2B13UR

The 2B13UR application field and its working principle are based on the process of vocal separation. This technology is based on the partitioning of a vocal signal into its source components at the microphone level. It can be used in a number of different applications, such as auto-mixing, vocal reinforcement, vocal isolation, voice-change, speech recognition, and more.The Basics of the 2B13URThe 2B13UR vocal separation technology was initially developed for use in PA systems. It is essentially a two-bridge technology, in which the signal processing algorithm is designed to separate the audible signal from the unvoiced signal, which is then sent to two separate outputs, one for the vocal component and one for the unvoiced components. The output signals can then be routed to two separate channels, allowing for separate treatment of each signal.The Working Principle of the 2B13URThe working principle of the 2B13UR is based on the time-domain model of vocal separation. In this device, the signal is first divided into two separate signal components in time-domain: the vocal signal and the unvoiced signal. The vocal signal is then further processed by the 2B13UR in order to separate the louder vocal components from the softer vocal components. The louder vocal components are then output to a single channel and routed to a vocal input device, such as a vocal microphone. The softer components are then output to a separate channel and routed to a background input device, such as a background microphone.The main advantage of the 2B13UR is that it allows for independent processing of the two signal components. This enables the vocal components to be focused on the microphone input device and background noise to be selected separately. This makes the 2B13UR particularly useful for speech and vocal reinforcement applications where a microphone is often used to capture the vocal signal, while background noise must be kept to a minimum. This allows for clear and natural vocal reinforcement. The 2B13UR can also be used in other applications where vocal separation is required. It can be used for automatic mixing, vocal isolation, noise-cancelling, and voice-changing applications. For example, in automated mixing applications, the 2B13UR can be used to separate the vocal component from the rest of the audio signal and automatically adjust the levels of each signal component in order to achieve the desired result. Similarly, it can be used in vocal isolation applications to reduce the amount of background noise in a vocal track, while still preserving the original vocal qualities. In addition, the 2B13UR can also be used for speech recognition applications. In this case, the vocal signal is isolated from the background noise and then analyzed by the speech recognition system. This allows for more accurate speech recognition and improved accuracy. The 2B13UR is a powerful technology that can be used in a variety of applications. By separating the vocal signal from the background noise, it allows for better vocal clarity and improved accuracy when used in speech and vocal reinforcement applications. It can also be used in other applications such as automatic mixing, vocal isolation, noise-cancelling, and voice-changing.

2B13UM	Altech Corpo...	24.95 $	1000	2B13UM 13A CIRCUIT BREAKE...
2B13UR	Altech Corpo...	17.74 $	1000	2B13UR 13A MCB B CHAR 2 P...
GTB-2B13	CW Industrie...	4.67 $	1000	SWITCH TOGGLE SPDT 12A 12...