The EK 100 G3 diversity receiver

The EK 100 G3 diversity receiver

This diversity receiver is part of the evolution wireless series generation 3 (ew G3). With this series, Sennheiser offers high-quality state-of-the-art RF transmission systems with a high level of operational reliability and ease of use. Transmitters and receivers permit wireless transmission with studio-quality sound.

Features of the evolution wireless 100 G3 series:

•Optimized PLL synthesizer and microprocessor technology

•HDX noise reduction system

•Adaptive diversity technology

•Switching bandwidth of 42 MHz

•Scan function (Easy Setup) for scanning the frequency banks for unused channels

Adaptive diversity

This diversity receiver uses the ground connection of the line cable as its second antenna to provide improved reception.

The frequency bank system

The diversity receiver is available in 6 UHF frequency ranges with

1,680 receiving frequencies per frequency range:

 

Range A:

Range G:

Range B:

Range C:

Range D:

Range E:

 

516 – 558

566 – 608

626 – 668

734 – 776

780 – 822

823 – 865

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Each frequency range (A–E, G) offers 21 frequency banks with up to

12 channels each:

Channel 1 – frequency preset

Channel 2 – frequency preset

Frequency bank 1 ... 20

Channel 12 – frequency preset

Channel 1 – freely selectable frequency

Channel 2 – freely selectable frequency

Frequency bank U

Channel 12 – freely selectable frequency

Each of the channels in the frequency banks “1” to “20” has been factory- preset to a fixed receiving frequency (frequency preset). The factory- preset frequencies within one frequency bank are intermodulation-free. These frequencies cannot be changed.

For an overview of the frequency presets, please refer to the supplied frequency information sheet. Updated versions of the frequency information sheet can be downloaded from the EK 100 G3 product page on our website at www.sennheiser.com.

The frequency bank “U” allows you to freely select and store receiving frequencies. It might be that these receiving frequencies are not intermodulation -free (see page 19).

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