1.
2-wire, 2-way repeater with low-frequency bypass. One or two line can be specified..
具有低频旁路的双线双向中继器。可指定单线或双线。
2.
2-wire, 2-way repeater with low-frequency bypass. Right-click for one or two line.
具有低频旁路的双线双向中继器。右击指定单线或双线。
3.
The cathode bypass should be "effective" well below the "mains" frequency", which is usually the case anyway.
阴极旁路电容的截至频率应该远低于市电频率，这点应该在任何情况下都需要注意的。
4.
100 Patients with Accessory Pathway Mediated Tachycardias and Radiofrequency Ablation
100例旁路介导的心动过速及射频消融
5.
low frequency AC coded track circuit
低频交流电码轨道电路
6.
The Modified Effect of Radiofrgquency Cather Ablation on Atrioventricular Shunt and Dual Atrioventricular Nodal Pathways
射频消蚀对房室旁路与双径路的改良作用
7.
Low-Sidelobe Microstrip Array with Circular Polarization for Radio Frequency Identification Applications
用于射频识别的低旁瓣圆极化微带天线阵
8.
Frequency Response to Super-weight Low-pitcked Circuit in Frequency Supplement;
频率补偿式超重低音电路的频率响应
9.
Mechanism of Epicardial Accessory Pathway and Catheter Ablation Methods;
心外膜旁路产生的机制与射频消融方法的研究
10.
Analyses of Intragastric-pressure Decrease by Electric-stimulation of NPB in Rat
不同强度、频率电刺激大鼠臂旁核降低胃内压的分析
11.
Objective: To investigate accessory pathway mediated tachycardias and the effect of radiofrequency ablative methods on the outcomes of ablation for accessory pathways.
目的：探讨旁路介导的心动过速及射频消融的方法对旁路消融的影响。
12.
Exploration and Practice on Construction of Low Frequency Electronic Circuit;
《低频电子线路》课程建设的探索与实践
13.
The research and implementation of low power CMOS radio frequency integrated circuits;
低功耗CMOS射频集成电路的设计与研究
14.
Teaching reform of integration of experimental course of Low Frequency Electronic Circuit;
《低频电子线路》实验课“一体化”教学改革
15.
High and Low Gain Dual-Channel RF Low Noise Amplifier Design
高低增益双通路射频低噪声放大器的设计
16.
Design of LNA and Mixer for Dual-Band RF Front Ends;
双频段射频前端低噪声放大器和混频器电路设计
17.
Radiofrequency ablation beating AV reentrant tachycardia with left AV accessory pathway via coronary sinus using by unipolar
单极标测左侧房室旁路指导射频消蚀治疗房室折返性心动过速
18.
The bypass line shall be hydraulically sized to accurately measure low flow.
旁路管线应该经过水力分析，能够精确测量低流量。