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CMOS 16 MP Image Sensors enhance mobile device functionality.

2015-08-11 14:31:06| Industrial Newsroom - All News for Today

Designed for smartphones and tablets, T4KC3 and T4KC3-121 are backside-illuminated (BSI) chips that feature phase detection auto-focus (PDAF). Bright Mode technology, also included, enables HD video capture at 240 fps equivalent, and HDR support enables capture of natural images of scenes with high contrast ratio. Output speeds reach up to 30 fps at full 16 MP (4624 x 3472 pixels) resolution with power consumption of 240 mW or lower. Lower resolutions are supported at higher frame rates.

Tags: image mobile device enhance

 

RF Module accelerates implantable medical device development.

2015-08-10 14:31:06| Industrial Newsroom - All News for Today

Optimized for such implantable medical devices as pacemakers, cardiac defibrillators, and neurostimulators, 5.5 x 4.5 x 1.5 mm ZL70323 implements all RF-related functions needed to deploy implant node in Medical Implantable Communications Service (MICS) RF telemetry system. Components include ZL70103-based, MICS-band RF transceiver; 2.45 GHz wake-up receiver matching network; 24 MHz reference frequency crystal; and decoupling capacitors and series termination resistors.

Tags: development medical device module

 
 

Caltech team reports new device for solar-driven production of hydrogen

2015-08-10 13:55:42| Green Car Congress

Tags: of team reports production

 

New Device Converts DC Electric Field To Terahertz Radiation

2015-08-07 09:54:13| rfglobalnet News Articles

Terahertz radiation, the no-man's land of the electromagnetic spectrum, has long stymied researchers. Optical technologies can finagle light in the shorter-wavelength visible and infrared range, while electromagnetic techniques can manipulate longer-wavelength radiation like microwaves and radio waves.By Laurel Hamers

Tags: field device electric radiation

 

New Device Converts DC Electric Field To Terahertz Radiation

2015-08-07 09:54:13| wirelessdesignonline News Articles

Terahertz radiation, the no-man's land of the electromagnetic spectrum, has long stymied researchers. Optical technologies can finagle light in the shorter-wavelength visible and infrared range, while electromagnetic techniques can manipulate longer-wavelength radiation like microwaves and radio waves.By Laurel Hamers

Tags: field device electric radiation

 

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