EN-PTFE composite coating exhibits equivalent, or better, properties than cadmium and nickel-cadmium With the last remaining loopholes closing rapidly, the opportunity for connector manufacturers to find an optimum cadmium replacement is here. Even those that produce or distribute aerospace and military-grade connectors are under mounting pressure to meet the tightening requirements of the European RoHS directives, which are pushing towards elimination of cadmium altogether.
Tech industry writers and bloggers have been predicting a smaller-form tablet from Apple for over a year and a half—long before Tim Cook and company announced the latest full-sized, 9.7-inch “new iPad” early last month. As expected, in the weeks since the announcement rumor sites have continued to churn out hearsay articles detailing new specifications of this hypothetical, unconfirmed device.
Why the Battery State-of-charge cannot be measured accurately Measuring stored energy in an electrochemical device, such as a battery, is complex and state-of-charge (SoC) readings on a fuel gauge provide only a rough estimate. Users often compare battery SoC with the fuel gauge of a vehicle. Calculating fluid in a tank is simple because a liquid is a tangible entity; battery state-of-charge is not.
The Dramatic Growth in the Sensor Market is Being Led by Magnetically Actuated Reed and Hall SensorsApril 3, 2012 7:45 am | by John Beigel | Comments
Introduction With the advent of new and improved technologies, sensors are expanding dramatically and are finding new requirements across many market segments – telecom, instrumentation, security, medical, automotive, home appliance, marine, consumer products, and general purpose. Each of these market segments has unique qualities and requirements, which has further fueled the rapid growth of sensors.
What do you consider the most critical service you provide to your customers to meet their testing project needs? Dr. Tom Kite, VP of Engineering at Audio Precision : At Audio Precision we pride ourselves upon delivering the most trustworthy and well-integrated test solutions in a package that is intuitive and easy to use.
Introduction Wireless radio transmitters have evolved over the years from real IF (intermediate frequency) transmitters, to complex IF transmitters, to zero-IF transmitters. However, there are still limitations associated with these commonly used architectures. A newer approach, a direct RF radio transmitter, can overcome the limitations of traditional transmitters.
Traditional control systems used to monitor and automate industrial field equipment provide very specific functions. These systems generally control local equipment functions, like process control, and allow one-way data communication of data from the industrial product to a business application typically used by a few individuals working within a single department.
Controls to open doors in your facility may include: • tactile “paddle” switches (with the symbol of a wheelchair or the word “EXIT”) that people hit or punch • identification card readers combined with tactile switches • tactile keypads • card readers or key pads paired with fingerprint or retinal scanners What problems have you experienced with tactile components of these controls? The fact is tactile switches and key pads with moving, mechanical parts are prone to failure under moderate to heavy use or abuse – busy, impatient people simply damage or destroy them.
Today, we have grown accustomed to consuming HD content in most aspects of our lives. From TV’s, PC’s, tablets, video games, home theatres with multichannel sound, and even mobile phones, we expect and get high-fidelity content. The only “white spot” in the HD realm is the humble telephone call, which is still largely tied to the limitations of technologies from the last century.
The march of silicon integration has proved irresistible in almost every area of electronics design. Even the most intractable problems such as mixed signal circuits have succumbed to the power of CMOS: in the process, vast swathes of hardware and software have been ‘sucked’ into the silicon chip.
by Wolfgang Damm, Director Product Marketing – Wireless Telecom Group Highest component integration and ultra-fast switching speed of electronic chips and devices forces circuit designers to re-think their Vcc and GND architecture. The Vcc level should be flat and GND should be a clean reference – unfortunately, this is not always the case.
Tom Kite holds a B.A. in Physics from Oxford University, and MSEE and Ph.D. degrees from The University of Texas at Austin, where he specialized in acoustics and signal processing. He is a member of the Audio Engineering Society, and has published and presented works at the AES, the ASA, IEEE, and in trade journals.
One of the biggest technical challenges facing the networking industry today are the demands that the next generation of cellular communications – known as 4G (for fourth generation) – will place on the network backhaul and communications networks generally.
Modules with baseplates are commonplace but cost concerns have given rise to a new breed of modules without baseplates. Figure 1 shows a flow 0 module without and a flow 2 module with a baseplate. Figure 1: flow 0 without and flow 2 with a baseplate State of the art DBC substrates have proven their merits over many years.
The times they are a-changing… In an “on-the-go” world, the need for information is great. With smart phones and other devices, we expect our news instantly, anywhere we might be. These devices drive great demands on the need for network communications and available information. Things are no different in the industrial world.