As the automotive industry continues to adopt efficient and sustainable technologies, supercapacitors and EV fuses are increasingly becoming crucial components of 48 V electric vehicle (EV) systems.
In this session, we'll explore EV fuses selection criteria and evolving industry standards, supercapacitor design considerations and practical applications, offering insights to help you make informed decisions on both supercapacitor modules and fuses in EV design.
In the realm of electronics design, safeguarding circuits from overvoltage events is paramount to ensure reliability and longevity.
This session will explore the operational principles, application scenarios, and performance characteristics of each technology: Transient Voltage Suppression (TVS) diodes, Metal Oxide Varistors (MOVs), and Polymer Electrostatic Discharge (ESD) Varistors. Also, we will provide a comparative analysis of these components, highlighting their advantages and limitations.
An Industry Tech Days session, partnered with All About Circuits
Timing devices play a pivotal role in modern electronics. From consumer electronics to critical infrastructure, precise timing is the backbone of reliable and efficient electronic systems.
This technical presentation highlights their importance and the stringent requirements they must meet to ensure optimal performance.
An Industry Tech Days session, partnered with All About Circuits
The prominence of electric vehicles (EVs) has emerged as one of defining components of today's journey of energy transition.
This webinar will focus on the role of electronics in shaping an efficient, dependable, and intelligent EV charging infrastructure. Join us to learn how to address the challenges and solutions faced within charging stations to ensure reliability and safety.
An Industry Tech Days session, partnered with All About Circuits
This concise yet comprehensive session helps you discover how to design supercapacitors to bridge the gap between traditional capacitors and batteries, offering high power density and rapid charge-discharge cycles.
Attendees will also gain insights into the supercapacitor selection criteria to consider and acquire practical knowledge to design a supercapacitor power system and use on-line tools.
In collaboration with Mouser Electronics
From a physical perspective, IIoT comprises a variety of elements such as sensors, actuators, computers, servers and communication links that work together to enable data collections, remote control, and seamless connectivity in an industrial environment. It encompasses various industrial domains, including manufacturing, warehouse management, machine health and performance monitoring, and many more.
Watch the video to learn how Eaton's electronic components can help you ensure the success of your next IIoT design.
The beneficial growth of renewable energy sources, and the increase in decentralization of energy sources has brought increased transient issues in grid supply.
To maintain system reliability, enhanced short term energy storage systems have increasing been deployed. This presentation will discuss the use of supercapacitors in these systems and the benefit it provides.
As vehicle electrification content increases, the risk of more unwanted noise interference or Electromagnetic Interference (EMI) from nearby circuits threatens data integrity and safety redundancy. Especially as more industry standard high-speed communication methods such as Ethernet and Power-over-Coax(PoC) continue to proliferate into new automotive platforms such as ADAS.
Finding the most reliable and efficient noise filtering strategy is key to supporting all these new vehicle electrification platforms.
Electronics systems face threats from numerous sources. A system that is required to operate for a long period of time must be designed competently and well protected from these menaces. The nuisance signals come from a variety of sources such as ESD (Electrostatic Discharge), EFT (Electrical Fast Transient), Lightening, or the power source itself.
Learn how a mitigation strategy can protect your system from threats and safeguard your design.
In collaboration with Mouser Electronics
Various application requirements and safety concerns bring challenges for the Battery Management System (BMS). For this reason, it becomes essential to optimize battery performance and assure system safety and efficiency.
Learn how Battery Management System helps protect your system and maximize batteries' use.
As big data continues to accelerate globally by the adoption of new platforms in 5G and IoT, computing power demands increase, heightening the quest to be more energy-efficient. Data centers require complex distribution systems to support 24/7 operations while eliminating the risk of outages.
In this session, Eaton’s industry experts will share how to solve your computing design problems while improving reliability and performance.
The need for a fast charging and reliable source of portable energy storage has grown dramatically through the proliferation of electrification in recent years.
This session outlines the key differences between supercapacitors and batteries in terms of construction, specifications, capabilities, and applications.
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