Rapid prototyping systems can be used in such precise simulation environments to test engine control functions in very early stages when no control units are available: another step towards a virtual test bench.
I have been focusing on small size distributed energy system. I'm especially studying the elements of micro-gas turbine and gas engine control system that I believe will be the core for the distributed energy society in the future.
Power Control for Automotive Applications- Maxim Abstract: This article discusses the requirements and design considerations for automotive applications, including those for engine control, infotainment, and body electronics.
An engine control unit(ECU) is a type of electronic control unit that controls a series of actuators on an internal combustion engine to ensure optimal engine performance.
Plans are also in place to start up production of solenoids and other components that help to control engines and airflows in stages from August 2016 for delivery to customers in North and South America.
This built-in, real time operating system known as TRON is now utilized in everything from mobile telephones, to car engine control mechanisms, fax machines, and digital cameras, and I believe that it has developed into something that provides support nowadays for many areas of society.
In addition, it achieves a high level of productivity and both mileage performance by adopting new engine control system"Komatsu smart loader logic" with a large-capacity torque converter, a wide range lock up clutch, automatic kick down and reduced fuel consumption.
The achievement of this project, has been widely used in embedded systems in various industries ranging from consumer products to industrial products. The consumer products include automotive engine controls and information appliances such as digital cameras and mobile phones, whereas the industrial products include the machine-control system at a factory.
Intuitive tool for developing functional and physical electrical system designs Sub-system design; reusable schematics with logical connections that represent a function(External lights, Braking, Engine control etc.)System design; a vehicle project generated from the sub-system designs.
We are able to meet the needs of the automotive industry customers: 1、 Supply for global demand; 2、 From samples to mass production; Our PCB is widely used in automotive electronics that include airbags, braking system, steering, collision avoidance radar system, engine control system and entertainment system.
Electric park brakes: The"hill hold" functionality takes input from the vehicle's tilt sensor(also used by the burglar alarm) and the road speed sensors(also used by the ABS, engine control and traction control) via the CAN bus to determine if the vehicle is stopped on an incline.
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