TriCore microcontrollers are used in central control units for internal combustion engines and transmissions to control fuel injection, ignition or exhaust gas recirculation. They are now increasingly used in hybrid and electric vehicles. Other applications include electric power steering, brake and chassis control, and body control. TriCore is also used in areas not related to automobiles, such as system control devices, solar inverters and steering motors. "Our TriCore microcontrollers with embedded flash memory for engine control units have been mass-produced since 2005." said Peter Schäfer, vice president and general manager of microcontrollers at Infineon. "Today's cars will not be able to use microcontrollers So efficient, environmentally friendly or safe. We are very proud of our contribution to the automotive industry. Our 32-bit TriCore microcontrollers for automotive powertrain and chassis applications, with high data processing rates and real-time capabilities, are on the market today One of the best products. " What is TriCore? TriCore was developed by Infineon. It is the central processing unit (CPU) of Infineon's 32-bit MCU. It can be said to be the brain of the MCU, just like the CPU of a computer. Microcontrollers can also be compared with computers, because this semiconductor device contains programs, memory, interfaces and hard disks. Unlike the computer, the MCU must provide reliable service for more than 10 years in environments with a wide temperature range (-40 ° C-170 ° C, see temperature curve for details), strong vibration and rapid acceleration. TriCore is a 32-bit microcontroller architecture optimized for embedded real-time systems, with real-time functions, signal processing functions, and efficient interface functions for specific applications. TriCore has a superscalar processor that can execute many different commands simultaneously. The command set includes special mathematical functions for efficient calculation of complex algorithms. TriCore microcontrollers have high data rates and real-time capabilities, and are ideal for automotive applications in the temperature range of -40 ° C-170 ° C. Infineon appeared in almost every car In addition to engine management and transmission control systems, Infineon chips are also used in airbags, driver assistance systems, electric power steering, ABS, electronic stability systems (ESP), pedestrian protection, tire pressure control, power windows, and lighting control , Air conditioning systems, seat adjustments and keyless entry systems. In 2011, approximately 75 million vehicles were produced globally, of which 20 million were produced in Europe. On average, each car uses about $ 300 worth of chips. Infineon has a 10% market share in this market and is one of the world's largest chip manufacturers in the automotive electronics field. In addition, Infineon is the largest chip maker in Europe (with a 15% market share). In 2011, the total size of the automotive chip market was approximately US $ 23 billion (Source: Strategy AnalyTIcs, April 2011). In the field of single-chip microcomputers used in engine management and transmission control units, Infineon has more than 30% of the global market share. Product categories of E-bike Battery, we are specialized in manufacturers from China, Electric Bike Battery Supplier suppliers/factory, wholesale high-quality products of manufacturing, we have the perfect after-sales service and technical support. Look forward to your cooperation! E-bike Battery Battery Bicycle,Ebike Battery,E Bike Battery,48V Ebike Battery Changxing Deli Technology Co., Ltd. , https://www.delipowers.com
Infineon delivers its 100 millionth TriCore microcontroller to almost every car
Infineon Technologies AG has successfully delivered the 100 millionth TriCore microcontroller. This makes TriCore MCU one of the most successful MCUs in the field of automotive electronics and is selected by more than fifty automotive brands. From a statistical point of view, this means that almost one in every two vehicles uses TriCore microcontrollers. This MCU is responsible for reducing fuel consumption and exhaust emissions as much as possible.