443964-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ARINC 443964-1 Backplane Connector is a commonly used connector that is used to interconnect two peer-to-peer electronic components or modules within a system. This type of connection is most commonly used in aerospace industries, where a wide range of electronic components are used to provide various types of services. ARINC 443964-1 Backplane Connectors offer several advantages, such as consistent performance, robustness, and low cost.

These connectors are usually available in three basic sizes, namely Type Z, Type X, and Type Y. Typically, Type Z has the highest impedance rating at 6Gbps and offers the highest operating temperature range. Type X and Y have an impedance rating of 3Gbps and an operating temperature range of -25°C to +65°C. ARINC 443964-1 Backplane Connectors are designed to handle large quantities of data transmission within a variety of high-speed applications.

The main application area of ARINC 443964-1 Backplane Connectors is the aerospace platform. This type of connection is mainly used for mission-critical applications that require reliable, high-performance interconnects. In addition, these connectors are used in data-rich composite applications, especially in applications with high levels of data traffic, such as avionics systems.

ARINC 443964-1 Backplane Connectors are mainly designed for use in board-to-board applications. They are used in cable-connector assemblies, power distribution systems, and interconnections between modules or components within a system. This type of connection is also suitable for a variety of non-aerospace applications, such as home automation, automotive, medical, and telecom applications.

Working Principle of ARINC 443964-1 Connectors:

The working principle of ARINC 443964-1 Backplane Connectors is based on the connection between a female terminal and male terminal. Generally, one of the terminals has a male connector that is positioned on the PCB board. The other terminal features a female connector that is connected to the cable. When these two terminals are connected, a reliable connection is created between the two components.

The design and construction of the ARINC 443964-1 Connectors are quite simple as they are composed of two terminals and an insulation shield. The outer shield of the connector protects the terminals from moisture, dust, and other environmental contaminants. This protection also ensures a safe and reliable connection and prevents short-circuiting or any other forms of interference.

The unique design of the ARINC 443964-1 Connectors ensures that these connections remain stable and secure, even during high-performance applications such as rapid acceleration, movements, and vibrations. This allows for reliable, consistent performance over a significant period of time, and helps to ensure reliable operation, even in harsh conditions.

In conclusion, ARINC 443964-1 Connectors are widely used in the aerospace industry, due to their consistent performance, robustness, and low cost. These connectors are designed to handle large quantities of data transmission within a variety of high-speed applications, and are suitable for use in a wide range of applications, including cable-connector assemblies, power distribution systems, and interconnections between components or modules within a system. The working principle of ARINC 443964-1 Connectors is based on the connection between a female terminal and male terminal, and the unique design of the connectors ensures that these connections remain stable and secure, even during high-performance applications.

The specific data is subject to PDF, and the above content is for reference