A new condenser microphone with a 300 nm thick monocrystalline silicon and silicon nitride sandwich diaphragm and an aluminium backplate fabricated using a sacrificial resist layer, is presented and tested. Microphones with diaphragm side lengths of 200 to 476 µm show a flat frequency response between 50 Hz and 20 kHz and sensitivities up to 0,35 mV/Pa at bias voltage of 2V. The microphones can be fabricated on a single wafer without bonding techniques. The technology is suitable for integration of a CMOS signal processing electronic circuit
A capacitive silicon microphone has been fabricated. The component consists of two freestanding poly...
During the last decade, extensive research work has been carried out to develop microphones on silic...
The advancement of silicon micromachining technology has increased the commercial production potenti...
Microphones are ordinary pressure sensors with an optimum behavior in a certain pressure and frequen...
This study reports a CMOS-MEMS condenser microphone implemented using the standard thin film stackin...
A condenser microphone design that can be fabricated using the sacrificial layer technique is propos...
The application of the sacrificial layer technique for the fabrication of a subminiature silicon con...
A miniature silicon condenser microphone with a reinforced piston type diaphragm has been developed....
In this project, a novel diaphragm-backplate structure for silicon condenser microphone is proposed....
Abstract- A novel fabrication process, which uses wafer transfer and micro-electroplating technique,...
A new technique to fabricate silicon condenser microphone is presented. The technique is based on th...
The performance of a single-wafer fabricated silicon condenser microphone has been improved by incre...
In this paper the development of a capacitive microphone with integrated preamplifier is described. ...
This work focuses on the fabrication of a piston-type silicon condenser microphone. The proposed dev...
Capacitive microphones (condenser microphones) work on a principle of variable capacitance and volta...
A capacitive silicon microphone has been fabricated. The component consists of two freestanding poly...
During the last decade, extensive research work has been carried out to develop microphones on silic...
The advancement of silicon micromachining technology has increased the commercial production potenti...
Microphones are ordinary pressure sensors with an optimum behavior in a certain pressure and frequen...
This study reports a CMOS-MEMS condenser microphone implemented using the standard thin film stackin...
A condenser microphone design that can be fabricated using the sacrificial layer technique is propos...
The application of the sacrificial layer technique for the fabrication of a subminiature silicon con...
A miniature silicon condenser microphone with a reinforced piston type diaphragm has been developed....
In this project, a novel diaphragm-backplate structure for silicon condenser microphone is proposed....
Abstract- A novel fabrication process, which uses wafer transfer and micro-electroplating technique,...
A new technique to fabricate silicon condenser microphone is presented. The technique is based on th...
The performance of a single-wafer fabricated silicon condenser microphone has been improved by incre...
In this paper the development of a capacitive microphone with integrated preamplifier is described. ...
This work focuses on the fabrication of a piston-type silicon condenser microphone. The proposed dev...
Capacitive microphones (condenser microphones) work on a principle of variable capacitance and volta...
A capacitive silicon microphone has been fabricated. The component consists of two freestanding poly...
During the last decade, extensive research work has been carried out to develop microphones on silic...
The advancement of silicon micromachining technology has increased the commercial production potenti...