Coming Soon - Virtual Hardware ECU: How to Significantly Increase Testing Throughput

In Conjunction with SAE

Both the complexity and software content of automotive electronic systems are increasing rapidly. At the same time, the demand for more software and system testing is growing. This need is being driven by requirements from the ISO 26262 standard and the necessity to reduce software-driven recalls, which have been significantly rising over the past few years.

Posted in: Upcoming Webinars, Electronics

Coming Soon - Connectivity Solutions - Keeping Pace with the Rapid Evolution of Embedded Computing Systems

Embedded Computing is seeing a rapid evolution in system design. New defense platforms and system upgrades are widely adopting open architecture standards like VPX in place of 20+ year old technologies. Defense-grade processors are now achieving 28Gbps data rates with significant I/O count, which drives increased functionality and enables computing hardware to shrink in size and weight.

Posted in: Upcoming Webinars, Defense, Electronics & Computers

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

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

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, Fabrication, Silicon alloys, Protective structures

Product of the Month: May 2017

Spectrum Instrumentation Corp., Hackensack, NJ, introduced the DN6.44x, a range of 12 highspeed, 14- and 16-bit LXI-based digitizers with up to 24 fully synchronized channels. The 16-bit ADC models offer sampling rates of either 130 MS/s or 250 MS/s, and the 14-bit units feature sampling rates of 500 MS/s. The units are suitable for applications where arrays of receivers, sensors, detectors, rectifiers, antennas, and other electronic devices are to be used and tested. Each channel is equipped with its own front-end amplifier that features six input ranges (from ±200 mV to ±10 V full scale), switchable input impedance (50 Ω and 1 MΩ), and programmable positive input offset for unipolar signals. Analog bandwidth is as high as 250 MHz (for 500 MS/s models), enabling the units to capture electronic signals in the DC to 200-MHz frequency range. The instruments are equipped with onboard acquisition memory of 512 MSamples per channel, and feature an industrial chassis with integrated cooling, a replaceable dust filter, and low-noise power supplies.

Posted in: Products, Electronics & Computers

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

How to Make Custom SoC 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

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

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, Electric power, Magnetic materials

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