ARJM11C7-502-NN-ER4-T

The ARJM11C7-502-NN-ER4-T is a modular connector jack with a twist lock feature. It is designed for robust and reliable connections and is typically used in industrial and military applications. The modular connector jack has a magnetics feature that isolates and stabilizes high-frequency signals, resulting in improved signal integrity, ensuring accurate transmission and reception of data.

The connector is constructed from a high strength die-cast zinc alloy, offering excellent mechanical strength and heat resistance. The robust design and construction of the connector ensures reliable connections in harsh environments with high levels of vibration and shock. The twist lock feature allows quick, easy and secure connections and the magnetically loaded feature helps to protect against electromagnetic interference (EMI) and radio frequency interference (RFI).

The ARJM11C7-502-NN-ER4-T features two contacts, one jack and one plug. The jack is equipped with two power pins, which provide power to the connection and are used to transfer the data signal. The plug is connected to the cable, housing the two power pins and the signal wire. The ARJM11C7-502-NN-ER4-T is typically used in applications where precision and accuracy are vital. It is commonly used in industrial and military applications, including fiber optics, automotive, medical, and aerospace.

The ARJM11C7-502-NN-ER4-T is designed to provide accurate data transmission with a high EMI/RFI protection. The magnetically loaded feature helps to reduce the amount of interference by providing shielding between the two contacts. This eliminates reductions in signal integrity caused by external interference. The robust construction and twist lock feature also help to provide reliable connections in harsh environments.

The ARJM11C7-502-NN-ER4-T is a modular jack with a magnetically loaded feature, designed to provide reliable connections in harsh environments and reduce interference. It is typically used in industrial and military applications such as fiber optics, automotive, medical, and aerospace. Its robust design and construction offer excellent mechanical strength and heat resistance, as well as providing accurate data transfer with a high EMI/RFI protection.