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MCUs Simplify Hybrid and Electric Vehicle Motor Control Designs

November 23, 2011 // Fujitsu // 0 comments

MCUs Simplify Hybrid and Electric Vehicle Motor Control Designs Download White Paper 3Mo

Electric vehicles require safe, cost-effective and high- capacity energy storage systems. Efficient software algorithms, powerful microcontrollers and highly efficient electric motors can make maximum use of available energy. The MB91580 series of high performance microcontrollers offers significant advantages by reducing system cost, offering higher levels of integration, and improving system efficiency. This paper offers a brief description of how HEV and EV motors function and explains how control algorithms and strong peripherals work together to achieve optimal motor performance.


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This month, Future Electronics has 20 of Intersil's ISL8203MEVAL2Z evaluation boards to give away to EETimes Europe's readers. Worth 95 US dollars, the board was designed to demonstrate the performance of the ISL8203M dual step-down power module which integrates a PWM controller, synchronous switching MOSFETs, inductors, and passives all in a 9.0x6.5x1.83mm package.

The ISL8203M is rated for dual 3A output current or 6A current sharing operation with an input range of 2.85V to 6V. Each of the two channels employs the current mode pulse width modulation scheme for fast transient response and pulse-by-pulse current limiting.

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Unique Ser/Des technology supports encrypted video and audio content with full duplex bi-directional control channel over a single wire interface.

 

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