Elipson Horus 10C Centre Speaker
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Product Video
Features
| Manufacturer | Elipson |
|---|---|
| Warranty The length of time your product is protected by warranty | 2 Years |
Tech Specs
- Tuned Frequency - 62 Hz
- Power - 100 W RMS
- Frequency response (± 3dB) - 52 - 25 000 Hz
- Recommended power amplifier - 30 - 150 W
- Sensitivity - 91 dB / 1W / 1m
- Impedance - 6 Ohms
- Dimensions - Height- 175 x Width- 450 x Depth- 250 (270 with grille)
- Weight - 6.2 kg
Description
Elipson Horus 10C centre speaker is part of the Horus range of great value speakers and is designed to sonically voice match with the Elipson Horus 6B and/or Elipson Horus 11F speakers.
The 10C will allow you to create a surround sound system by providing the centre or dialogue channel. The speaker has two powerful 130mm low/midrange drivers as well as a 25 mm silk dome tweeter. It is a bass reflex design with a front-firing bass port.
This speaker is a great compliment to the 6B bookshelf speakers and 11F floorstanding speakers. This speaker has a wide frequency range and avoids the pinched-in effect, with voice reproduction.
Three capable drivers
The 10C has a wide frequency response, for a centre speaker. That is 52 Hz to 125 kHz, this means that dialogue and effects should get the best possible clarity and impact. The two bass/midrange drivers have a cellulose pulp cone. The cone is then coated with glass fibre to aid with rigidity and prevent warping. The tweeter has a silk dome and a neodymium magnet. The drivers are matched to provide a cohesive sound.
Why two-way speakers?
When radio began the frequency range of the audio was limited, as a result, simple single speakers were adequate. However, as audio quality improved it became apparent that a single cone could not reproduce the full audio spectrum. This is due to the fact that high frequencies have a shorter wavelength. Larger cones cannot vibrate fast enough to effectively reproduce frequencies above about 3kHZ. This is known as the crossover frequency. As a result, tweeters were developed, these have a smaller cone and are much more effective at high frequencies. However, they need a crossover to block low frequencies. Crossovers are just high-pass filters made with a capacitor and coil combination.