Electronic Design

Electronic Design stands as the leading independent resource for electronics engineers, delivering essential and thorough insights into the electronics industry through a wide network of specialists. It focuses on the technologies that help engineers make timely and informed design choices efficiently. Our team of experts addresses a broad range of products, markets, and technologies, spanning from analog and power systems to embedded solutions and automotive applications. Each day, we engage engineers and engineering managers with vital information about fast-paced technological developments and their uses at the component, chip, board, and system levels. Additionally, we offer various marketing solutions and avenues to connect with our audience effectively.

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RJ45 Jacks Go Magnetic for 1-Gb/s Applications

2 days ago | electronicdesign.com | Cabe Atwell

Designed to handle data flows of up to 1 Gb/s, Phoenix Contact's new RJ45 magnetic jacks are similar to traditional Ethernet ports. The difference is they integrate magnetic components, such as transformers, chokes, and common-mode filters, directly in the jack housing. According to Phoenix, the new RJ45 jacks (see figure) simplify the Ethernet design process, reduce PCB complexity, and minimize the risk of EMC.
VNA Delivers Precise Measurements Up to 450 MHz

2 days ago | electronicdesign.com | Alix Paultre

In this video, an engineer from OMICRON Lab demonstrates the company's latest B-TCA test fixture for the Bode 500 Vector Network Analyzer. The Bode 500 exhibits high linearity with a dynamic range that's greater than 120 dB for accurate vector network analysis, frequency response analysis, and impedance measurements.
Ultrasonic Sensor Series Integrates IO-Link Communication

3 days ago | electronicdesign.com | Cabe Atwell

The sensor's design advances provide a short blind zone and reduced footprint, providing high accuracy, versatility, and durability. Features include integrated IO-Link communication, streamlined stock requirements, reduced service calls, and predictive maintenance. Analog versions offer push-pull, NPN, PNP, teach-in, synchronized, or multiplexed options, while the digital versions have push-pull, NPN, PNP, and teach-in capabilities.
Rugged Relays Go Where Solid-State Switches Fear to Tread

1 week ago | electronicdesign.com | Lee Goldberg

By Lee Goldberg The device was designed for a variety of high-voltage testing and switching applications, including hi-pot testers, high-end cable testers, electric-vehicle charge point testing, solar-energy systems, medical equipment, and high-voltage instrumentation. For more about Pickering's family of high-voltage relays, go here.
The Move to 3D NOR Flash

1 week ago | electronicdesign.com | Omar Mohammed

To truly appreciate the significance of this shift, one must first understand the differences between NOR and NAND memory. NOR flash is known for its fast random-access read speeds in demanding execute-in-place applications, high reliability, and functionality at extreme temperatures.
SETI Celebrates 30 Years of Searching for Extraterrestrial Signals

1 week ago | electronicdesign.com | Cabe Atwell

During the late 1960s and following decades, NASA started low-level SETI research, assisting with various projects like the Microwave Observing Project, High-Resolution Microwave Survey, and Project Orion. In 1971, researchers authored the Cyclops Report, proposing the construction of a 1,500-dish array to find alien signals. However, this was canceled as it cost too much-$10 billion.
Thick-Film Power Resistors Enhance Protection Against Transient Pulses

1 week ago | electronicdesign.com | Lee Goldberg

Vishay Intertechnology expanded its LTO series of thick-film power resistors with a new AEC-Q200-qualified device that delivers higher pulse absorption up to 75 J/0.1 s (30% higher than previous LTO devices) and power dissipation of up to 150 W.
Non-Isolated DCMs Shrink Converter Size Sixfold

1 week ago | electronicdesign.com | Lee Goldberg

By Lee Goldberg Vicor's new non-isolated, regulated DC-DC converter modules (DCMs) are low-profile-package (SM ChiP) devices that offer a 6X reduction in size over a conventional converter. They can be utilized to establish a 12-V bus or used with legacy, downstream point-of-load (PoL) converters. The DCMs are well-suited for bridging 48-V and legacy 12-V power buses in industrial, aerospace and defense, and high-performance-computing (HPC) applications.
Enhance Power-Delivery Efficiency for Demanding AI and Data Center Apps

1 week ago | electronicdesign.com | Cabe Atwell

What you'll learn: Insight into ASE's powerSiP technology. How the technology differs from traditional power-delivery systems. A new power-delivery platform from Advanced Semiconductor Engineering (ASE) is designed to increase power efficiencies while reducing signal and transmission loss.
PMIC Fits Space-Starved AI, Industrial Computing, Data Center Apps

1 week ago | electronicdesign.com | Lee Goldberg

Leveraging high-performance MPUs and FPGAs, Microchip Technology's MCP16701 power-management integrated circuit (PMIC) is a compact and flexible solution that addresses space-constrained applications.