Product of the Month: June 2017

Phoenix Contact, Middletown, PA, introduced VL2 1000 industrial PCs equipped with Intel® Atom™ Bay Trail processors that are available as box or panel PCs. The VL2 1000 includes a choice of 7", 9", 12.1", 15.6", 18.5", and 21.5" display sizes with capacitive-touch interface, allowing swiping, pinching, and multiple touch points at one time. An optional CAN module provides configurability for communication protocols. Other configuration options include memory, mass storage, operating system, and fieldbus. The PCs offer RAID 0/1 support, fanless design for industrial applications, HAZLOC approvals such as Class I Div. 2, and removable rotating or solid-state hard drives in a variety of sizes.

Posted in: Products, Electronics & Computers
Read More >>

Applying Wiring Harness Changes Without Damaging Your Electric System Design Flow

When an engineering change must be made to a wiring harness—and let’s face it, there is always going to be late-stage changes—it means you will make a change in multiple design steps. This Tech Talk discusses the challenges of applying changes and how to better handle them. For example, you might need to change an electric component that drives more current than the previous one. A change such as this can cause issues throughout your design flow: System Design, Wiring Design, and the Harness Design. The resulting inconsistencies lead to poor quality and prevent you from achieving your design cycle goals.

Posted in: Tech Talks, Electronics
Read More >>

Overcoming RF Signal Generation Challenges with New DAC Technologies

This features our new AWG5200, with high signal fidelity and the ability to scale up to 32 or more channels with multi-unit synchronization, all at an affordable price.

Posted in: White Papers, White Papers, Aerospace, Electronics & Computers, RF & Microwave Electronics
Read More >>

Architectures for Implementing a Hardware-in-the-Loop System

Safety, availability, or cost considerations can make it impractical to perform all the necessary tests with the complete embedded control system. Using hardware-in-the-loop (HIL) simulation, you can simulate the parts of the system that pose these challenges. By thoroughly testing the embedded control device in a virtual environment before proceeding to real-world tests of the complete system, you can maintain reliability and time-to-market requirements in a cost-effective manner even as the systems you are testing become more complex. Download this whitepaper to find out more about implement a HIL system into your test environment.

Posted in: White Papers, Automotive, Electronics & Computers, Test & Measurement
Read More >>

A Modular Apparatus and Method for Attaching Multiple Devices

This technology improves the real-time monitoring of high-temperature or other harsh environments.

Posted in: Briefs, Electronics & Computers, Electronic equipment, Sensors and actuators, Electronic equipment, Sensors and actuators, Fabrication, Silicon alloys, Protective structures
Read More >>

Conquering Radar Signal Generation

This Webinar will focus on the challenges related to the creation and generation of complex radar signals and provide you with some tools to help make this task more efficient. This 60-minute webinar features Tektronix expert Christopher Skach, who will share his insights on the key factors to consider when creating and generating these complex signals.

Posted in: On-Demand Webinars, Electronics & Computers
Read More >>

How to Make Custom SoCs Smart

Custom SoCs are the new vogue: Analog is becoming smart, and there is a new wave of custom SoCs integrating analog and digital to create smaller, lower-cost products.

Posted in: Tech Talks, Electronics & Computers
Read More >>

Radar Signal Generation with a High-Performance AWG

Radar ensures the safety and security of the skies, and lives depend on it. That’s why radar design measurements call for high frequency, realistic stimulus signals. You need to create these complex radar test signals at high frequencies, but what’s the best solution?

Posted in: White Papers, White Papers, Aerospace, Defense, Electronics & Computers, RF & Microwave Electronics
Read More >>

Wireless Electrical Device Using Open-Circuit Elements Having No Electrical Connections

This technology produces sensors for axial load force, linear displacement, rotation, strain, pressure, torque, and motion sensing.

NASA Langley Research Center has developed a wireless, connection-free, open-circuit technology that can be used for developing electrical devices such as sensors that need no physical contact with the properties being measured. At the core of the technology is the SansEC (Sans Electrical Connections) circuit, which is damage-resilient and environmentally friendly to manufacture and use. The technology uses a NASA award-winning magnetic field response measurement acquisition device to provide power to the device and, in the case of a sensor application, to acquire physical property measurements from them. This fundamental new approach using open circuits enables applications such as sensors for axial load force, linear displacement, rotation, strain, pressure, torque, and motion sensing, as well as unique designs such as for a wireless keypad or wireless rotational dial, or for energy storage.

Posted in: Briefs, Electronics & Computers, Architecture, Integrated circuits, Sensors and actuators, Wireless communication systems, Architecture, Integrated circuits, Sensors and actuators, Wireless communication systems, Electric power, Magnetic materials
Read More >>

ISO 26262 & Automotive Electronics Development

Compliance standards, especially those that involve relatively new functional safety elements, will likely add additional requirements to the development process. But ISO 26262, in particular, will add more than new requirements to the product life cycle for automotive hardware-software systems. This Functional Safety standard will act as a framework impacting integrated requirements traceability, risk management, validation, verification, documentation and collaboration throughout the systems engineering “V” model life cycle process (see Figure). ISO 26262 will also require the qualification of tools used to create automotive systems. This paper examines the impact of the standard on the development process and support tool chains for automotive electronics.

Posted in: Briefs, TSP, Electronics & Computers, Information Sciences, Semiconductors & ICs, Software, Computer software / hardware, Computer software and hardware, Computer software / hardware, Computer software and hardware, Life cycle analysis, Safety regulations and standards
Read More >>

The U.S. Government does not endorse any commercial product, process, or activity identified on this web site.