3211-60087-TD Connectors, Interconnects

Coaxial connectors (RF) have become the industry standard for many data, control and communication applications. The 3211-60087-TD series is a specific type of RF connector that is most commonly used in these applications. Its design includes two pieces of dielectric material that surrounds the conducting fields and creates a tight seal when mated together.

In simple terms, the 3211-60087-TD is essentially a connector that allows a cable to be rapidly plugged in and out without breaking and without the need for soldering. Its design makes them ideal for applications involving high frequency signals up to 10GHz, such as wireless systems like satellite, cellular, and two-way radios.

One of the main advantages of the 3211-60087-TD is its low insertion loss, which means that the signal passing through it will experience minimal attenuation. This is because the connectors use an air dielectric which helps to minimize power loss. Additionally, the connectors have excellent frequency response due to its high impedance interface, making them perfect for high speed applications.

The 3211-60087-TD features a variety of advantages, which makes it an ideal choice for many applications. Their compact design allows them to fit into limited space, while their robust construction makes them resistant to extreme weather and temperature conditions. The connectors are also easy to assemble and require no soldering, making them a cost effective solution for many applications.

The 3211-60087-TD also features a shielded body that prevents interference from external sources and helps reduce EMI (electromagnetic interference). This allows the signal to travel more fluidly with less disturbance. Furthermore, the interior of the connectors are gold-plated to reduce contact resistance.

With their high performance, low insertion loss, and robust construction, the 3211-60087-TD are a great choice for many applications utilizing high frequency signals. From cellular to satellite communications, they can be used in a variety of settings and have become the industry standard for many data, control, and communication applications.