51940-147

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Backplane connectors are special type of connectors used for establishing connection between two devices, relatively small in size, robust and with effectual shielding for protecting the interconnections form external electromagnetic interference. 51940-147 is the model number of one such backplane connector used in a wide range of applications. This guide provides a detailed description of the application field and working principle of the 51940-147 backplane connector.

The 51940-147 backplane connector is designed for application in high speed and high power applications, due to its superior interconnect robustness and shielding capabilities. It is commonly used in applications such as server-level backplane connections, storage systems, telecom switching equipment, industrial automation and in telecoms and networking. The 51940-147 connector is also ideal for use in a variety of computer related applications, such as personal computers, computer servers and even game consoles.

The 51940-147 backplane connector supports a transfer rate of up to 10 gigabit per second with a maximum voltage of 100 volts. It also has a variety of pin configurations, ranging from a single row of three pins to a multi-pin configuration, depending on the application. The pin configurations are also designed according to the specific application and the current and voltage requirements of the system. The pins on the 51940-147 backplane connector are also arranged in a way to maximize the signal quality and reduce the signal loss.

The 51940-147 connector is mainly used in industrial and telecom applications because of its superior robustness and shielding capabilities. It is made up of a metal alloy of brass and nickel, which offers high resistance to abrasion and corrosion. The connector also features a high-end shielding mechanism, which provides protection against external electromagnetic interference. This is beneficial for applications, which require high speed transfer rate, which make the 51940-147 backplane connector a more reliable option than conventional connectors.

The 51940-147 connector also uses a variety of contacts and contact types. These contact types include flat-blade, PCB, plane-plane, as well as round and ribbon contacts. All of these contacts are designed to ensure proper connection and reduce signal degradation. The contact arrangement on the 51940-147 connector is also designed to prevent any electrical resistance. Therefore, it is also suitable for applications where high current is required.

The working principle of the 51940-147 backplane connector is simple and straightforward. The connector consists of two main parts, the male and female parts. The male part has five pins, which make contact with the female part\'s five contacts. When the connector is connected, power is supplied to the female part and the signal is provided to the male part. This connection allows the signal to travel between the two connected devices. This contact type is considered ideal for applications that require high-speed and reliable transmission.

To ensure maximum performance, the 51940-147 backplane connector has an interlocking system, which prevents any accident or vibration-induced disconnection. The connection system also has an Ag-TPA feature, which protects the connections from dust, dust, and moisture. All 51940-147 backplane connectors also have tension relief features, which minimizes any mechanical damage during the connection process.

In conclusion, the 51940-147 backplane connector is an ideal solution for applications that require highspeed transmission of data and power. It is suitable for industrial and telecom applications and is designed to provide superior shielding and robustness. Its interlocking system and Ag-TPA feature also ensure the most reliable connection possible. It is also one of the most commonly used backplane connectors for a variety of applications, such as network switches, server-level backplanes and even gaming consoles.

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