ADVERTORIAL TECHNOLOGY IN ACTION
The new S Series in the familiar Push- Pull Connector Family Y-Circ® P
A
High Performance Single Board Computer with NXP
i.MX6 Processor
T
he armStoneA9r2 is a compact and very powerful Single Board Computer in PicoITX form factor.
• NXP
i.MX6 Solo/ DualLite / Quadplus ARM Cortex –A9 with max 1GHz
• Up to 4GB DDR3L RAM , 1GByte SLC Flash , 32GB eMMC
• TFT via 2 x LVDS and DVI • Capacitive and resistive touch panels via I2C
• SD card, Ethernet, USB , CAN , serial , WLAN , Bluetooth.
• Available operating systems are • Starter kit for quick development.
http://www.mansky.co.uk/news/ultimate- performance-with-quadplus-single-board-computer-
armstonea9r2.html
Manhattan Skyline 01344 307733
www.mansky.co.uk
Windows
Embedded Compact 2013 and Linux (Buildroot and Yocto)
All connectors in the S series also have a marking in the form of a blue dot with the Yamaichi logo. That makes connection and finding the coding particularly easy.
About Yamaichi Electronics
Yamaichi Electronics is a market leader for Test & Burn-In sockets, connectors and connection systems. Their reliability and functional dependability are absolutely essential for the success of the overall project. Yamaichi Electronics established themselves on the world market very quickly as a manufacturer of high-quality, reliable components for demanding applications in various markets and applications: semiconductor, industrial automation, automotive, data networking, measurement & testing, medical, mobile computing, embedded computing, and others.
Yamaichi Electronics +49 (0)89 – 4 51 09-0
www.yamaichi.eu
fter the successful establishment of the B series on the market, the S series is now available with a hermaphroditic connector. The S series, like the B series, is implemented in protection class IP50.
Yamaichi Electronics is continuing to develop the push-pull circular connector series Y-Circ® P. Now, in addition to the B series (IP50), there is also an S series (IP50) available with a hermaphroditic connector configuration.
The same
advantages of the B series are provided and assembly is just as easy and error-free using identical half- shells.
The hermaphroditic connector means that the insulator is divided, with male and female contacts installed in both plug and socket. That makes the connection easy and secure.
ROHM Semiconductor introduces SiC technology into Formula E
R
OHM Semiconductor today presented its cutting-edge silicon carbide (SiC) technology at the first race of the new 2016/2017 Formula E season in Hong Kong. At the start of season three, the
leading Japanese semiconductor manufacturer started sponsoring and officially partnering with the Venturi Formula E team. The exciting collaboration between ROHM and Venturi in Formula E highlights the key to success in the all-electric racing series – power management. The challenge of Formula E is to find the most efficient way of using the energy provided by the battery and applying it on the road. To do this, ROHM developed new power device technology using silicon carbide. This material can withstand much higher electric fields than conventional silicon, which results in extremely low losses of power and higher temperature resistance. Thus, ROHM and Venturi hope to gain an edge over the competition while also pushing forward the development of new technical solutions to increase power conversion efficiency.
SiC technology at a glance – making power electronics smaller, stronger and faster
Silicon carbide is a compound of silicon and carbon. It is produced using a crystal growth process of sublimation and exposure to high temperatures of about 2,000°C. Using this technology in power devices, ROHM, a leader in SiC applications, has achieved lower power consumption and more efficient operation. There are several benefits compared to conventional silicon:
SMALLER – System miniaturisation means reduced size and weight, which allows for improved weight distribution in motorsports and less power consumption in general.
STRONGER – Devices with SiC can work with higher voltages and currents, which increases power density and reduces switching losses even under high temperatures.
FASTER – The ultimate outcome of ROHM’s partnership with Venturi. The best performance and maximised probability of speed.
ROHM Semiconductor GmbH 38 OCTOBER 2016 | ELECTRONICS +49 2154 921 0
www.rohm.com/eu
A new vision for Thin Film Electroluminescent Display Systems
C
DS is now offering the incredible, rugged and reliable Lumineq® Electroluminescent Displays.
Lumineq TFEL non-transparent displays are used in aerospace, mining, marine,
military, medical and
many more demanding environments. TFEL displays are some of the most robust and reliable Displays, used in extreme environments, where traditional displays such as TFTs cannot cope with the conditions. EL displays are built for demanding conditions including cold,
heat, wind, vibration, sunlight and even G-Forces.
dust, These
electroluminescent panels retain more than 75% of their original brightness after more than 100,000 hours of operation, making them ideal for a long term design. The technology offers unparalleled image quality in a wide range of challenging visual conditions and applications. The rugged thin film electroluminescent (TFEL) displays do not require heaters or coolers due to the fact that their module performance can be as low as -40 °C and as high as +105 °C. Instant-on performance with Instant pixel response over the entire temperature range, and no motion blur.
Crystal-Display 01634 327420
crystal-display.com
/ ELECTRONICS
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