1) voltage lockout
欠压封锁
2) under-voltage lockout
欠压锁定
1.
The results of the simulation show that the modulator has the characteristics of under- voltage protection, low start up current and dissipation by using the improved under-voltage lockout circuit and voltage reference.
模拟结果表明该控制器通过采用改进的欠压锁定电路和基准电流源,使控制器在实现欠压保护功能的同时具有较低的启动电流,降低了待机功耗。
3) UVLO
欠压闭锁
1.
By monitoring the input voltage, the reference generates a precise UVLO signal whose threshold voltage has little dependence to the temperature and technology change.
采用CMOS工艺设计了一种零温度系数的带隙基准与零温度系数欠压闭锁(UVLO)的复用电路。
4) Undervoltage Latch
欠压锁存
1.
Second, according to application requirement, the author designed the overall structural design of circuit, analyzed and designed the core blocks which included Schmitt Trigger, Dead Time, Undervoltage Latch, the Signal Output of High-Low side, Pulse Generation Circuit, Level Shift, Pulse Filter and RS Trigger.
根据应用要求进行了电路的总体结构设计,完成了施密特触发器、死区时间控制、欠压锁存、高低端驱动信号输出、脉冲产生电路、高电位平移、脉冲滤波器、RS触发器等模块电路的分析和设计。
5) undervotage Lockout protection
欠压锁存保护
6) hydraulicefficiency lock
液压封闭液压锁
补充资料：冲击波超压与动压