Besides being a popular movie and a WWF wrestling star, a terminator is a device used when interconnecting equipment that has high frequency information (like video or digital data) passing between it, though termination can also be an issue at low (audio) frequencies. If you’ve ever heard an echo on a long distance phone conversation it was most likely a termination problem. In practice a terminator is often just a simple resistor or set of resistors placed at each end of a transmission line. Termination is required on video signals, SCSI chains, and other types of data transmissions. Its function is to match the impedance of the source and the load (destination), which, among other things, prevents a phenomenon known as reflections from occurring on the line. Reflections disrupt the purity of the signal in a variety of ways and can cause data drop outs and generally poor performance. A transmission line is said to be terminated if it is connected to an impedance equal to its characteristic impedance. Under these conditions a signal will “enter” the terminating impedance as if it were an infinitely long extension of the line, and no energy will be reflected.
Related Articles:
1
Building a Track from Scratch: Victor Wooten, Carl Verheyen, and Nick D'Virgilio Take the SSL EVO for a Spin
2
Audient Horizon Thunderbolt 3 Audio Interface Deep Dive
3
How to Set Up Your PA System for Your Worship Team
4
S.E. Shires Q Series Trumpet Demo & Overview
5
SSL Bus Comp Classic VCA Compressor Overview
6
Which Headset Mic Is Best for Worship?
7
The Sound That Changed Music | The History of Fender Amps
8
3 Great Powered Speakers for Your Hi-fi Setup
Inspiration. Information. Passion.
Being music makers ourselves, we love geeking out on all things gear. From the tweakiest techniques to the biggest ideas, our experts work hard to constantly supply inSync with a steady stream of helpful, in-depth demos, reviews, how-tos, news, and interviews. With over 28,000 articles and counting, inSync is your FREE resource for breaking news, reviews, demos, interviews, and more.