balance between the main information of the mid channel and the spatial contribution of the side channel. This balancing can even be performed during re-processing without a loss of information if the original MS signals were recorded.

The MS signal format is converted into the XY format (ie: standard left/right stereo) by adding or subtracting the signals according to the principle X = M + S, Y = M – S. The proportion of the S signal influences the spatial effect and should be chosen in each case in accordance with the recording situation. In order to avoid restricting the possibilities of designing the sound impression, MS – XY matrixing in the microphone was not employed.

If a matrix circuit is not available on the mixing console, matrixing can be performed using the 3-fader method (see diagram). The M signal is connected to

M S

English

+

+

-

 

L

R

3dB

 

 

the first microphone channel and panned centre. The S signal is connected to the second channel and panned full left. Take an output from the second channel and connect to the third channel panned full right and phase reversed (via a phase reverse switch or via the cable). (To set the correct S signal level - set the pan controls of channel two to central, set the main fader to normal level and set the correct level at the preset. Then, set the pan control of channel 3 to centre, set the main fader to the same level as channel two and then adjust the pre-set of channel three until

MKH 418 S

9

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Sennheiser SLT23460FC instruction manual 3dB
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SLT23460FC specifications

The Sennheiser SLT23460FC is a standout model in the realm of wireless microphone technology, designed specifically for professional audio applications such as live performances, corporate events, and broadcasting. Its robust features and state-of-the-art technology make it a go-to choice for sound engineers and performers who seek reliability and sound quality.

One of the main features of the SLT23460FC is its exceptional audio quality. It utilizes Sennheiser’s proprietary digital transmission technology, which ensures crystal-clear sound reproduction with minimal latency. This technology is essential for live performances where any delay can negatively impact the overall experience. The RF performance also shines, covering a wide frequency range that minimizes potential interference from other wireless devices.

Built with versatility in mind, the SLT23460FC offers multiple microphone integration options. It is compatible with a wide selection of Sennheiser microphones, allowing users to select the mic that best fits their specific needs, whether for speech, singing, or instrument amplification. This flexibility is particularly beneficial for venues that host a variety of performances, as it allows for quick transitions between different types of events.

Additionally, the SLT23460FC features advanced battery management with an impressive runtime, allowing users to perform for extended periods without the worry of running out of power. The system is designed with user-friendliness in mind, equipped with an intuitive interface for easy operation and monitoring of settings.

Security is another critical aspect of the SLT23460FC, as it incorporates encryption technology to protect against unauthorized access and signal interference. This security feature is particularly beneficial for corporate and sensitive environments where data integrity is paramount.

In terms of build quality, the SLT23460FC is constructed using durable materials that withstand the rigors of professional use. Its lightweight, ergonomic design ensures comfort during extended use, making it ideal for performances that last several hours.

Overall, the Sennheiser SLT23460FC represents a blend of advanced technology, user-friendly features, and exceptional audio performance, making it an essential tool for anyone serious about achieving high-quality sound in a variety of settings. Whether for live concerts, presentations, or broadcasting, the SLT23460FC delivers reliable performance and sound clarity that professionals demand.
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