TCB：牵引控制制动
“牵引控制制动”（Traction Control Braking）这一术语在多个领域广泛应用，为便于书写和使用，常被缩写为TCB。它主要用于防止车辆在加速或行驶过程中因轮胎打滑而失控，从而提高驾驶稳定性和安全性。该技术常见于汽车工业、机械控制及自动化系统等综合领域，属于未明确细分的通用技术范畴。
Traction Control Braking具体释义
Traction Control Braking的英文发音
例句
- In a modern, well-equipped ( and often expensive ) car, electronic systems like stability and traction control, along with anti-lock braking, will kick in to help the driver avoid an accident.
- 在当代，装备精良（同样也很昂贵）的汽车，诸如稳定控制系统和牵引力控制系统之类的电子系统，与防抱死系统相结合，有助于防止事故的发生。
- Because the high-current, high-voltage devices are more used in railway locomotives, the four-quadrant rectifier units and the inverter units in traction converter both use IGBT component to continuously control the traction and braking.
- 由于铁路机乍中的大电流、高电压器件使用较多，牵引变流器中的四象限整流单元和逆变单元中都采用了IGBT元件，对牵引和制动实行连续控制。
- The experimental platform can also be used for the study of traction control strategy, the experimental study of motor characteristics, and further to carry out the study of braking energy recovery of mass transit vehicles.
- 在该实验平台上还可以进行牵引控制策略的研究、电机的特性实验研究，并更进一步，进行城市轨道车辆制动能量回收方法的研究。
- Specifically speaking, ride comfort is mainly determined by traction / braking force curve and their control accuracy; steady deceleration and accurate position shut down depends on braking technique; and motor efficiency optimization is one of the most important methods for low cost operation.
- 具体来说，列车运行舒适度主要受牵引力／制动力曲线影响；平稳制动、准确停车要依靠先进的制动技术；而提高牵引电机运行效率是实现节能减排的重要途径之一。
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