The pattern in Figure 14 presents the correct way to model parallel branching by using a matching fork-join pair.
图14中的模式展示了使用匹配的 fork-join 对建立并行分支模型的正确方法。
The LTC6915 is a precision programmable gain instrumentation amplifier with rail - to - rail output. The gain can be programmed to 14 levels through a parallel or serial interface.
LTC 6915是具有14级可编程增益的仪表放大器，采用轨对轨输出，其增益可通过串行或并行接口方便设置。
The coil 10 has a first endwinding 12 that is substantially parallel to a longitudinal axis LA of the coil and a second endwinding 14 that is bent away from, or towards, the longitudinal axis.
所述线圈（10）具有第一端绕组（12）和第二端绕组（14），其中第一端绕组（12）基本平行于所述线圈的纵轴（LA），而第二端绕组（14）自所述纵轴向外弯曲或者朝向所述纵轴弯曲。
The coil 10 has a first endwinding 12 that is substantially parallel to a longitudinal axis LA of the coil and a second endwinding 14 that is bent away from, or towards, the longitudinal axis.
所述线圈（10）具有第一端绕组（12）和第二端绕组（14），其中第一端绕组（12）基本平行于所述线圈的纵轴（LA），而第二端绕组（14）自所述纵轴向外弯曲或者朝向所述纵轴弯曲。
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