Cree and MSC Sign Distribution Agreement

Cree, Inc. (Nasdaq: CREE), a market leader in LED lighting and MSC Vertriebs GmbH, one of the leading high-tech distributors of electronic components in Europe, have signed an distribution agreement, to increase the sale of Cree LED components in Germany, Austria, Switzerland, Benelux and France.

“We are pleased to have MSC representing the full line of Cree high-power and high-brightness LEDs,” said Ralf Buehler, Cree vice president, EMEA. “MSC is a leading high-tech electronics distributor with an excellent reputation for demand creation as well as customer service and we look forward to accelerating the LED lighting revolution throughout Europe.”

“In co-operation with a renowned manufacturer which puts high value on research and development of innovative products, MSC is able to provide superior high-power packaged LED products and services. We are not just able to provide the component itself, but support customers throughout the entire project from the first idea to the conception up to the realisation of the optimal lighting solution.“ said Frank Schimmer, MSC marketing director lighting solutions group (LLS).

Cree

Cree is leading the LED lighting revolution and setting the stage to obsolete the incandescent light bulb through the use of energy-efficient, environmentally friendly LED lighting. Cree is a market-leading innovator of lighting-class LEDs, LED lighting, and semiconductor solutions for wireless and power applications. Cree’s product families include LED fixtures and bulbs, blue and green LED chips, high-brightness LEDs, lighting-class power LEDs, power-switching devices and radio-frequency/wireless devices. Cree solutions are driving improvements in applications such as general illumination, backlighting, electronic signs and signals, variable-speed motors, and wireless communications.

Vectron Announces Enhancements to the World’s Smallest Space Qualified Clock with Swept Quartz

New Crystal Development for High Reliability Space Applications Enables Leading Satellite Manufacturers to Reduce Payload Costs

Today MSC Vertriebs GmbH announced enhancements to Vectron’s existing family 1118 of high reliability clock oscillators with swept quartz. The “E”, “R” and “B” platforms all contain swept quartz crystals. These eliminate the potential for significant frequency shifts and enable devices for operating in harsh environments.

The model 1118 is the world’s smallest high reliability crystal oscillator measuring 5 x 7 mm enclosure. It performs highest expectations for a space-qualified, hybrid clock according to Vectron’s OS-68338 specification which defines the design, assembly and functional evaluation of high reliability, hybrid clock oscillators such as environmentally rugged construction, minimized footprint and radiation-hardened design on request. Devices complying to this specification features standardized parts, materials and processes (PMP) program developed, implemented and are certified for advanced applications and extended environments.

The model 1118 exceeds stringent MIL-STD-202 shock and vibration levels normally imposed for tactical and space flight environments. Minimum figures are a random vibration with method 214, cond. II-J (43.92g rms), the sine vibration with method 204, cond. G (30g peak) and at least the mechanical shock with method 213, cond. F (1500g, 0.5ms).

Designed for standard 5.0 Vdc operation, optional 3.3 Vdc input is available on request at MSC Vertriebs GmbH.

Please contact: Frequency-Vectron@msc-ge.com

 Vectron's new VMEM5Q Crystal Oscillator

Half a year ago MSC signed a distribution contract with Vectron International, a world leader in design, manufacturing and marketing of frequency control, sensor, and hybrid product solutions. Vectron uses latest techniques in both bulk acoustic wave (BAW) and surface acoustic wave (SAW) based designs from DC to microwave frequencies. Apart from varous other devices, Vectron’s product portfolio contains the new compact oscillators VMEM5Q. They are  suited for the manufacturing of smart munitions, projectile electronics, missiles, gun-hardened and other highshock and vibration applications.

Vectron's new compact oscillator VMEM5Q ideal for high-shock and vibration applications, utilizing Discera's Pure Silicon™ MEMS resonator, is available from 1 to 130 MHz and offers operation in a -40 to +85 degree Celsius temperature range with 100 and 50 ppm stabilities.

The high shock resistant clock oscillator operates from 3.3 V supply and has an enable/disable feature to allow the clock output to be disabled for board testing. The VMEM5Q is housed in a 5 x 3.2 mm QFN package and has passed Vectron's rigorous qualification testing including MIL-PRF-55310.

Further information are available at MSC Vertriebs GmbH. 

Contact: Frequency-Vectron@msc-ge.com

In just 2 days - Oscillators Feature Custom Frequency

TST TAI-SAW Technology Realizes Samples and Pre-Series in a Minimum of Time!

With the PCXO-3225 and PCXO-2520 series programmable oscillators by TST TAI-SAW Technology offers a clock source that is suitable for many frequencies delivered in avery short time. The programmable oscillators PCXO have an internal PLL and can generate frequencies within a range of 1 to 166 MHz. They are available in 3.2 x 2.5 mm and 2.5 x 2mm SMD packages also used for standard oscillators with direct frequency generation. The operating temperature ranges from -20 to +70°C with a frequency tolerance of ±25 ppm or -40 to +85°C with ±50 ppm. All programmable oscillators are RoHS compliant and lead free for lead-free soldering.

The PCXO series oscillators are manufactured as “blanks” and can be set at a later point in time by programming the internal PLL for the desired source frequency. This results in the capability to program small lots on short notice at MSC Vertriebs GmbH and deliver them within 48 hours. There is no minimum ordering quantity for the PCXO series.

Macronix Breaks the 128 Mbit Barrier for Serial Flash in an Innovative and Simple Way

Serial flash memory using the Serial Peripheral Interface (SPI) utilizes a 24-bit addressing scheme that limits the maximum density to 128 Mbits. However, to be able to add new features, applications require greater densities. For these serial flash applications requiring more storage, many system engineers have been forced to search for alternative memory solutions. While other non-volatile memory solutions will work, they don’t offer the well known advantages of serial flash - such as lower pin-count, smaller footprint, simplified board layout&design, reduced system noise/EMI, and reduced system cost. The ideal solution would be a serial flash device capable of breaking the 128 MB density barrier. As leading manufacturer of serial flash memory, Macronix has solved this problem by providing an innovative and simple operation mode; it extends the addressable range from 24-to 32-bits. The increased address range will accommodate future serial flash memories starting with 256 MB to densities as large as 32 GB. Macronix is currently offering serial flash densities up to 256 MB, but with 32-bit addressing, there is plenty of room for future density increases.

Potential market applications are mainly system applications related to the storage of large application image files, as WiMAX, high-end data communication, set-top boxes, storage, high-end server and projector applications. Since high-density serial flash memory can provide high capacity storage combined with a low pin count, it’s the ideal solution for system processors/ controllers storing large program code images in non-volatile memory. In addition to code storage, a high density serial flash will have sufficient space for data storage, e.g. user data/configuration files that can be stored in the memory space not utilized by the code image. In other words, the market urge to adopt high-density serial flash memory is getting stronger.

There are up to 11 commands that require a 24-bit address for operation. Since there is already a large number of commands requiring an address, adding a new set of 32- bit address commands would double them. This would add complexity to the design of the silicon and increase its cost. To avoid this, the 256 Mbit serial flash can switch between addressing modes with only two newly added commands.

The actual method of operation is similar to the existing general command format where CS# is first driven low, followed by clocking in the 8-bit command for either entering (e.g. B7) or exiting (e.g. E9) the 32- bit addressing mode. Afterwards, one can use the standard commands in the normal fashion as long as one uses the appropriate number of address bits for the selected addressing mode.

Backwards compatibility to existing serial flash products was an important design consideration. This was fully achieved by the following methods:

• The 256 MB memory is always power-up in 24-bit addressing mode.
•  32-bit addressing mode is needed to access the hole 256 MB.
• The contents can be dumped to DRAM in 24-bit addressing mode.
• Since using an internal 32-bit address counter, the entire content can be accessed in 24-bit address mode.

That means that neither the processor nor the controller has to be modified and existing software using the 24-bit addressing scheme can be used.

Macronix breaks through the serial flash density barrier with a new 32-bit address mode that enables memory densities of 256 Mb and higher. System designers can continue to use the SPI structure for their new high density applications and still benefit from cost advantages of low pin count devices. Software engineers don’t have to worry about rewriting software but can continue to use their existing software and enhance it to take advantage of additional memory space. For the industry, this represents a milestone in the advancement of high-density serial flash and expands wideranging applications of serial flash memory.

More information: memories-macronix@msc-ge.com

e2v Releases 32-bit Processors with Integrated Single or Dual e600 Core

The New PC86-Family Is Ideally Suited for Extended-Reliability Applications!

Two new processors, available at MSC Vertriebs GmbH, offer unbeatable performance, connectivity and integration of the high-performance e600 core for demanding applications including aerospace and defence, networking as well as storage and wireless infrastructure.

The PC8640(D) features single or dual e600 cores running at up to 1250 MHz. The PC8641(D) is equipped with single or dual e600 cores running at up to 1500 MHz, operating over a market leading extended temperature range of -55°C to + 125°C.

The processors also include dual 64 bit DDR2 memory controllers, to match the bandwidth requirements of two cores, two flexible high-performance I/O ports supporting PCI Express and Serial RapidIO to connect a variety of other on-board high-performance devices for applications such as defence guidance, video processing and aircraft cockpit displays.

These 32-bit processors are the next level in extended-reliability performance from e2v based on the successful partnership with Freescale Semiconductor.

For further information please contact MSC Vertriebs GmbH. 

Contact: e2v@msc-ge.com

Elcom’s Uniq PC - Ultra Thin in Modern Design

MSC Vertriebs GmbH Encourages to Discover the Benefits of the Slimmest POS System Product!

Uniq PC is a comprehensive solution, consisting of a monitor, computer and a touchpanel. Explained in just two worlds an all-in-one solution. It draws an impression of excellence at first look, particularly because of its attractive and modern appearance.
The innovative design allowed the manufacturer to develop one of the slimmest POS system products on the market. The ultra thin and elegant panel, just 39 mm thick, leaves customers with the impression of a professional approach to business.
An unique feature is the passive cooling system, Uniq PC’s housing has no openings, no moving and rotating parts, thus is absolutely silent and keeping equipment failure rate close to zero. It greatly increases the security and stability of operations.
Uniq PC has a 15-inch touch-screen with a 1024×768 resolution. It is equipped with a resistive touch panel, which offers reliability and comfort in any work environment, which is provided as a standard. For more demanding, a capacity touch-screen is available that is already activated by the touch and provides an high contrast of display projection. The high-performance Intel Atom processor is characterized by low energy consumption. The processor is fully compatible with Windows, Windows CE, Windows Embedded or Linux.

The optional vandal proof technology prevents scratching on the screen due to an built-in thick tempered glass. Its rubberprotected sides improve its shock resistance and scratchproof. The durable aluminium construction withstands rough handling of the Uniq PC.
Uniq PC has an unique waterproof and dustproof housing IP–54, making it suitable for a variety of ensvironments and applications. It has an optional antibacterial coating washable with antibacterial detergents.

Uniq PC is a flexible system with a wide range of possibilities for connecting accessories and peripheral devices. These can be connected either directly to the Uniq PC or through the port replicator via discreetly hidden cables. You can also use internal Ethernet or external Wi-Fi and Bluetooth connection. A broad offer of the different port replicators according to customer’s requirements is provided. The variable design of Uniq PC allows to choose a method of storing internal data: either on hard disk or an solid state disk. Like all of Elcom’s products, Uniq PC was produced in accordance with the requirements of the EU for the lead-free production and it is made from environmental recycling materials.

New mega AVR with 128 KB Flash in Small 44-Pin Package!

Double Your AVR's Flash Memory!

MSC Vertriebs GmbH and Atmel Corporation announced the availability of a 128 KB picoPower megaAVR microcontroller, targeting size-constrained, low-power applications. 

The ATmega1284P comes in a small 44-pin package and features ultra-low-power consumption, 128 KB flash as well as 16 KB random access memory (RAM). Therefore it is perfectly equipped for various applications such as wireless and ethernet nodes, home automation and other code-intensive battery or signal-line powered products.

ATmega1284P reduces design footprint by doubling flash and quadrupling RAM size compared to existing picoPower megaAVR microcontrollers.

With its16 KB of SRAM, it is the ideal controller for low-power applications that traditionally need external SRAM. By removing the external SRAM and address latch, the ATmega1284P significantly reduces the bill-of-material, manufacturing cost, complexity and development time. It consumes 100 nA in power-down mode, 700 nA in power-save mode and 0.45 mA in active mode at 1.8 V and 1 MHz.

The ATmega1284P is pin- and feature-compatible to the ATmega164PA, ATmega324PA, and ATmega644PA. The four devices provide a drop-in migration path from 16 to 128 KB of flash and 1 to 16 KB of RAM.

For further information please contact MSC Vertriebs GmbH.

Contact: micros-atmel@msc-ge.com

Lattice Simplifies System Control Applications with MachXO Control Development Kit

Control Development Kit and 12 New Reference Designs Supporting MachXO PLDs Accelerate Time-to-Market for System Control Designs

MSC Vertriebs GmbH announced the immediate availability of the new MachXO Control Development kit of Lattice Semiconductor in combination with 12 new reference designs, ideal for prototyping system control functions such as temperature and current monitoring, power supply sequencing, fan control and fault logging, that are commonly found in telecom infrastructures, servers as well as industrial and medical applications.

The new kit offers designers of CPLDs and low-density FPGAs a comprehensive suite of board management and system control resources to enable the development of system control designs.

Designed for general purpose I/O expansion, interface bridging and power-up management functions, the instant-on, easy-to-use MachXO programmable logic device (PLD) family offers customers an “All-in-One-PLD” by providing distributed and embedded memory, built-in PLLs, high performance LVDS I/O, remote field upgrade (Lattice’s TransFRTM technology) and a low power sleep mode, all in a single device.

The MachXO Control Development Kit includes a USB cable for device programming, AC adaptor (international plugs) and QuickSTART documentation.

The associated reference designs and free ispLEVER Starter Design Software is available at MSC.

Contact: proglog-lattice@msc-ge.com

YDS Presents DC/DC Converters and Network Components

In 1998 YDS had been qualified to ISO9002. In 2001 the company was certified to ISO9001:2000. YDS is committed to provide products with excellent quality, high reliability, fl exible delivery, and, most importantly, is strategically setting its resources, such as a manufacturing base in China to be cost competitive. To minimize harmful effects on the environment caused by producing activities, and to achieve continual improvement of its environmental performance, YDS puts lots of effort on limiting harmful materials and has been approved to ISO14001:2004 environmental management in 2005. IECQ080000 Hazardous Substance Process Management certification was awarded in 2008.

To ensure that all its products meets the RoHS standard, YDS recently added an Energy Dispersive X-ray Fluorescence (EDXRF) device. This system can quickly detect Cd, Pb, Hg, Br, Cr, Cl or any substances specified in the RoHS directive and represents YDS’ accomplishment to meet customers requirements of RoHS compliant products.

Intensive research and development enable YDS to answer any specific inquiry from customers around the world. Besides the wide range of standard items, special designs and modifications to customer specifications are produced. Most of YDS’ products are certified to UL1950 or UL60950-1.

New 7 Inch WVGA TFT: TX18D35VM0AAA

New TFT Impresses with IPS-Pro-Technology, LED Backlight, Mechanical Quality and Brilliant Optical Performance

MSC Vertriebs GmbH distributes the new 7 Inch display of the manufacturer Hitachi. The panel is ideal suited for various applications in monitoring, media terminals and user interfaces in rugged industrial environment.

It features the latest and innovative IPS-Pro technology, which makes it superior to other panels with common TN cell structure. Advantages are stable color image from any viewing angle, excellent color saturation and very high contrast.

The aspect ratio is 15:9 wide format by a resolution of 800x480 pixels.

Infinitely variable dimming of the LED backlight is possible, due to an integrated LED driver. The typical brightness is 450 cd/m2 and the contrast is specified with 600:1.

The proportion of bezel to screen is significantly benignant, which enables space-saving applications. The outline measures 165 x 104 x 12,8 mm.

Operating temperature ranges from -30 up to +85 degrees Celsius.

On customer request the MSC delivers the display with laminated analogue resistive type touch screen.

Contact: hitachi@msc-ge.com