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Military Tanks That Run on Electricity? High Power TVS Diodes Can Help with That!   In a few years, the US Army could be rolling out battle tanks that run on electricity to a significant extent, if not fully. If it can be demonstrated that no loss in operational effectiveness will be experienced, the electric tank presents numerous benefits.   First, it would decrease the demand for gasoline on the battlefield. Every year, the US armed forces consume more barrels of oil per year than most countries. In 2017 alone, the army purchased $947 million worth of oil [1]. Reducing its dependence on oil will make the military less susceptible to price hikes. It will also reduce the logistical difficulty and risk to lives associated with delivering tankers of fuel.

How Cutting-Edge TVS Design Helps Drive the Ever-Growing Applications of Commercial Drones   Drones are revolutionizing the way we gather data and therefore the way we do business today. The reason? Their reach and operating costs are many times cheaper compared to conventional methods relying on manual labor or manned aircraft. In addition, drones make it possible to perform tasks that were once too dangerous to perform because they can now be operated remotely, avoiding risk to the operator.   The FAA projects that the number of these devices could reach 1.4 million by 2023 in the US alone. As drones continue to gain popularity, more ingenious ways of applying then are created with significant implications for business processes. Therefore, ensuring that these devices perform as expected is a priority.

When Lightning Strikes, Surge Protection Devices Ensure Cell Towers Stay Online   The digitization of every aspect of our lives puts a spotlight on the infrastructure that makes it all possible. Business, social and personal activities are impacted by our connectivity and the ease with which we share data, especially on mobile. Even though new technology is coming up to address limited coverage, faster speeds and the need for more capacity such as device-device (D2D) technology, cell towers remain the foundation for wireless service, and are not close to becoming obsolete. Cell tower infrastructure runs to millions of dollars and is required to deliver functionality with high performance for providers to get returns on their investment. Factor in customer expectations for reliable and superior connectivity at low prices, combined with

RFID Technology Is Revolutionizing Businesses: A Look at How TVS Semiconductor Devices Protect RFID Circuits   Tracking merchandise to prevent losses is a popular use for RFID technology. By fitting goods, vehicles, even pets with RFID tags, their whereabouts are easier to pinpoint. Other applications include access control, toll roads, event attendee tracking, bus/railway ticketing, medical patient monitoring, airport baggage sorting and routing, IT asset and inventory management, food chain tracking, and future Internet of Things (IoT) applications. As small as RFID components can be (the smallest RFID chip currently is 0.05 mm × 0.05 mm), they require a complex combination of advanced electronics to function effectively. MDE Semiconductor, Inc. provides a range of transient voltage suppressors to help protect RFID circuits from transient overvoltages for any myriad of applications.

Electric Vehicles Are on the Rise: How MOSFETs and TVS Diodes Prevent Power Losses   Power and performance remain important objectives in the electric vehicle industry. Consumers already accustomed to the capabilities of vehicles using fossil fuels require electric vehicles to perform similarly (if not better) for mass adoption. At the heart of converting electricity to motion, semiconductors like MOSFETs are essential in power converter circuits. These circuits convert mains electricity into voltage levels appropriate to the vehicle’s battery, internal circuitry, and operating requirements.   Repeated power converter switching generates unwanted transients/spikes through the circuits. If left uncorrected, these transients can propagate along conducting lines and damage downstream components. Transient Voltage Suppressor (TVS) diodes protect against damage from these spikes in energy. These diodes allow designers to incorporate additional circuit

Transient Voltage Suppressor Diode Put to the Test in Aeronautical Systems’ Remote Aircraft   The military often sets the pace with groundbreaking technology that later gets adopted commercially. Remotely Piloted Aircraft Systems (RPAS), commonly referred to as drones, are the latest example. Their use in emergency services, customs and border protection, weather and agricultural surveillance presents undeniable advantages. MDE Semiconductor, Inc. manufactures a 30KP (30,000 Watt) transient voltage suppressor diode series that plays a crucial role in making the operation of RPAS in non-segregated airspaces a reality. Read on to discover how.   General Atomics Aeronautical Systems, Inc. (GA-ASI) Manufactures Combat Proven Remotely Piloted Aircraft Systems GA-ASI is a leading designer and manufacturer of RPAS with proven track records in both military and nonmilitary applications. Some of their manufactured RPAS