D20-EME-10BASE-T GE 太网接口模块 实现数据传输和控制功能

品牌：GE

型号： D20 EME 10BASE-T

产品名称：数字量控制模块

产品净宽：53毫米

产品净高：125毫米

产品净深/长度：260毫米

D20-EME-10BASE-T是一种基于双绞线的以太网接口模块，具有10BASE-T（也称为IEEE 802.3）接口标准。它通常用于将设备连接到以太网，支持数据传输速率高达10 Mbps，并采用双绞线传输介质。该模块具有嵌入式10Base-T收发器，并且支持自动协商功能，可以自动检测并配置链路速度和双工模式。此外，它还具有LED指示器，用于显示模块的状态和链路活动。D20-EME-10BASE-T通常用于工业自动化、楼宇自动化、安全系统等领域，将设备连接到以太网，实现数据传输和控制功能。

GE D20 EME 10BASE-T 是一种网络接口卡（NIC），它支持以太网标准（IEEE 802.3）中的10 Mbps速率，并使用基于双绞线的传输媒介。

GE D20 EME 10BASE-T网络接口卡的产品参数：

传输速率：10 Mbps。这是 GE 10BASE-T 的传输速率，可以满足大多数中小型网络的需求。

传输距离：最大传输距离为100米。这是使用双绞线作为传输媒介时的最大传输距离。

接口类型：RJ45。GE 10BASE-T 使用 RJ45 接口，这是常用于双绞线的标准接口。

支持自适应速率和全双工模式：GE 10BASE-T 可以自动适应传输速率，并且支持全双工传输模式，从而提高网络传输效率。

兼容性：GE 10BASE-T 兼容以太网标准（IEEE 802.3）和TCP/IP协议。

电源：GE 10BASE-T 通过PCI插槽从计算机主板获得电源。

以太网接口模块是一种用于以太网连接的模块，通常用于将设备连接到以太网，实现数据传输和控制功能。以太网接口模块有多种类型，包括嵌入式以太网接口模块、独立以太网接口模块和组合式以太网接口模块等。

以太网接口模块的主要技术参数包括接口标准、传输速率、双工模式、传输距离、接口类型等。常见的以太网接口标准包括10BASE-T、100BASE-TX、1000BASE-T等，分别代表不同的传输速率和双工模式。

以太网接口模块通常具有LED指示器，用于显示模块的状态和链路活动。它还具有嵌入式收发器，可以自动协商链路速度和双工模式，并支持自动配置功能。此外，以太网接口模块还支持多种网络协议，如TCP/IP、UDP等，可以方便地与其他设备进行通信。

D20-EME-10BASE-T GE 太网接口模块 实现数据传输和控制功能

Brand: GE

Model: D20 EME 10BASE-T

Product name: Digital quantity control module

Product width: 53 mm

Product height: 125 mm

Product net depth/length: 260 mm

The D20-EME-10BASE-T is a twisted pair based Ethernet interface module with the 10BASE-T (also known as IEEE 802.3) interface standard. It is commonly used to connect devices to Ethernet, supports data transfer rates up to 10 Mbps, and uses twisted pair transmission media. The module has an embedded 10Base-T transceiver and supports auto-negotiation to automatically detect and configure link speed and duplex mode. In addition, it has LED indicators to show module status and link activity. D20-EME-10BASE-T is commonly used in industrial automation, building automation, security systems and other fields to connect equipment to Ethernet to achieve data transmission and control functions.

The GE D20 EME 10BASE-T is a network interface card (NIC) that supports the 10 Mbps rate in the Ethernet standard (IEEE 802.3) and uses a twisted-pair based transmission medium.

Product parameters of GE D20EME 10BASE-T network interface card:

Transmission rate: 10 Mbps. This is the transfer rate of GE 10BASE-T, which can meet the needs of most small and medium-sized networks.

Transmission distance: The maximum transmission distance is 100 meters. This is the maximum transmission distance when twisted pair is used as the transmission medium.

Interface type: RJ45. GE 10BASE-T uses the RJ45 interface, which is the standard interface commonly used for twisted pair cables.

Adaptive rate and full-duplex mode: GE 10BASE-T automatically ADAPTS to the transmission rate and supports full-duplex mode, improving network transmission efficiency.

Compatibility: GE 10BASE-T is compatible with Ethernet standards (IEEE 802.3) and TCP/IP protocols.

Power Supply: The GE 10BASE-T obtains power from the computer motherboard through a PCI slot.

Ethernet interface module is a module used for Ethernet connection, usually used to connect devices to the Ethernet, to achieve data transmission and control functions. There are many types of Ethernet interface modules, including embedded Ethernet interface module, independent Ethernet interface module and combined Ethernet interface module.

The main technical parameters of Ethernet interface module include interface standard, transmission rate, duplex mode, transmission distance, interface type, etc. Common Ethernet interface standards include 10BASE-T, 100BASE-TX, and 1000BASE-T, which represent different transmission rates and duplex modes.

Ethernet interface modules usually have LED indicators that show the status of the module and link activity. It also has an embedded transceiver that automatically negotiates link speeds and duplex modes, and supports auto-configuration functions. In addition, Ethernet interface modules also support a variety of network protocols, such as TCP/IP, UDP, and so on, you can easily communicate with other devices.