456-918 Datasheet/PDFCoaxial Connectors (RF) are widely used in modern electrical systems due to their ability to efficiently transmit radio frequency signals with minimal distortion and interference. One of the most popular coaxial connectors is the 456-918, which is designed and manufactured specifically for the broadcast industry.
This type of connector has become quite popular in broadcast applications due to its ability to provide reliable transmission of RF signals. The 456-918 connector has a standard size of 3/4 inch and is designed to fit most commercial and consumer broadcast equipment. It is also compatible with various professional broadcast standards, such as AES/EBU, DIN, S/PDIF and AES/10.
The 456-918 is a robust connector with good RF performance. Its design offers shielding against interference from outside sources and a low-reflectance performance. The 456-918 has a build-in RF bypass, which prevents overmodulation of the signal, and allows for very low signal losses. The connector also offers an easy connection directly to the device without the need for additional parts.
Despite its design, the 456-918 connector is still subject to interference due to its proximity to other components within the system. As such, it is important to incorporate RF filters into the system to minimize the effects of RF interference.
One of the key benefits of the 456-918 connector is its ability to transmit signals with little to no distortion. With its low moving mass elements and its double-shielded construction, the 456-918 is able to provide a clean and consistent signal without artifacts. This makes the 456-918 one of the best choices for applications requiring high quality audio or video.
Another added benefit of the 456-918 is its relatively low cost. When compared to other RF connectors, it is one of the most affordable on the market. This is especially important in broadcast applications where the cost of parts can quickly add up.
In summary, the 456-918 connector is a robust design that offers reliable performance in most broadcast applications. Its low cost and high-quality signal transmission make it one of the most popular choices for broadcast engineers.