KSV Optrel BAM 300 is a real-time thin film imaging system for a

10/2/2009

KSV Optrel BAM 300 is a real-time thin film imaging system for an analytical and preparative Langmuir- film instrument. Live picture(s) to the lateral resolution of 1 microns at speed of up to 25/fps can be seen on PC screen while data is recorded to the hard disk.
When purchased together with either KSV Mini or 2000 Troughs, the fitting/modification work to fit over the KSV Trough is included in the above BAM price.

The complete system ready to use setup includes:
- Goniometer
- Tripod for goniometer
- Camera module
- Laser module
- Black glass plate for removing stray light interference
- Objective with 10x magnification
- Matrox Cronos frame grabber
- High Voltage power supply for the laser module w/power cord
- 12 V DC adapter for the camera module
- BNC cable (video out from camera to frame grabber)
- KSV Optrel BAM300 manual
- CD-ROM with drivers for the Matrox Cronos frame grabber
- BAM300 software
- Tool set

Recover, Repair, Recycle

25/1/2009
Benefit from Huntron's 30 years of providing quality Diagnostic Tools for PCA Recovery
 With today's val
id concerns for protection of our environment, the recovery, repair and recycling of printed circuit assemblies (PCAs) is a positive move towards sustainable environmental-friendly practices.
Huntron has been helping businesses troubleshoot and repair printed circuit assemblies for over 30 years. Repairing rather than discarding failed PCAs keeps the potentially harmful chemical components such as lead out of our world's landfills and disposal sites.
Below is a list of Huntron products to help you recover, repair and recycle PCAs:
• Huntron Tracker 2800
• Huntron Tracker Model 30
• Huntron TrackerPXI
• NFSA RF Prober
New Version of Huntron Workstation Available!
A new version of Huntron Workstation is now available for download. Go to the Workstation Support web page to download version 4.1.3273! Update December 22, 2008.
New Automated Near Field Signature Analysis
 Combining the Huntron Access Robotic Probing Station, Huntron Workstation Software and the new Test Evolution (TEV) Non-Contact RF Near Field Probe with local synthetic measurement technology sets the standard for Near Field Signature Analysis (NFSA).
Placing the sensor, receiver and signal processing in one compact RF Probe assembly allows the sensing of EM fields emanating from RF circuitry. A specific position in a Near Field is defined as a Virtual Test Point™ (VTP) where a NFSA measurement is made. Identical circuits emanate nearly identical fields at the VTP. The combination of Huntron Prober and TEV RF Probe allows accurate positioning and measurement of VTPs. This provides the repeatability to measure VTP's from 200MHZ to 3GHZ on RF assemblies.
When used for test, an engineer examines the UUT schematic with an eye toward following the RF signal path. Using Huntron Workstation Software, points along that path are selected for Virtual Test Points (VTP). A set of known good boards are then scanned making and saving Near Field signatures at the VTP's. Unknown UUT's are scanned with the same VTP's against the saved signatures. Any deviation against stored signatures indicates areas of concern.
Near Field Signature Analysis (NFSA) is close proximity sensing of EM fields emanating from RF circuitry. Near Fields are close to active circuits with the strength dependent on power and circuit design. AC circuits radiate a unique frequency and magnitude “signature” being a function of frequency of operation, magnitude, distance to the test probe and geometric location of the probe.
The RF NFSA Prober will be available from Huntron to USA customers only in early 2009. Contact Huntron for more details on Near Field Signature Analysis.
Download the latest NFSA RF Prober brochure now!
Huntron Access USB Probers
 The NEW Huntron Access USB Probers are the latest versions of the popular robotic probers used to automate testing of complex printed circuit boards. The Access USB Probers come in two sizes - the Access USB Prober can handle PCBs up to 19.4” by 14” and the larger Access 2 USB Prober can hold PCBs up to 22” by 23” in size. The new Probers come with a USB Probe Tip camera to monitor the probe placement as the test progresses. Both Probers uses linear encoders for incredible 20 micron accuracy. The new Access USB Probers can also be ordered with the Tracker Model 30 embedded inside the chassis for a space saving, all-in-one platform.
Download the latest Diagnostic Systems brochure now!
Huntron's flexible, automated diagnostic solutions help people solve circuit card problems.

Huntron was founded in 1976 with the introduction of the Huntron Tracker®, the pioneering troubleshooting tool that uses power-off signature analysis to identify component failures on printed circuit boards.

Today, Huntron's reputation in providing automated power-off diagnostics results in instrumentation and software for test, inspection and repair of electronic printed circuit assemblies.
 As density and complexity increase, printed circuit assemblies become tougher to probe and test. Huntrom complements conventional test equipment with access and test tools that catch the elusive problems other test methods often miss. The keys are physical and virtual access, which translates into meaningful results such as shorther design cycles, improved production yield and lower warranty costs. When you need to test, diagnose or troubleshoot complex circuit boards, Huntron lets you access, explore and discover more.
Contact us for more information on how we can help solve your test and troubleshooting needs

BUCK BOOTS

25/1/2009
inear Technology Corporation introduces the latest device in its family of DC/DC uModule™ regulator systems that can regulate an output voltage from a variable input voltage greater than, less than or equal to the output voltage.

The LTM4607 is designed for higher voltage systems and operates from 4.5VIN to 36VIN, regulates an output voltage from 0.8V to 24V, and delivers output power up to 190W. The LTM4607 integrates a synchronous buck-boost DC/DC controller, four N-channel MOSFETs, input and output bypass capacitors and all compensation circuitry in a 15mm x 15mm x 2.8mm land grid array (LGA) plastic molded package. Only an inductor, feedback and sense resistors, and bulk capacitors are required to implement a very low profile, compact and high efficiency design. The LTM4607 provides a compact regulator solution for applications such as networking, industrial, automotive systems and high power battery-operated devices.
The LTM4607 is offered for operation from -40°C to 85°C temperature range

Electric cars move closer to your garage

25/1/2009

(AOL Autos) -- At the 2009 Detroit Auto Show, Chrysler, Mercedes-Benz, Toyota and MINI showed the world what electric vehicles of the future will look like. And the future of driving looks fun.

Those in the know realize that sometime in the future, the vast majority of light cars and trucks in the US will feature electric final drive systems.

The motors used in these systems will be powered by batteries, fuel cells, on-board generators, and perhaps even the sun ... but this open issue doesn't change the inevitably of this reality.

Given our current economic times, reality demands practical, tangible, and achievable ideas of what electric vehicles (or "EVs" for short) might actually look like. This is it...

Chrysler

Three of the four electric vehicles Chrysler showed in Detroit, Michigan, were shown at other events and even to Washington bureaucrats. Each of these vehicles is a running prototype, not some pie-in-the-sky-we'll-never-build that idea.

ENVI is the special group of engineers at Chrysler that develops the company's EVs. To date, the ENVI group has developed four electrically powered models, each quite different from the other: a Dodge Circuit EV sports car (rear-wheel drive), a Chrysler Town & Country minivan (front-wheel-drive), a Jeep Wrangler Unlimited (all-wheel-drive), and now a Jeep Patriot (front-wheel-drive).

Chrysler promises to offer at least one of these models in 2010, and three more by 2013. AOL Autos: Dodge Circuit EV photos

Chrysler approaches electric vehicles with simple plug-and-play engineering. Every one of their vehicles uses similar electric drive motors (only varying in power output), advanced lithium-ion batteries, and a power management controller. Each plugs in to 110- or 220-volt household outlets for recharging.

The Chrysler and both Jeeps use an on-board range-extending battery charger (a generator). This generator automatically turns on after the vehicle's initial batter charge has been spent (usually within a range of 40 miles), supplying extra voltage that give these three vehicles an estimated range of approximately 400 miles. The generator is powered by a small gasoline-powered engine that runs with exceptional efficiency.

This technology is similar in concept to what General Motors has shown in their Chevrolet Volt, a vehicle that should be ready for production in 2010. AOL Autos: Cadillac Converj photos

The Dodge Circuit carries a larger battery pack and no generator, so its range on the charge it carries is approximately 150-200 miles. Its large battery pack combined with compact dimensions and the exceptional torque provided by its electric motor blast the car from zero-to-sixty mph in around four seconds ... exceptionally fast for any sports car regardless of engine type.

Mercedes-Benz

Mercedes-Benz used the 2009 Detroit Auto Show to showcase their Concept BlueZERO vehicles. The Mercedes approach was to develop one efficient body style, and then equip it with three different electric drive packages. AOL Autos: Mercedes Stirling Moss photos

Much of the hardware for the all-electric front-wheel-drive propulsion units is built into what Mercedes calls "sandwich-floor" architecture that the company uses on several production cars. The design helps keep heavy components mounted low on the chassis for better handling, enhanced safety, and maximized interior room.

All three Concept BlueZERO vehicles include electric drive and batteries. The E-Cell uses a large battery pack that is said to deliver a range of 120 miles. The F-Cell utilizes a smaller battery pack, but supplements the vehicle's range with a hydrogen fuel cell. The fuel cell produces electricity to recharge the battery pack that extends cruising range to 240 miles.

The E-Cell Plus, with a range of approximately 360 miles, is the distance champion. The key is the on-board generator powered by tiny 1-liter turbo-charged three-cylinder gasoline engine. The engine and generator are located in the rear of the BlueZERO.

For the record, when you see photos of these cars together, the E-Cell is lime green, the F-Cell is mint green, and the E-Cell Plus is orange.

Toyota

Adding to its line of popular hybrid vehicles in the U.S., Toyota just confirmed plans to add as many as 10 new gas/electric hybrid vehicles in the next few years.

On their way toward that goal, Toyota showed their all-new, third-generation Prius plus the new Lexus HS250H. AOL Autos: 2010 Toyota Prius photos

Important to this story, Toyota also committed to selling a battery powered electric car in 2012 for the U.S. market.

Toyota debuted what their all-electric vehicle might be at the 2009 Detroit Auto Show, and it's an urban commuter called the FT-EV. The little four-seater is based on Toyota's popular iQ, a car that's already a hit in Japan. The good news is that the iQ is a real car, so the FT-EV will not be a glorified golf cart or a neighborhood vehicle with severely limited capabilities. The claimed range for the FT-EV is 50 miles.

As we went to press, details were still sketchy about the FT-EV's running gear. As Toyota releases more details, we'll bring them to you.

Mini

While standard MINI models like the Cooper are comparatively easy on gas compared to larger cars, under the ownership of parent company BMW, MINI is testing the limits of how green a MINI can be. AOL Autos: 2010 BMW Z4 photos

Perhaps following the performance of the stunt cars used in The Italian Job (2003), BMW decided to investigate a battery-powered MINI. They introduced the MINI E coupe last November at the Los Angeles Auto Show and the car was on display again in Detroit.

The "charged" MINI E can run up to 150 miles on a full battery pack. Charging is accomplished through standard 110- or 220-volt outlets. The electrified MINI weighs 600 pounds more than a standard MINI Cooper and because of the bulk of the required battery pack, the interior seats only two. Performance from the 204-horsepower motor equals the gas-powered MINI, with a 0-60 mph run in 8.5 seconds.

BMW will produce only 500 MINI Es for the United States (if it were easy to make electric MINIs, they'd make more). The limited-production run will be split between New York and L.A. on one-year closed-end leases. After the leases expire, BMW will ship the MINIs back to Germany for evaluation. This scenario mimics what General Motors did with their EV1 electric vehicle about a decade ago.



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