SMTnet Express, May 5, 2022, Subscribers: 25,613, Companies: 11,567, Users: 27,202 Electronics Manufacturing Technical Articles Rapid Deployment of Automated Test-System for High-Volume Automotive USB-C Hub Adoption and integration
Overcoming Logistic, Economic and Technical Challenges to Implementing Functional Test in High Mix / High Volume Production Environments SMTnet Express November 28, 2012, Subscribers: 26024, Members: Companies: 9054, Users: 34001 Overcoming
Application Of Build-in Self Test In Functional Test Of DSL SMTnet Express May 23, 2012, Subscribers: 25234, Members: Companies: 8880, Users: 33129 Application Of Build-in Self Test In Functional Test Of DSL First published in the 2012 IPC APEX
SMTnet Express, May 20, 2021, Subscribers: 27,111, Companies: 11,359, Users: 26,657 Rapid Deployment of Automated Test-System for High-Volume Automotive USB-C Hub Adoption and integration of USB-C chargers and hubs in automotive
SMTnet Express, February 4, 2016, Subscribers: 24,087, Members: Companies: 14,964, Users: 39,872 Make the Right Design Choices in Load Switching and Simulation in a High Current and Mechatronic Functional Test Derek Ong, Lok Teng Kee, Chuah Rhun
Using JTAG Emulation for Board-Level Functional Test Using JTAG Emulation for Board-Level Functional Test Demanding Test Requirements for Processor Based Boards As chip packaging and interconnectivity have become more dense and operate
Defect Coverage for Non-Intrusive Board Tests Defect Coverage for Non-Intrusive Board Tests Non-intrusive board test (NBT) is an emerging test methodology that integrates several complementary embedded-instrumentation-based test technologies
SMTnet Express, January 31, 2019, Subscribers: 31,643, Companies: 10,701, Users: 25,678 Novel Pogo-Pin Socket Design for Automated Low Signal Linearity Testing of CT Detector Sensor Credits: General Electric Due to the arrayed nature
SMTnet Express, August 29, 2019, Subscribers: 32,263, Companies: 10,865, Users: 25,063 Graphene electronic fibres with touch-sensing and light emitting functionalities for smart textiles Credits: University of Exeter, College of Engineering
