Fairchild Semiconductor describes how their various smartphone component solutions benefit the engineer at electronica 2010.
AVX demonstrates the advantages of using their new wire-to-board connectors at electronica 2010.
Akros Silicon shows off its Power System-on-Chip solution with Power-over Ethernet capability at electronica 2010.
NXP provides details their new automotive LED Driver ICs with advanced features at electronica 2010. The devices require fewer external components than previous solution.
NXP provides details their new automotive LED Driver ICs with advanced features at electronica 2010.
Analog Devices shows off their online reference design tool that aids engineers in creating subsystems to empower their designs.
Energy Micro demonstrates a vibration-harvesting energy-generation system at electronica 2010.
XMOS demonstrates their latest motor-control chip and its flexibility of I/O and control capabilities at the 2010 electronica conference.
Silicon Labs shows off the latest in their timing device portfolio at electronica 2010.
FCI at the Electronica 2010 in Munich, Germany. This video provides a short overview of the FCI booth and it's product highlights at the Electronica 2010 in Munich, November 9 - 12.
International Rectifier demonstrates their new Gallium Nitride (GaN) transistors and how they can shrink the size and parts count of an audio power amp design.
Univ. of Illinois researchers are using a new kind of microsensor to answer one of the weightiest questions in biology -- the relationship between cell mass and growth rate. The team, led by electrical and computer engineering and bioengineering professor Rashid Bashir, published its...
ITT shows off their new UL-qualified EVC high-amperage e-vehicle charging handle/connector that enables faster charging times.
Cree demonstrates half-bridge hard-switched Silicon Carbide (SiC) MOSFET in a 1,000-V DC/DC converter configuration delivering 10.38 kW at 97.5% efficiency.
Nextreme demonstrates how their energy-harvesting technology can use the heat from a human arm to drive low-power (~60 microwatts in this case) electronics with no external power supply.