and Sleevings
- Flexible Earthing Connections
- Galvanized and Stainless Steel Cylindrical Braids
- PCV Insulated Copper Braids (temp. up to 85C)
- Flat Aluminium Braids
- Junction Set - Braids and Tubes
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- Traction Equipment
- Cable Terminals
- Flexible Insulated Busbars
- Flexible Multilayer Busbars
- Cable Duct Systems
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Semiconductors
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Latest posts
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03/08/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 8 of 8Read more -
02/08/2023
Gaining Speed: Mitsubishi Electric SiC-Power ModulesRead moreThe research activities on SiC are coordinated in Japan by an organization called NEDO (New Energy and Industrial Development Organization). NEDO is Japan’s largest public R&D management organization for coordinating the innovation efforts in strategic directions. The development of high power density and high withstand voltage SiC power modules is one of NEDO’s main R&D directions and Mitsubishi Electric is a key player in this activity [2]. Several outstanding Mitsubishi Electric...
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01/08/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 7 of 8Read moreHere are some essential points to consider when designing devices with EMC in mind:
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31/07/2023
1700V X-Series HVIGBT Power Modules with Excellent Performance and ReliabilityRead moreMitsubishi Electric has several years of experience and a long development history of 1700V modules for railway application from the start of this century. This year MITSUBISHI ELECTRIC has released the latest generation of 1700V IGBT power modules called X-Series that satisfies requirements of railway applications. Fig. 1 shows the historical evolution of the 1700V HVIGBT modules indicating the continuous reduction of the IGBT forward voltage. The IGBT forward voltage contributes to the...
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28/07/2023
Robust High Voltage IGBT Power Modules Against Humidity and CondensationRead moreThe power electronics is exposed to extreme environmental conditions during the operation like dust, temperature, humidity, vibrations or chemicals. The mission profile of the temperature and relative humidity has a wide range dependent on application and the location of operation.
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27/07/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 6 out of 8Read moreModern electronic devices are used in various environments, exposed to different working conditions, and their reliability is of utmost importance to users. Here are several factors that impact the reliability and durability of electronic devices:
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26/07/2023
1200V SiC Hybrid IGBT Modules for High Frequency ApplicationsRead moreThe switching frequency in those applications is usually higher than 20kHz, thus exceeding the range for which standard industrial IGBTmodules are optimized for. Since several years Mitsubishi Electric is offering a dedicated IGBT-series for those high frequency applications, called NFH-series. For reducing the switching loss it is using IGBT-chips with an optimized trade-off between Vce(sat) and Eoff. As next innovation step Mitsubishi Electric now is introducing it’s Silicon Carbide Chip...
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25/07/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 5 of 8Read moreProper circuit design and layout aim to minimize electromagnetic interference emissions and ensure immunity to external interferences. Here are some key aspects of circuit design and layout related to EMC:
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24/07/2023
Towards a Greener Future: Highly Efficient SiC Power Devices for Wide Application RangeRead moreThe reduction of carbon dioxide and the responsible use of electric energy are main drivers for a more sustainable future society. Silicon Carbide (SiC) and its superior physical properties shall save even more electric energy and make power-electronic converters more compact, which reduces the consumption of valuable materials and resources.
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21/07/2023
Demands by Future Railway Converters and How They Change Power Semiconductor ModulesRead moreIn 2015, a consortium of train manufacturers and electric-equipment suppliers started discussions about the future of rolling stocks and radical innovations in the field of railway vehicles. The discussions, as part of the Horizon 2020 Project Roll2Rail, resulted also in technical requirements of tomorrow’s power semiconductor modules. These shall provide:
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20/07/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 4 of 8Read moreElectromagnetic emission refers to the process in which electronic devices generate and emit unwanted electromagnetic signals into the environment. On the other hand, electromagnetic immunity refers to the impact of electromagnetic disturbances from external sources on the operation of electronic devices.
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19/07/2023
Advanced Si-IGBT Chip Design for Maximum Overall System PerformanceRead moreMitsubishi Electric has introduced the new G1 series Intelligent Power Modules (IPM) with an advanced Si-IGBT design to address several key performance parameters and enable the end-user to achieve high system performance. The advancements in the G1 IPM chip technology are aimed at resolving some inherent drawback of the Si-IGBT especially when it is employed for motor control applications. The G1 IPM device has been developed by implementing some key advancements in the latest 7th generation...
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18/07/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 3 of 8Read moreElectromagnetic Compatibility (EMC) is an essential aspect of designing, manufacturing, and using electronic devices. To ensure consistent standards and minimize electromagnetic interference within the European Union, a series of regulations concerning EMC have been introduced. Here is an overview of the main regulations and EMC standards in the European Union:
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17/07/2023
Parallel Operation: Influence of Power Module ParametersRead moreThe current imbalance during module operation can be caused both by the characteristics of the paralleled power modules, such as the different forward voltage and by the design of the power converter itself. The interface of power modules, such as power connection on DC and AC side, the design of gate driver, and the gate driver connection to the power modules, have an influence on static and dynamic current imbalance of modules connected in parallel. An overview of the various factors that...
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14/07/2023
New Transfer Molded SMD Type IPMRead moreApplications such as small drives (in the range of 100W output power) have certain special requirements with regards to the design of the power supply unit. The power supply unit encompasses the power semiconductor module and the associated peripheries (such as gatedrive, control, protection and heatsink) which are assembled using a single PCB. This unit must be able to deliver the highest possible efficiency and must offer a high degree of compactness. Additionally, it is expected that the...
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13/07/2023
Basics of Electromagnetic Compatibility: What Is It and Why Is It Important? 2 of 8Read moreElectromagnetic interference refers to unwanted electromagnetic signals that can affect the operation of electronic devices and systems. They come in various forms such as radio waves, electromagnetic pulses, electrical surges, or conducted disturbances.
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12/07/2023
More Power and Higher Reliability by 7th Gen. IGBT Module with New SLC-TechnologyRead moreIndustrial IGBT Modules are used in various fields of applications. All those applications require compact power modules with high power density, high reliability and high efficiency with reasonable cost. To fulfill all these requirements, the 7th Gen. NX-type IGBT Modules based on SLC-Technology have been developed. The 7th Gen. IGBT, which is based on CSTBT™ concept, provides high efficiency by the reduction of dynamic and static losses [2]. The loss reduction is the first step to realize a...
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11/07/2023
Basics of Electromagnetic Compatibility: What It Is and Why It's Important? 1 of 8Read moreElectromagnetic Compatibility (EMC) is a field of science and engineering that deals with preventing electromagnetic interference and ensuring that electronic devices and systems can operate alongside each other without mutual electromagnetic interference. In short, EMC concerns the ability of devices to function in environments with various sources of electromagnetic disturbances and minimize their impact on other devices.