143-2015-000

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ARINC Inserts are backplane connectors used to connect two components in either parallel or serial configurations. The 143-2015-000 is a combination of these two components, intended for use in a number of mission-critical applications. In this article, we’ll explore the application field and working principles of the ARINC Inserts.

The 143-2015-000 is comprised of an integrated power insert and six slots, the latter of which includes two ground pins. These components are connected by a 52-cf socket and a single-row ARINC-style connector, each of which is designed to securely support high-capacity current. This type of insert is ideal for applications requiring tight coupling between components in either parallel or serial configurations.

The 143-2015-000 also features a board rotation lock to ensure that the inserted components remain in place. This is especially useful when the two components need to be securely coupled for extended periods of time. Furthermore, the board rotation lock can provide additional strain relief for the components, preventing them from coming loose or becoming damaged due to vibration or other environmental conditions. This is especially important for aerospace applications, as the components must remain securely coupled throughout operation.

In addition to rotational locks, the 143-2015-000 features a built-in RFI shield to protect against interference. This is especially useful in applications where components must be installed in tight spaces, such as in aircraft or satellites. The ARINC Inserts also features a high-voltage protective boot to ensure that no high-voltage currents are transferred between components. This helps to eliminate accidental shorting, and also provides additional strain relief for both the board and the connectors.

The 143-2015-000 is designed to provide reliable performance in a variety of mission-critical applications. Due to its high-voltage protective boot, the inserted components remain securely coupled even in more challenging scenarios such as high-vibration environments or extreme temperatures. This is essential for aerospace applications, where components must remain securely coupled during extreme take-off and landing cycles.

Finally, the sealing design ensures that dust and other debris are prevented from entering the connectors and components. This is especially important for aircraft and satellites, ensuring that components remain reliably coupled despite the presence of dust or other contaminants. Additionally, the sealing design helps to protect against moisture and other liquids, as well as gases and vapors that could impact the performance of the inserted components.

In summary, the 143-2015-000 ARINC Inserts provide reliable performance in a variety of mission-critical applications. The dual-row ARINC-style connector and high-voltage boot ensure that components remain securely coupled at all times, while the built-in RFI shielding and sealing design helps to protect against interference and contaminants. This type of insert is ideal for aerospace applications, providing the performance required for any mission-critical operation.

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