TRICONEX 3704E  |  数字输入/输出模块  可以提供的输出电压范围

TRICONEX 3704E数字输入/输出模块

　　产品参数

　　输入电压:24VDC

　　输出电压:24VDC

　　最大负载电流:2A

　　工作温度范围:-40℃℃~+70°C

　　存储温度范围:-40℃~+85°C

　　尺寸:100mmx50mmx25mm

　　TRICONEX 3704E 数字输入/输出模块的参数因具体型号和制造商而异。以下是几种可能的参数及其简要说明：

　　输入/输出点数：指模块上的数字输入或输出通道的数量。例如，某些模块可能有16个输入通道或8个输出通道。

　　电压范围：TRICONEX 3704E 模块可以处理的电压范围。对于输入模块，这通常指可以接收的信号电压范围;对于输出模块，则指可以提供的输出电压范围。

　　电流消耗/最大电流：TRICONEX 3704E 指模块在正常工作状态下消耗的电流或可以提供的最大电流。这对于确保系统供电稳定以及选择适当的电源至关重要。

　　功耗：模块的总功耗，通常以瓦特(W)为单位。这也是选择电源时需要考虑的因素之一。

　　逻辑信号：描述模块如何处理逻辑信号(如0和1)。例如，具有10 KΩ负载时的逻辑0信号可能表示当负载电阻为10 KΩ时，模块将把低于某个电压阈值的信号视为逻辑

　　TRICONEX 3704E Digital input/output module

　　Product parameter

　　Input voltage :24VDC

　　Output voltage :24VDC

　　Maximum load current :2A

　　Operating temperature range :-40 °C ~+70°C

　　Storage temperature range :-40 °C to +85°C

　　Size :100mmx50mmx25mm

　　The parameters of the TRICONEX 3704E digital input/output module vary by model and manufacturer. Here are a few possible parameters and their brief descriptions:

　　Input/output points: refers to the number of digital input or output channels on the module. For example, some modules may have 16 input channels or 8 output channels.

　　Voltage range: The voltage range that the TRICONEX 3704E module can handle. For input modules, this usually refers to the range of signal voltages that can be received; For output modules, it refers to the range of output voltages that can be provided.

　　Current consumption/Maximum current: The TRICONEX 3704E refers to the current consumed or maximum current that the module can provide under normal operating conditions. This is essential to ensure a stable system power supply and to select the appropriate power supply.

　　Power consumption: The total power consumption of the module, usually in watts (W). This is also one of the factors to consider when choosing a power supply.

　　Logical signals: Describes how the module handles logical signals (such as 0 and 1). For example, a logical 0 signal with a 10 KΩ load might mean that when the load resistance is 10 KΩ, the module will treat a signal below a certain voltage threshold as a logical