86093487313H65000E1

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Backplane Connectors, which conform to the DIN 41612, are connectors that are specialized in certain applications. This type of connector is used for interconnection between printed circuit boards (PCB) in electronic and computer systems. 86093487313H65000E1 is one of the most popular and reliable backplane connectors in the market.

The implementation of 86093487313H65000E1 backplane connectors depends on the application field, as they range from highly space-demanding and sensitive areas to environments where the connectors must be durable and reliable. Some of the many areas of application where these types of connectors are used include telecommunications, medical and industrial electronics, personal computers, automotive, laboratorial and aerospace equipments.

In some applications, 86093487313H65000E1 backplane connectors are located in slots instead of being plugged directly into the PCB, simplifying the board mounting process and allowing easier removal of PCBs. In this type of mounting, the connectors are secured by means of screws or clips.

On average, 86093487313H65000E1 connectors are able to carry up to 5.0A of current for a voltage range of 250VAC. They are also available in several pin configurations that enable them to match almost any PCB routing pattern. Furthermore, their big size staff helps them to achieve high insertion, lock, retention and contact forces.

The working principle of 86093487313H65000E1 connectors is mainly based on electrical contact between their pins and the sockets. This allows the signals to pass through the connector at rates of 10Mbps to 12Gbps depending on their type. Generally, these connectors use solder connections or solderless technologies.

For signal integrity purposes, backplane connectors such as 86093487313H65000E1 feature various design techniques to minimize the undesired levels of crosstalk, ground bounce and EMI. Some of these techniques include properly shielding the connector and the board, right placement of components such as bypass capacitors, and use of low impedance contacts.

Finally, backplane connectors must be designed and incorporated with great care in order to exclude risks of electric shorts in between pins. This is achieved by optimizing the electrical isolation between pins and by placing an insulator between the pins.

As a conclusion, the 86093487313H65000E1 backplane connector is a reliable and flexible solution for many PCB applications. Its robust design allows it to perform optimally in hostile environments, and its wide array of features helps engineers achieve high signal integrity.

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