Description
- Three (3) Hi-Def Receiver choices - Wideband, Power and High Power.
- Environmental recognition system employs a layered noise reduction algorithm reducing background sounds in noisy environments creating the clearest sound possible
- Third generation adaptive feedback canceler providing faster adaptation time, thus allowing for higher added stable gain
- 1 Year warranty
Denali introduces the all new Churchill Receiver in Canal instrument offering next generation hearing technology in a compact case design with a thin tube with adaptive directional-thin tube. A 24-bit processor for optimized dual sound computing is at the core of the 12 channel devices. The instrument features a 312 battery; a New Power Seal Thin Tube, capturing high fidelity sound, 24-bit processor, optimized Dual Sound Computing Power, 12 channels. Thin Tube system, microphone and Dual Sound Computing Power unite to minimize the chance of feedback. The environmental recognition system combines with twelve channel layered noise reduction to reduce unwanted background noise and minimize occlusion, thus providing for a more natural listening experience. The state of the art adaptive directionality algorithm in the Churchill offers constant stability of directional acoustic patterns for improved listening comfort. P2i nano-coating is available for increased moisture protection. The Churchill Receiver In the Canal product offers an ideal blend of flexible choices of performance in our most powerful 12 channel circuitry model. Placing the receiver in the ear canal provides a natural listening experience without the clutter of background noise. The advanced technology of the Arro offers clear hearing in most environments allowing you to enjoy dining out, talking with friends and listening to the soft sounds of nature. Features include voice prompts for memory position, a third generation adaptive feedback providing faster adaptation time, thus allowing for higher added stable gain. The environmental recognition system employs a layered noise reduction algorithm reducing background sounds in noisy environments and noise between speech, creating the clearest sound possible.