3BSE018741R15  连接器的电缆  用于计算机和移动设备之间的数据传输

一般信息

品牌：ABB

型号:3BSE018741R15

目录描述:带公插头连接器的电缆，15米

类别

零件与服务»测量与分析»力测量»卷筒纸张力测量PFT100

连接器电缆是连接器与电缆的组合，通常用于传输数据、音频、视频等通讯设备。3BSE018741R15连接器主要适用于传输设备局各类数字程控交换机、光电传输设备内部联接和配线架之间的信号传输。

3BSE018741R15 连接器电缆具有多种类型，如射频同轴连接器和USB连接器等。射频同轴连接器在通信、广播、EMC测试、商业和军事以及测试和测量领域提供重要的射频链路。USB连接器则主要用于计算机和移动设备之间的数据传输。

在选择连接器电缆时，需要考虑其性能、可靠性、耐用性以及成本等因素。同时，为了确保最大功率传输，连接器的特性阻抗应与电源和负载相匹配。

3BSE018741R15 连接器电缆的特性阻抗是影响传输功率的重要因素之一。特性阻抗决定了信号在传输线中的传播速度和信号的形状。在高频信号传输中，如果传输线的特性阻抗与源和负载的阻抗不匹配，将会导致信号的反射和能量损失，影响信号的传输质量和功率传输能力。

当连接器电缆的特性阻抗与源和负载的阻抗匹配时，信号可以无反射地传输，此时传输线的损耗最小，最大功率传输能力最高。这是因为能量在传输过程中不会被反射回源端或消耗在传输线中，而是能够被负载完全吸收。

相反，如果连接器电缆的特性阻抗与源和负载的阻抗不匹配，信号将在传输线中发生反射，导致信号的形状发生变化，增加传输损耗和失真。此时传输线的功率传输能力将降低。

因此，为了获得最大的功率传输能力，需要确保连接器电缆的特性阻抗与源和负载的阻抗匹配。在实际应用中，可以通过调整连接器电缆的长度、线径、材料等参数来控制其特性阻抗，以达到最佳的功率传输效果。

3BSE018741R15  连接器的电缆  用于计算机和移动设备之间的数据传输

General information

Brand: ABB

Model :3BSE018741R15

Catalog Description: Cable with male plug connector, 15 m

category

Parts & Services » Measurement & Analysis » Force Measurement » Web Tension Measurement PFT100

Connector Cable is a combination of connectors and cables, usually used to transmit data, audio, video and other communication equipment. 3BSE018741R15 connector is mainly suitable for all kinds of digital program-controlled switches in the transmission equipment office, the internal connection of photoelectric transmission equipment and the signal transmission between distribution frames.

3BSE018741R15 Connector cables are available in various types, such as RF coaxial connectors and USB connectors. Rf coaxial connectors provide important RF links in communications, broadcasting, EMC testing, commercial and military, and test and measurement. USB connectors are mainly used for data transfer between computers and mobile devices.

When selecting connector cables, you need to consider factors such as performance, reliability, durability, and cost. At the same time, in order to ensure maximum power transmission, the characteristic impedance of the connector should match the power supply and load.

The characteristic impedance of 3BSE018741R15 connector cable is one of the important factors affecting the transmission power. The characteristic impedance determines the speed at which the signal travels along the transmission line and the shape of the signal. In high-frequency signal transmission, if the characteristic impedance of the transmission line does not match the impedance of the source and the load, it will lead to the reflection and energy loss of the signal, affecting the transmission quality and power transmission capacity of the signal.

When the characteristic impedance of the connector cable matches the impedance of the source and load, the signal can be transmitted without reflection, and the loss of the transmission line is minimum and the maximum power transmission capacity is highest. This is because the energy is not reflected back to the source or consumed in the transmission line during transmission, but can be fully absorbed by the load.

On the contrary, if the characteristic impedance of the connector cable does not match the impedance of the source and load, the signal will be reflected in the transmission line, causing the shape of the signal to change, increasing transmission loss and distortion. In this case, the power transmission capacity of the transmission line will be reduced.

Therefore, in order to obtain maximum power transmission capability, it is necessary to ensure that the characteristic impedance of the connector cable matches the impedance of the source and load. In practical applications, the characteristic impedance of the connector cable can be controlled by adjusting the length, wire diameter, material and other parameters to achieve the best power transmission effect.