ADT-2828-MF-BNC-10

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 ADT-2828-MF-BNC-10 is a coaxial adapter commonly used RF applications. This adapter is designed to allow for mechanical and electrical connection between two Female BNC connectors. It is constructed using a full metallic construction and is equipped with both male and female connectors. This creates a 100% shielded connection, capabilities to pass high frequencies without interruption and enhanced corrosion protection.

These adapters are manufactured to precise tolerances and have a wide operating frequency range of 0-4GHz to meet the requirements of many wireless applications. They are particularly suited for applications such as GPS, WiFi, cellular and wireless local area networks.

This adapter is often used for signal splitting applications where one signal is converted into two signals. The connection is typically referred to as a Gender Changer. As these signals are dc isolated, they remain unaffected by any noise picked up in the line. Furthermore, because the adapter is electrically symmetrical, it can be used for both transmit and receive applications.

The ADT-2828-MF-BNC-10 is designed with a low insertion loss to ensure that the signals pass through without attenuation. In addition, these adapters have been designed with a low VSWR, which minimizes any interference and reflections so as to provide optimal data transmission.

Apart from providing excellent electrical and mechanical performance, the ADT-2828-MF-BNC-10 adapters are designed with a durable construction that is able to withstand extreme environmental conditions. These adapters are typically IP67 rated providing a dust-tight and waterproof seal. They are also designed to be vibration and shock resistant, making them ideal for extreme conditions where other adapters may not be suitable.

The ADT-2828-MF-BNC-10 coaxial adapters are a reliable and cost effective solution for RF applications. Due to their wide operating frequency range and low insertion loss, these connectors are suitable for high frequency applications and provide an excellent connection to any device. This makes them a popular choice for many wireless applications and in applications where signal integrity is of paramount importance.

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