Programmable Low Power ASIC for Hearing-aids
ثبت نشده
چکیده
The combined company TÜRK+TÜRK ELECTRONIC GMBH (T+T) and INTERTON HÖRGERÄTE GMBH is developing, manufacturing and selling hearing-aids. T+T does the developing and manufacturing, and the subsidiary company INTERTON HÖRGERÄTE is responsible for the selling and the marketing. The company started the AE with the aim to develop an ASIC, which replaces the mechanical trimmers in the hearing-aid. This would offer several advantages, including improved performance, miniaturisation, applicability to both current and future hearing-aids, and ease of programming. The miniaturisation affects the ITE (In-the-Ear) and CIC (Completely-in-Channel) hearing-aids of the smallest size, which represents a niche market for a small company like T+T. These aids have a higher cosmetical use than BTE's (behind-the-ear). Larger companies like SIEMENS or PHILIPS are pushing ahead with using digital signals processing ICs (DSP). The AE allows the company to participate at this technology. The company gained advantage in all aspects of low power mixed signal ASIC methods, so that they take an active part in further designs. The experiment costs were 155,000 ECU with a duration of 15 month. The increase in sales of the new product will allow the company to increase its profit in 1999. The payback period will be 2 years after introducing the product in the market. The product lifetime is about 5 years, the return on investment is about 300%. The time to market is about 1 year. In general the results of this AE will be of interest to companies, operating in the high-end hearingaid and acoustic market. 1. Company name and address TÜRK + TÜRK ELECTRONIC GMBH AM DÄNNEKAMP 15 D-51469 BERGISCH GLADBACH Germany
منابع مشابه
An FPGA Implementation Of Hearing Aids based on Wavelet-Packets
Advances in digital signal processing and microelectronics have led to the development of superior digital hearing aids for ameliorating severe defects of hearing. The progress in field programmable gate arrays (FPGA) technology, especially for miniaturized system applications, allowed increasing sophisticated features to be built for better sound reproduction, keeping small size and low power ...
متن کاملLow Power Design of the Processer Based on Architecture Modifications
In the recent era as the devices are shrinking down low power design methodologies are of greater importance.A CGRA that is focused on data path computations for a particular application domain is a balancing act akin to design an ASIC and a FPGA simultaneously. Narrowing the application domain significantly makes the design of the CGRA very much like that of a programmable ASIC. Widening the a...
متن کاملImplementation of a programmable neuron in CNTFET technology for low-power neural networks
Circuit-level implementation of a novel neuron has been discussed in this article. A low-power Activation Function (AF) circuit is introduced in this paper, which is then combined with a highly linear synapse circuit to form the neuron architecture. Designed in Carbon Nanotube Field-Effect Transistor (CNTFET) technology, the proposed structure consumes low power, which makes it suitable for the...
متن کاملA Novel Shift and Add Algorithm for Low Power and Area Efficient Fir Filter
High-speed DSP systems are increasingly being implemented on FPGA hardware platforms. This trend is being fuelled by insurmountable ASIC project costs and the flexibility and reconfigurability advantages of FPGAs over traditional DSPs and ASICs, respectively. Very recently, Structured ASIC technology has yielded lower cost solutions to full custom ASIC by predefining several layers of silicon f...
متن کاملAn Ultra Low-power Programmable DSP System for Hearing Aids and Other Audio Applications
This paper describes an application specific signal processor (ASSP) designed for miniature, ultra low-power, audio signal processing applications. The ASSP includes a high-fidelity weighted overlap-add (WOLA) filterbank, a 16-bit DSP core, two 14-bit A/D converters, a 14-bit D/A converter and a flexible set of peripherals. This design excels in applications that require efficient frequency-dom...
متن کامل