Thomas C Lininger

Title: The Innovative Mind of Thomas C. Lininger

Introduction

Thomas C. Lininger, hailing from New Buffalo, Michigan, is a notable inventor best recognized for his contribution to the field of audio technology. With a keen interest in enhancing sound recording and reproduction, Lininger has developed innovations that have paved the way for better audio experiences.

Latest Patents

Lininger's most significant patent is for an electret microphone. This innovative microphone features a head that is easily assembled within a housing containing an electrically conducting backplate and an air-permeable filter member. These components work together to create an electrical connection to an electrically conducting pin. The design includes a handle that houses an electrical connector engaging the head's pin for a seamless electrical connection. Additionally, the handle incorporates an amplifier with a Field-Effect Transistor (F.E.T.) that is electrically connected to the microphone's cable. This amplifier is equipped with a radio frequency filter and surge filter, adeptly functioning with varying direct current potentials.

Career Highlights

Currently, Thomas C. Lininger is associated with Electro-Voice, Inc., a company known for its innovation in the audio technology sector. His work at Electro-Voice emphasizes his commitment to advancing sound technology and improving user experience in audio applications.

Collaborations

Throughout his career, Lininger has likely engaged in various collaborations aimed at enhancing his inventions. Such collaborations with other professionals in the audio technology realm contribute to the continuous development of new audio solutions that meet the demands of the market.

Conclusion

Thomas C. Lininger's work, particularly in designing an advanced electret microphone, showcases his inventive spirit and dedication to enhancing audio technology. His contributions are significant not only for Electro-Voice, Inc. but also for the wider audio industry, paving the way for future innovations in sound recording and reproduction.