ARJM11C7-001-JJ-CW4

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 ARJM11C7-001-JJ-CW4 is a high-performance modular connector belonging to the jacks with magnetics family. This multi-pole, modular wiring device features a high-density, low-profile design and is suitable for a range of applications. Shock and vibration-resistant, the jack is ideal for use in extremely hostile environments.

In terms of its application field, the ARJM11C7-001-JJ-CW4 is most commonly used in telecommunications, audio-video broadcast systems and circuit boards. The device integrates magnetic reed relays with switchable channels and its efficient design means it is ideal for high-speed data transmission.

The ARJM11C7-001-JJ-CW4 also has a range of additional features and benefits, including the capacity for blind-mating and reversible connectors, easing the process of assembly and making the device more cost-effective. The jack is also simple to install and utilize, meaning users can make the most of its advanced functionality with the minimum of fuss.

As far as its working principle is concerned, the ARJM11C7-001-JJ-CW4 functions by using reed switches to ensure two-way communication. These switches are triggered by closing or opening a conducting circuit. When a conducting path is closed an electric field is created which causes the reed switch to make contact. This allows the device to switch on. Alternatively, if the circuit is opened the device can switch off automatically.

The powerful magnetic reed relays integrated into the jack mean it is perfect for data transmission applications, and it also boasts the option to customize for various end-user requirements. Due to its unique design, the jack is also well-protected from dust and other particles, as well as shocks and vibrations.

Overall, the ARJM11C7-001-JJ-CW4 is a versatile modular connector belonging to the jacks with magnetics family. It is used in a range of applications and its unique design enables it to perform optimally in even the toughest of environments. In addition, the device is simple to use, efficient and cost-effective.

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