3-100525-5

Series:	Z-PACK
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Accessory Type:	Coding Keys
For Use With/Related Products:	Z-Pack Series
Specifications:	Pink

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Backplane Connectors - Accessories

Backplane connectors, also known as bus connectors, are a type of connector specifically designed to connect a backplane, or circuit board, to other circuit boards in a computer system like a server or tower PC. Backplane connectors come in a variety of configurations, allowing for multiple connection types such as serial, parallel, Ethernet, and USB. Backplane connectors can also be used to connect multiple circuit boards within a system, allowing for better data transfer between the various components of the system. The applications of backplane connectors are wide ranging, and they are used in many different types of electronics from servers and routers to specialized electronic devices such as medical imaging devices.Backplane connectors are designed with two basic parts: a contact and a connector. The contact is a physical part that makes contact with the board or wire, while the connector holds the contact in place. This simple connection is extremely reliable, as it ensures that contact is always made between the two elements. Backplane connectors are also designed to be highly customizable, allowing manufacturers to create connectors that perfectly fit their specific application needs. When discussing backplane connectors, it is important to note the two different types: bus connectors and trace connectors. Bus connectors are typically used to connect different boards to one another, while trace connectors are typically used to run a single wire across multiple boards. Traditional backplane connectors are designed to be very reliable and durable, making them ideal for applications requiring long-term use. They offer exceptional contact stability, and are often used in military and medical applications that are exposed to extreme environments or severe vibrations. Many backplane connectors come with a shield to help protect against electrical interference, further enhancing their performance in harsh environments. Another key advantage of backplane connectors is their versatility. Backplane connectors can be used to connect various types of hardware, including motherboards, GPUs, CPUs, RAM, ROM, and drives. These connectors support multiple data transfer rates, making them suitable for a variety of applications. Additionally, they can be used to create data hubs, allowing for increased data transfer speeds between multiple peripherals. Backplane connectors are typically constructed from high-quality materials, such as copper and steel. This helps to ensure that they are durable and can withstand the rigors of repeated use. High-grade, low-resistance contacts also help protect against signal interference and help maintain reliable connections. The working principle of backplane connectors is relatively simple. When two or more circuit boards are attached to a bus connector, the connectors facilitate the flow of energy and information between the boards. This is done through the contacts, which transfer power and data by carrying it from one board to the other. These contacts are specifically designed to ensure that the power and signals transferred between the boards remain accurately in sync, allowing for reliable, seamless performance.Backplane connectors are essential components of almost every type of electronic device. Without them, a device would be unable to safely and accurately transfer data between its various elements. As such, these connectors are essential for the effective and reliable operation of many electronic devices.Overall, backplane connectors are designed to offer a high degree of reliability and flexibility. They are immensely advantageous for use in many applications, from servers and routers to specialized medical imaging devices. By leveraging the advantages of backplane connectors, manufacturers can construct a variety of powerful electronics that are capable of robust data transfer and long-term operation.

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