M3CCK-3406J

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Rectangular Cable Assemblies provide one of the most reliable and cost effective ways of connecting electrical signals. Connector systems, like the M3CCK-3406J, can provide many advantages, including high speed data transmission, signal reliability and durability. In this article we will look at the M3CCK-3406J connector system and its application and working principles.

Overview
The M3CCK-3406J is a rectangular cable assembly (RCA) designed for Army and Air Force data projects. This cable assembly is designed to provide high speed data transmission and maintain a signal rate of up to 800 Mbps at 12.5 GHz while also providing signal reliability and durability. It is primarily used in military aerospace applications including UAVs, missiles, radars, avionics, and communications systems.

Application Field
The M3CCK-3406J is primarily used in the following applications:

• Avionics: Avionics systems require high speed data transmission and reliable video signal transmission. M3CCK-3406J cable assemblies are well suited for this application due to its high speed data transmission capabilities.
• Missiles: The M3CCK-3406J is ideal for platforms such as missiles where the need for low weight is paramount. The low weight of the M3CCK-3406J allows it to be used in missiles without compromising on signal integrity.
• Radars: Radar systems require high speed, low noise and secure data transmission and the M3CCK-3406J is ideal for these applications. It is designed to filter out noise artifacts and is able to maintain signal integrity and fidelity.
• UAVs: Unmanned aerial vehicles need low weight and reliable signal transmission. The M3CCK-3406J is light in weight and its RCA construction ensures an uninterrupted video signal and data transmission to the UAV.
• Communications: The M3CCK-3406J is beneficial for communications systems due to its low weight, high speed data and signal transmission rate.

Working Principle
The M3CCK-3406J rectangular cable assembly consists of a molded plastic shield, a cable, and a two-pin connector. The cable consists of an internal and external insulator and pairings of various wires, such as twisted, coaxial, and individual wires, in specific patterns to maximize performance. The two-pin connector is a quick connect/disconnect design that secures the assembly during operation.

The M3CCK-3406J is designed to reduce electromagnetic emissions and interference which could cause noise and signal corruption. The plastic shield acts as a Faraday cage which blocks electro-magnetic radiation and shields against conducting radiation. The twisted pair cables help to filter out noise artifacts and the coaxial cables also help to ensure reliable signal transmission.

In order to maintain signal integrity, the M3CCK-3406J is enclosed in a tight-fitting overmolded casing. This provides a mechanical barrier, blocking any EMI that may enter the cable from the environment. The overmolded design also provides extra protection against mechanical damage, and vibrations.

Conclusion
The M3CCK-3406J rectangular cable assembly is designed for military aerospace applications that require high speed data transmission and signal reliability. This cable assembly is lightweight, low cost, and provides a Faraday cage to protect against EMI. It is designed to filter out noise artifacts and maintain signal integrity. The two-pin connector provides a secure connection and the overmolded design provides additional mechanical protection. The M3CCK-3406J is an essential cable assembly for use in military-grade applications.

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