| 1. | Standard for safety for overheating protection for motors
电动机过热保护的安全标准 |
| 2. | Overheat protection . overload protection short circuit protection
过热保护，过压保护。 |
| 3. | Overheating protection for motors
电动机用过热保护装置 |
| 4. | Overheat protection . led electronic address setup and display
过热保护，过载保护，短路保护，失电压保护，防震。 |
| 5. | Research on the techniques for igbt radiating and overheat protection of inverter welder
散热及过热保护技术的研究 |
| 6. | Overheat protection , switches off immediately when the lid is removed and automatic steam stop - kettle switches off automatically when it boils
：防过热装置，开盖后自动停止操作，水沸及自底座拿起自行关掣 |
| 7. | It is suited for electric heater , cylinder washer , frying - pan electric oven and other household electric appliances as electric - thermal control and overheat protection
适用于电热水器、电开水器、洗衣机、电烤箱、油炸锅等家用电器类的电热控制超温保护。 |
| 8. | Japanese import beryllium bronze belt , phosphorous bronze belt , complex mosaic of precious metals with wood , of silver and tin mining temperature of overheating protection device and the double - metal ware , three metal belt
日本进口铍青铜带、磷青铜带、各种镶嵌复合贵金属带材、复银和复锡铜带温控器和过热保护器用的各种双金属，三金属带。 |
| 9. | By analyzing the charging & discharging characteristics of accumulators , and by improving the hardware and control algorithm of the former chargers , this dissertation designes a high - power charger . the charger can not only charge accumulators with constant voltage and limited current , but also charge them intelligently . meanwhile , it is characteristic of over - voltage , over - current and overheat protection , self - recovery and automatic current - averaged in parallel
本论文通过对蓄电池的充、放电特性的分析以及对以往充电机硬件和控制算法两个方面的改善，设计了一种不仅能对蓄电池进行恒压限流充电，还可以进行智能充电，同时具有过压、过流、过热保护、自恢复功能和并联自动均流的大功率充电机。 |
| 10. | The synchronous rectifying and low power sampling technology is used to reduce the power consumption , flexible external loop compensation , error amplifier output clamp are adopted for better system large signal response . the piecewise slope compensation technology is employed to minimize the consequence of over compensation . the sensor resistor is externally connected , which realize output voltage programmable . the overheat protection and under voltage protection modules are integrated in the die to allow the reliable operation of the system
同时,电路设计采用同步整流技术、低功耗电流采样技术降低功耗,提高转换效率;采用灵活的外部环路补偿技术、误差放大器输出嵌位技术以实现良好大信号特性;采用分段斜坡补偿技术,消除不稳定因素,并最大程度地减小过补偿带来的问题;采用外接输出采样电阻的方式,实现输出电压的可编程。 |
