250 kHz 可编程 IMC-Hall® 电流传感器，具有增强型热稳定性与使用寿命稳定性

The current focus on electric vehicules is boosting the whole e-mobility industry. It is especially beneficial for the 2 and 3 wheelers which also require to solve similar constraints: from battery management (sufficient power, longevity and safety) to drive train efficiency and personalization.

Your smart building needs intelligent solutions for comfort, security and management. Thanks to Melexis ICs you keep track of temperature, room occupancy and power consumption. Now that’s smart.

Combining exercise and mobility was never so easy thanks to E-bikes. Because they support you while moving, they are an attractive option. Modern technology optimizes the pedal assist by the electrical engine while minimizing the battery usage. Thanks to Melexis ICs you control the calories and the battery energy you burn.

Industrial e-vehicles only function well if a number of sensors keep an eye on battery management, actuator positions and people safety around the vehicle. Melexis has been very industrious designing the right ICs for this market.

Farm efficiency, harvest safety and comfort. Next to solutions for throttle and brakes, Melexis sensors enable joysticks, thermal cameras and easy tire pressure monitoring.

Melexis makes sure all your HVAC solutions work in optimal way. Energy efficiency is not the only goal. Our ICs take care of pressure monitoring, temperature registration, pre-fire detection and many other crucial parameters. We are conditioned to safeguard your comfort

Farm efficiency, harvest safety and comfort. Next to solutions for throttle and brakes, Melexis sensors enable joysticks, thermal cameras and easy tire pressure monitoring.

UPS (Uninterruptable Power Supply) systems supply instantaneous, continuous, and efficient power to critical electronic systems. Discover how Melexis supplies you with the right sensing and driving solutions to keep these systems running effectively

DC/DC转换器从高压电池(如48v到800v)产生低压直流电流(例如12v、14v、24v)，为板网供电，并为低压电池充电。

完善的热管理系统是优化能源并增加全电动范围（AER）的关键。Melexis 的产品能够实现更高的系统集成，从而实现更安全、更经济的热管理，最大限度地提高 AER并改善驾驶员体验。

在电动汽车中，逆变器将电池的直流电源转换为交流电源以供电机驱动，然后再将其转换为动力推进。该系统的效率直接影响全电动里程、路用性能和舒适性。

同时实现增加全电动范围（AER）和优化能源的关键在于一个完善的热管理系统。无论外部环境条件如何，电池发挥其最佳性能所需温度范围是 20℃ 至 40℃。如果没有传统 ICE 的热源，则需要优化新的加热和冷却源。欢迎探索不同的模式。

车载充电器的功能是高效、可靠、安全地将电网中的交流电力(如家用插头)转换为直流电力，从而将其存储在电动汽车(xEV)的电池中。