201786-4

Series:	M
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Accessory Type:	Hood
For Use With/Related Products:	M Series
Specifications:	--

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Backplane Connectors – Accessories

The industry of electronics uses a variety of accessories for cabling and other connections. These accessories are made to make connections to multiple devices much easier and are found in a variety of forms. One type of accessory is the backplane Connector.Backplane connectors are used to facilitate connection of multiple devices to a single connection point. The backplane connector offers a very high level of electrical and insulation resistance that is required for securely connecting multiple components. Backplane connectors are generally used for applications that require longer connection times and need to be able to handle high wattage and/or high-speed signals.A typical backplane connector is actually an enclosure that contains several one-way connection ports. Each connection port is then connected to a motherboard, allowing the transfer of high-speed data or power-on commands. Backplane connectors can be installed and used in a variety of configurations, such as for connecting multiple serial and/or parallel devices, linking computers in a network, and connecting racks of components to one another.Backplane connectors come in a variety of sizes and types, and can be used to connect a wide variety of devices, such as computers, servers, industrial equipment, and telecommunications gear. Depending on the application, the backplane connectors can be constructed out of materials such as plastic, aluminum, or stainless steel.In most cases, backplane connectors are designed to accommodate specific types of connector styles. These must match the specifications of the application before any connections can be made or employed in a circuit. The most common types of connectors that fit into a backplane connector are the ribbon cable and the co-axial cable. Both of these kinds of connectors can be used to transmit electrical signals, data, and power.Generally, the backplane connector will work by means of connecting multiple circuit boards or devices to a single point on the board. This point is usually referred to as the \'transceiver\', and it is used to send or receive information. The transceiver is connected directly to the backplane connector and then connected to the multiple devices. Each device is then able to send or receive signals from the transceiver.The backplane connector works by connecting devices at an insulation level that is high enough to provide a secure form of connectivity. The connector is designed to prevent electrical contact between the multiple devices ensuring that the signal is always clean and clear. The insulation level of the backplane connector must be sufficient to ensure that no noise is introduced into the system and that no voltage drop occurs.Backplane connectors can be installed in many different ways. Generally, they are either commissioned directly to the PCB or soldered onto a header. They can also be connected to the board using a clamp or screws. The type of connection used will depend on the size of the connector and the type of system being built.Backplane connectors are used in a variety of applications throughout the electronics industry. They are ideal for high-speed and high-volume data transfer. They are also used for connecting devices together in a network, or for securely connecting multiple components. By providing secure insulation and dependable connectivity, they promote efficient operation and minimize the risk of data loss.

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