Azoteq, a supplier of capacitive proximity solutions, has launched the IQS259 low power capacitive proximity and touch controller. The novel IQS259 complements the ProxSense family of capacitive proximity and touch controllers, and establishes proximity and touch sensing by introducing new standards through only 8 µA of power usage. The IQS259 is more efficient compared to other similar devices.
imec, a company conducting research in nanoelectronics, and Holst Centre, an open-innovation independent research and development centre, have announced the creation of a micromachined vibration energy harvester that provides high output power.
Silent Call Communications, a Michigan based company, introduce a child/baby cry monitoring system that helps the parents and baby sitters to get alerted when a child or baby is crying or is awake.
Flexpoint Sensor Systems have received an additional four orders for its newly launched universal sensor. So far a total of six companies have placed orders for the sensor.
At the beginning of September, Noliac participated in the 2011 Multinational Ballistic Missile Defense Conference and Exhibition. This year, the event was hosted by the Danish Ministry of Defense and held in Copenhagen.
The groundbreaking ceremony for the Richard Desich SMART Commercialization Center for Microsystems at Lorain County Community College took place last Friday. The new 46,000-square-foot building, will focus on the commercialization of sensors and microsystems.
The Small Business Innovation Research (SBIR) funding was awarded to KCF technologies by Defense Threat Reduction Agency (DTRA) for improving their tools for finding and tracking Weapons of Mass Destruction before they were put to use.
The Second International Institute for Computer Sciences, Social Informatics and Telecommunications Engineering or ICST Conference on Arts and Technology will take place from 7 to 9 December 2011 in Esbjerg, Denmark.
Piezoelectric manufacturer MicroGen Systems is set to create chips that can convert vibrations into electricity to power sensors. The Ithaca, New York based company is looking at producing an energy scavenging chip that can convert the environmental vibrations into a source of power for wireless sensors.
The INNALABS team developing the CVG gyroscopes with the highest Bias stability and the lowest noise, known as INL-CVG, has successfully completed the development phase and has started the design validation of the sensing element and control loop portion to ensure it meets all requirements for INL-CVG commercial and defense users and marks the project’s transition to production.
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