Signal inputs of 20mv to 4v are accepted.
可接受的信号输入为20毫伏至4伏。
It therefore applies only to signal inputs and does nothing for outputs.
因此，它只应用于信号输入，而对输出无效。
Expand the inputs and change Source Event from OFF to ON, to signal the Launcher to run the map when the input file arrives in the specified directory.
展开输入并将SourceEvent从OFF更改为ON，通知Launcher在输入文件到达指定目录后运行映射。
The inputs are electronically balanced and implemented on XLR connectors, whilst Direct Outs for looping the signal are also standard.
在输入电子平衡和XLR接头，用于循环的信号直接输出，同时还实施标准。
If the nonlinear element has a single output and multiple input values, the output signal is taken to be sinusoidal and the inputs contain harmonics.
对于非线性元件的输出为单值而输入有多值的情况，令输出为正弦信号，输入包含有各次谐波。
While in loopback mode, driver outputs are internally connected to receiver inputs creating an internal signal path convenient for diagnostic testing.
在回送模式中，驱动器输出在内部与接收器输入相连，建立一个内部信号通路以方便诊断测试。
An output signal occurs whenever there are one or more inputs on a multichannel input.
当在其多通道输入端有一个或多个输入时就产生一个输出信号。
By pulling up the output, the input buffer circuit enjoys improved margin, and is able to reliably signal a low power condition even when both inputs are low.
通过拉动输出，输入缓冲电路享有改进的余地，能够可靠信号，低功耗条件，即便当两个输入都很低。
Inputs are switchable to a guitar level signal for easy recording.
输入切换到一个方便录制吉他电平信号。
The enable-A signal must be released before the pulse-train inputs are enabled.
在允许脉冲序列输入之前，A的通信号必须消失。
This type of interference is induced equally into both differential inputs, and therefore appears as a common-mode signal.
这种类型的干扰一并来到两个差分输入端，因而出现一个共模信号。
The two inputs are versatile dual XLR and 1/4" phone jack designs with active balanced line signal connection."
这两个输入通用双XLR和1 / 4“平衡的手机，积极的信号线连接插孔设计。
There are some prominent features in the modern measurement, such as the low-level and nonlinear signal, multi-inputs multi-outputs, and high real-time requirement.
现代信息检测处理的信号具有微弱、非线性、多输入多输出、实时性高等特点，迫切需要高效的信号检测和处理方法。
There are some prominent features in the modern measurement, such as the low-level and nonlinear signal, multi-inputs multi-outputs, and high real-time requirement.
现代信息检测处理的信号具有微弱、非线性、多输入多输出、实时性高等特点，迫切需要高效的信号检测和处理方法。
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