N E WS -  P R E S S R E L E A S E  

August 16, 2005  -  for immediate release: 

 

 Saelig to distribute unique capacitive sensing ICs for switching and control.
 

 

Pittsford, NY.    Saelig Company Inc (NY) and Quantum Research Group Ltd (UK) announce a distribution agreement for QRG’s unique capacitive-sensing ICs in North America.  Quantum Research designs world-beating capacitive sensor ICs for switching and control applications based on its patented charge-transfer capacitive-sensing technologies.  QRG ICs are in use worldwide by many of the world’s largest consumer product and appliance manufacturers.  Now these premier products which offer designers novel smooth-surface switch and touch-screen opportunities are available from Saelig Co. Inc. (NY), who will offer customers the same first-class technical and sales assistance they provide for the more than 30 worldwide companies’ products already stocked.

About Saelig Co. Inc.

Since 1988, Saelig Co. Inc. has been searching worldwide for unique, useful engineering electronics products for OEM users, and develops a North American market for these products through marketing, advertising and superlative technical support.  www.saelig.com

About QRG Ltd.
Quantum Research Group (UK) develops world-beating capacitive sensor ICs for switching and control applications based on its patented charge-transfer capacitive-sensing technologies. Target markets comprise high volume consumer applications (including home appliances and audio/video systems), home security, medical, automotive, wireless, RFID, and industrial products.  QRG’s patented technology is more stable and more accurate than other types of capacitive switching, with a dynamic range of several decades. Switching or sensing events may be accurately triggered by an object or a liquid level, even a gloved or close-proximity finger, permitting reliable sensing with unique features like adjacent key suppression and novel spread-spectrum sensing, which lowers cross-sensor interference, reduces RF emissions and susceptibility with extremely low power consumption.  www.qprox.com