ARJM11A1-577-JJ-EW2

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

Modular Connectors - Jacks With Magnetics have been popular for decades in the telecom industry due to their small size and good transmission performance. ARJM11A1-577-JJ-EW2 is one of the most advanced modular connectors - jacks with magnetics available today. It offers superior performance in applications where size is a factor. This connector is commonly used for telephony, broadcast, audio/video, and network protocols.

The ARJM11A1-577-JJ-EW2 is a two-pole, four-wire modular connector with magnetics. It is designed to reduce interference from electromagnetic fields by adding filtering components to the dielectric. The dielectric of this connector includes two varistors which are connected in series with two capacitors. Additionally, a Faraday shield is used to reduce cross-talk between wires. Together, these components minimize the risks associated with EMF.

The connector is designed to be resistant to vibration and shock. Its dielectric is made from polyolefin with a siliconized finish that eliminates electro-mechanical problems. The dielectric has a low capacitance, due to the F connectors which are circumferentially preloaded. Overall, the connector offers excellent transmission performance with minimal losses.

ARJM11A1-577-JJ-EW2 is used in various applications such as: telephony, broadcast, audio/video, and network protocols. It is particularly suited for applications where space and size limitations are a factor. The connector has a heavy-duty housing that provides excellent protection against environmental conditions such as moisture, dust, and temperature.

The ARJM11A1-577-JJ-EW2 is a reliable, efficient, and cost-effective modular connector. Its design allows for superior transmission performance while its Faraday shield prevents interference. Its dielectric is made from robust polyolefin material that can withstand harsh environments. It is the ideal choice for applications where complex logic circuitry is necessary and size is a factor.

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