peak output造句

• The annual peak output is up to 500 , 000 sets
  生产系统峰值产量为50万台年。
• The simulation results of the 2 . 5 - d pic code for this new structure are presented . a 2 . 5 gw peak output power with the frequency of l . 3ghz is generated with the input of 625kv voltage , dc input power of 18gw
  然后对这种器件进行了数值模拟研究，得到的典型结果为:输入电压625kv ，输入直流功率18gw ，输出微波峰值功率为2 . sgw ，虚阴极振荡频率被锁定，微波饱和时间小于sns ，频率为1 . 3ghz 。
• The motor has a normal maximum power of 180kw and a peak output of 230kw . external feeds are arranged to the inverter from ( i ) the accelerator pedal , ( ii ) the forwardreverse selector , and ( iii ) the brake pedal , in order to determine power demand , direction of travel ( forwards or backwards ) and brake regeneration
  马达一般最大功率为一百八十仟瓦及峰值输出二百三十仟瓦。外来讯号经由i )油门踏板ii )前后波掣及iii )刹车踏板，传输至转换器以决定所需功率、行车方向（前或后）及刹车效能之再生等等。
• A new fluid level measurement method , based on ultrasonic measurement , for calculating the velocity of sound and the fluid level is presented . this method points out that a low - power acoustic signal generator under control can be used to emit spread spectrum signals and the fluid level can be worked out by detecting the correlation - peak output of the matching filter whose input is the echo signal received by a microphone
  本文提出了一种新的基于扩频通信原理的液位测量方法，使用可控声源，发射较低功率的频谱扩展信号，在接收端对回波信号进行匹配滤波处理，通过检测相关峰来确定特征回波的位置，从而计算出液位。
• Design considerations of the high power s - band rka are described , by using electron beams of voltage - 600kv , current - 5000a , and the numerical simulations for three kinds of the rka output structures are given . the three kinds of the output strctures are single - gap standing - wave ( sw ) cavity , traveling - wave ( tw ) output structure , and two output structures ( single - gap + traveling - wave structure ) . under conditions of using two output structures , the results show that the instantaneous peak power obtained from sw output cavity and tw output structure is respectively 2 . 4gw and 2 . 1gw , the both power average of 0 . 96gw and 0 . 93gw , i . e . the s - band rka of two output structures generates peak output power of 1 . 89gw at a frequency of 2 . 85ghz
  从数值模拟中得到双输出结构的微波功率输出结果为:驻波输出的瞬时功率为2 . 4gw (周期平均为0 . 96gw ) ;行波输出结构输出瞬时功率为2 . 1gw (周期平均0 . 93gw ) ,就获得了频率为2 . 85ghz的微波输出。本文简要的描述了电磁软件( magic )对速调管输出腔体进行了模拟,并对相应的模拟方法进行了评述。