25 October 2023
Lee Harrison, Director of Product Marketing for Siemens EDA, talks about Streaming Scan Network (SSN) buses and the next-generation of design-for-test technology. He discusses the significant changes involved with SSN, de-coupling complexity and dependencies, and delivering test-pattern content in a packetised format...
1 December 2021
Electronics Weekly talks with Thomas Rottach - Sales & Marketing Director at Siglent - about the new Siglent IV A series, aimed at advanced applications and solutions, launching with the SNA5014A Vector Network Analyzer and 2GHz Oscilloscope SDS6000A, combining small footprints with large screens... Video: David Berman, Emap.
3 June 2021
Electronics Weekly talks with Jim Ricciardelli - Executive Vice President, Sales and Marketing at DigiKey Electronics - about the challenges facing the electronics industry in 2021 and what market developments can be anticipated in terms of customer demand, inventories and deliveries... Video: David Berman, Emap.
18 November 2020
https://www.analog.com/en/products/adfs5758.html This single channel device is functional safety approved for unipolar current output and is a fully compliant item with a systematic capability of SC3, which can be used in safety-related applications up to SIL 2, according to IEC 61508.
12 December 2018
The Elektra Awards 2018 were presented at a Gala Dinner tonight, at the prestigious Grosvenor House Hotel on Park Lane. The host this year was the comedian Ed Gamble with an appreciative audience representing all sectors of the industry. Congratulations to the winners – one and all – and, just as importantly, a big thank you to all the sponsors who make the event possible. Camera and production: Priya Atwal. Copyright Emap.
10 November 2016
Linear Technology Analog & Power Solutions, Booth 524, Hall A4 Smart Mobility – Automotive & transportation solutions Smart Industry – For Industrial Internet of Things Smart Energy – Efficient battery management Smart Measurement –Testing & powering FPGA-based systems For automotive, industrial, medical, communications, networking, computer & instrumentation. Optimize your designs. Come see us. Twitter Handle: @LinearTech Facebook: @LinearTechnologyCorporation LinkedIn: Linear Technology Website: www.linear.com
24 February 2015
Wayne Porter Senior Design Engineer, Mixed Signal Products Systems with multiple power rails are becoming more efficient, but increasingly complex and difficult to design. In such systems, operating costs and complexity have shifted the power system design paradigm. To adapt, groups of power supplies need to be controlled and monitored to manage efficiency, to coordinate sequencing, and to measure power and energy consumption. Wide supply tolerances force higher average supply voltages, increasing energy consumption. Unmonitored supply rails make inefficiencies difficult to find. When something goes wrong in a complex power system, it can be very difficult to identify root cause and correct the problem. Linear Technology’s Power System Managers trim supplies to improve efficiency, monitor supply rails to help identify inefficiencies, and supervise voltages, currents and temperatures. For abnormal events, faults are generated and relevant system information is stored to an EEPROM fault log to help with system debug. The LTC2975(http://www.linear.com/product/LTC2975) is a four-channel PMBus Power System Manager with input energy monitoring for comprehensive power system management. It belongs to a family of Power System Management (PSM) devices designed to transform virtually any group of DC/DC converters, LDOs and regulators into a high performance power supply system controlled and monitored by PMBus compliant commands over an I²C/SMBus digital serial interface. As a Power System Manager, the LTC2975 turns four output supply rails into a managed power system capable of trimming each rail to within 0.25% of target, sequencing supplies, supervising the supply outputs while managing any faults, and monitoring telemetry data from accurate output voltage, current, and temperature measurements. The LTC2975 also adds 4.5V to 15V intermediate bus input voltage, current, power and energy measurement read-back to the product family’s capabilities.
25 August 2014
Clarence Mayott, Applications Engineer, Mixed Signal Products The LTC2000 (http://www.linear.com/product/LTC2000) is the latest high speed DAC from Linear Technology. Its low noise and excellent spectral purity make it ideal for demanding signal-generation applications. The LTC2000 is a high performance DAC that can produce signals up to 1GHz with extremely low noise and very high spectral purity. It can be operated in single or dual port mode simplifying FPGA design. It is in a family of 16-, 14- and 11- bit pin- compatible converters increasing the flexibility for the customer. In this video, we will show the LTC2000 and its analog performance. We will also show the LTC6946, a high frequency synthesizer driving the LTC2000. This combination is an ideal solution for a customer looking for a clocking solution for the LTC2000 that provides excellent noise and spurious performance.
12 January 2012
with Bob Swanson, Robert Dobkin, Lothar Maier http://video.linear.com/95?utm_source=LTspice&utm_medium=video&utm_campaign=youtube Video Interview with Linear Co-founders Bob Swanson and Bob Dobkin, and CEO Lothar Maier on the 30th anniversary of the founding of Linear Technology
7 May 2011
http://www.analog.com/RF Analog Devices' single- and dual-channel RF mixers (ADL5811 / ADL5812) are first in the industry to incorporate wideband local oscillator (LO) amplifier, programmable RF balun and IF filter, and IF amplifier to support wideband operation for wireless infrastructure and software-defined radio applications.
31 May 2009
Fairchild Semiconductor offers energy efficient solutions, including a wide range of products for solar inverters. This video highlights the FOD3120.
19 November 2008
Murata cycling robot - the demo of gyro sensor technology at Electronica 2008, which includes wireless control of a robot by an Apple iPod - filmed by Electronics Weekly - see www.electronicsweekly.com/electronica2008 for full Electronica coverage.
21 August 2008
with Jim Williams, Staff Scientist http://video.linear.com/1? utm_source=clock&utm_medium=video&utm_campaign=youtube In this EDN Video Design Idea, Jim Williams, staff scientist with Linear Technology, explains why PC clocks are invariably wrong, and how engineers can surmount the extreme measurement challenge involved in solving the problem.
EW: In conversation with Siemens: SSN and next-gen design-for-test technology
25 October 2023
EW: In conversation with Siglent... New instruments opening new markets
1 December 2021
In Conversation with Digi-Key... Market developments, challenges and chip shortages
3 June 2021
ADFS5758: Functionally Safe, IEC-61508 Certified 16-bit DAC
18 November 2020
Elektra Awards 2018 | Electronics Weekly
12 December 2018
Linear Technology Showcases Smart Design for Analog & Power | Electronics Weekly
10 November 2016
Four-Channel PMBus Power System Manager w/ Input Energy Monitoring for Comprehensive PSM
24 February 2015
High Speed DAC for Wide Bandwidth Signal Generation
25 August 2014
Linear Technology 30th Anniversary Video
12 January 2012
ADL5811 and ADL5812 Wideband Passive Mixers
7 May 2011
Fairchild Semiconductor's FOD3120: High Noise Immunity, 2.5A Output Current, Gate Drive Optocoupler
31 May 2009
Murata cycling robot - Electronica 2008
19 November 2008
Measure nanoamps to ensure accurate computer clocks - Linear Technology
21 August 2008