Albert Einstein said, “Everything should be made as simple as possible, but not simpler.” Whether in architectural design, software coding, engineering discipline or even managing people, simplicity is an overriding goal and success is achieved when a product or process is at its maximum simplicity.
How test instrument manufacturers can design to meet the expectations of new and experienced engineersOctober 14, 2013 2:36 pm | by Jonathan Tucker, Keithley Instruments, Inc. | Articles | Comments
A recent industry study indicates one out of five electrical engineers now in the global workforce has started his or her career within the last 10 years. These newer engineers tend to be more software-oriented than some of their more experienced colleagues due to recent changes in universities’ electrical engineering curricula.
JTAG/Boundary Scan has become an increasingly valuable application, in particular in the development departments of small and large companies. On the one hand, this is due to the enormous potential the technology provides and, on the other hand to the problems increasingly compact assemblies and components place on test technologies with respect to mechanical access.
Wind River introduced the latest version of Wind River Intelligent Device Platform, a complete software development environment used for building machine-to-machine (M2M) applications and devices that communicate with the cloud. The platform provides ready-to-use components to secure, manage, and connect Internet of Things (IoT) gateways.
The need for seeing additional current and voltage detail is increasing. Many scope users want better ability to see small signal changes on a large signal (high dynamic range measurements). Power rails, biomedical technology developed to interact with human physiology, high-energy physics experiments that produce small pulses....
Electronic systems, both analog and digital, are processing and managing increasing amounts of information at continually increasing data rates. The information age continues to amplify demands on developers of high accuracy and reliability systems and subsystems.
Solid-state lighting is now becoming commonplace in automotive designs, replacing more costly, less energy efficient and not as reliable incandescent lamps. Though it is only in recent times that it has started to be considered for the parking lights, brake lights, side lights and front lights on the car’s exterior...
You can improve contrast and reduce motion blur by sequentially flashing zones in an LCD display that is back lit with edge-mounted LEDs. You achieve this scrolling illumination with improved LED driver ICs. With the help of some timing diagrams this article will reveal how this works in principle and will give a description of the different modes of operation.
Transformers are widely used in electronics and power, so it is important to have an understanding of how transformers work, what they are composed of and test and analysis techniques. The most common type of transformer is called an AC input line, or Mains transformer.
Measuring temperatures using infrared (IR) sensors without direct contact with an object, is the new paradigm in optimizing thermal monitoring and control. In this article we introduce the idea of this approach by taking advantage of new and very small IR temperature sensors available on the market.
Whether it’s a high-rise office tower or a manufacturing floor, Heating, Ventilation and Air Conditioning (HVAC) systems are designed for building occupants’ comfort. When systems operate at optimum levels, they’re energy efficient and go unnoticed. When they’re not, efficiency drops and complaints rise.
Perhaps no business service is more critical than telecommunications; reliability and quality of a phone system are absolute requirements. Over the past decade, internet-based VoIP (voice over internet protocol) has taken its place as a viable means of communication for individuals....
Two industry megatrends are reshaping the way we design and deploy networks and compute (i.e. datacenter servers). The first is Network Functions Virtualization (NFV) with the goal of moving functions such as content distribution, firewalls and base station controllers from proprietary hardware to standard, low cost servers.
Light sensing technology, in the form of photodiodes and phototransistors, was invented around the 1950s. Since the inception of the first optosensors, the devices have gradually found their place in commercial and industrial applications, but their adoption was limited due to the size, cost and overall performance.
Field effect transistors (FETs) are important semiconductor devices because they are fundamental components of many devices and electronic instruments. Some of the countless applications for FETs include their use as amplifiers, memory devices, switches, logic devices, and sensors.
Sensors have been an important addition to smartphones ever since accelerometers were first used to determine screen orientation. Now a wide variety of sensors, including magnetometers, barometers, and gyroscopes, are found in many other devices, such as watches, glasses, headsets, and shoes.
New construction materials and techniques enable LVDT linear position sensor operation in diverse environmentsApril 30, 2013 3:04 pm | by Lee Hudson, Applications Engineer, Macro Sensors, www.macrosensors.com | Macro Sensors | Articles | Comments
The LVDT Linear Position Sensor is a robust sensor adaptable to a variety of applications. A very reliable sensing device with no moving parts, LVDTs are often the best linear feedback technology when it comes to reliability and longevity. However, in the past, LVDTs were limited by its own sensitivity to the environment that caused errors in linear feedback.
Accurate measurement of low pressure with respect to atmospheric reference (typically called vented or gauge reference) requires that pressure sensors breathe under dry, humid and wet conditions. In humid and wet environments, challenges are posed on how to operate the pressure sensor without allowing water into the back end of the sensors....
The analysis of a switched-mode power supply requires the ability to measure device, control loop, and line-related functions. To this end, most oscilloscope manufacturers have created power analysis software, which combines all these elements into a simple-to-use toolbox.
MEMS accelerometers can output different kinds of interrupt signals such as data ready, freefall, portrait/landscape, single-click/double-click, and impact detection, etc. Some accelerometers have built-in wakeup and motionless detection features to automatically switch between lower output data rate (ODR) at low power mode and higher ODR at normal mode....
Electronic engineers are finding that thermometry is becoming increasingly more popular in modern applications. Two types of commonly used temperature sensing solutions are negative temperature coefficient (NTC) thermistors and voltage output integrated circuit (IC) temp sensors.
For anyone designing, manufacturing, or repairing electronic equipment, a digital storage oscilloscope is a must-have tool. It lets you see high-speed repetitive or single-shot signals across multiple channels to capture elusive glitches or transient events. An oscilloscope is equally as useful a tool for qualifying elements of a new design....
Since the very early days of electronic components, failures have continuously been appearing. In spite of enormous development and production improvements, this situation has not changed. The increasing circuit density and board complexity are critical factors for producing faults.
As technology has become more pervasive in our day-to-day lives, easy adoption is a critical factor in the overall success of a product release. To achieve this, embedded designers must first determine the practical problem the application will solve or the tangible life enhancement it will offer.
How do you test and debug a device with hundreds of thousands of internal logic cells and transceiver speeds up to 28 Gbps? Such is the challenge facing designers of today’s industry leading FPGAs. From the perspective of digital debug, the biggest challenges arise from the inaccessibility of critical logic nodes and a limitation on the number of available physical pins.