1883359-1

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Backplane Connectors - ARINC are primary used to provide a connective point for neighbouring boards and transfer large amounts of data. The specific type 1883359-1 from ARINC is a unique design and technology used to provide a substrate between board to board connection, as well as boards to chassis. The 1883359-1 allows for higher speeds in its data transfer and allows for higher power and gurantee transmission. It is primarily used in small devices which require a higher capacity in data transmission.

The 1883359-1 ARINC connector has a total of 68 pins. There are two sections of contact pins. The first section consists of two rows of 24 pins, each with a data and grafted pin. The second section consists of 31 pins, which are broken down into two rows of 16 pins and one row of 8 pins. The pins are arranged such that the even bytes are in the middle and the odd bytes are on the outside. Also, this particular backplane connector has a locking mechanism to provide greater data transmission accuracy.

The 1883359-1 application field and working principle are quite simple. The two board interface is connected via the 68 connector pins. The odd bytes are transferred out of the first 24 pin row, whereas the even bytes are transferred out of the second 24 pin row. The other 31 pins are used to connect the boards to the chassis. Also, the locking mechanism ensures a more stable connection between the boards. This provides greater signal integrity and accuracy of data transmission.

One of the major advantages of the 1883359-1 is that it can transfer large amounts of data between the boards at a higher speed than other traditional backplane connectors. It is also designed to be as small and compact as possible and features superior manufacturability and design practices. By providing higher speeds and more stability, the 1883359-1 has been shown to be effective in the current market and thus has become a popular choice for those looking for a higher speed and more reliable connection.

Despite the numerous benefits, there are certain drawbacks to the 1883359-1 that must be noted. The major concern with this backplane connector is its ability to secure power supply. As with any other backplane connector, the 1883359-1 requires more power than a traditional connector to ensure that it does not lose its grip and data accuracy. Therefore, the current draw from the system should be closely monitored in order to guarantee that all the pins will remain secure.

In conclusion, the 1883359-1 from ARINC has been a revolution in the backplane connector market. Its superior speed and data accuracy makes it an ideal choice for applications requiring higher demands for data transfers. Its small size and superior design of the locking mechanism make it an attractive choice for those seeking a more reliable and secure connection. Finally, although power consumption is an issue, with proper monitoring, this backplane connector can provide an effective and reliable connection between boards, chassis, and other systems.

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