Triaxis® 主流的旋转和线性位置传感器芯片（模拟/PWM）

You can rock your boat all you want. Melexis sensors are ocean proof. Adapted to the harshest conditions, our solutions monitor and control throttle, temperature, tank levels and trim position. Thanks to our LIN RGB drivers, your cabin floats in adapted and comfortable lighting.

Drones can operate by themselves, right? They do, but only with help from our little friends: Melexis ICs. Position of the camera, people detection, temperature scanning, fan cooling, joystick control, … Your drone is only as smart as our sensors.

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

The days of purely mechanical motorcycles are over. Nowadays they are equipped with state-of-the-art electronics to enhance safety, performance and comfort. While you are winding down the mountain roads, our sensors take care of your ABS, gear shifting, throttle, tilt control and tire pressure.

Copiers and printers are typical crossroads of mechanical and electronical components. A dream habitat for Melexis ICs. Temperature control of the toner, position of moving parts, cooling of the appliance,… Melexis takes care of it so you have a reliable office tool. You can’t copy that!

Respirators are critical equipment. When patients’ health is at stake, only the best solutions are acceptable. Melexis ICs are the perfect match for reliable motor drivers.

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

竭尽所能节约能源一直是我们的目标，因此优化内燃机后处理系统是必要的，直接带来的结果就是高效和减排。

燃油的系统管理是在一定压力之下进行的。燃油经济性和燃烧性能对内燃机的工作效率至关重要。因此研究和探索用于燃油管理优化的产品非常有意义。

空气对于内燃机的重要性就像空气对于人体一样，它可以使发动机具有更好性能的同时减少排放，因此有效的空气管理至关重要。

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。