Technical Library: 19 electronic rack (Page 2 of 8)

Printable Electronics: Towards Materials Development And Device Fabrication

Technical Library | 2023-03-13 19:06:53.0

Purpose – There has been increasing interest in the development of printable electronics to meet the growing demand for low-cost, large-area, miniaturized, flexible and lightweight devices. The purpose of this paper is to discuss the electronic application of novel printable materials. Design/methodology/approach – The paper addresses the utilization of polymer nanocomposites as it relates to printable and flexible technology for electronic packaging. Printable technology such as screen-printing, ink-jet printing, and microcontact printing provides a fully additive, non-contacting deposition method that is suitable for flexible production.

i3 Electronics

SMT Line Improvements for High Mix, Low Volume Electronics Manufacturing

Technical Library | 2011-08-04 19:29:53.0

This work covers two major projects aimed at increasing quality and efficiency on a high mix, low volume surface mount electronics production line. Specifically the installation of a ten zone reflow oven and an enhanced changeover method for SMT pick and

Auburn University

Strategies To Mitigate The Tin Whisker Phenomenon

Technical Library | 2023-02-13 19:04:25.0

The tin whisker phenomenon is a failure mode associated with all electronic devices that use a number of low melting point elements (e.g., Sn, Cd, In) in operations such as soldering. Recognized many years ago, the problem was minimized by adding lead, now identified as a hazardous substance and banned

Vicor Corporation

Screening for Counterfeit Electronic Components

Technical Library | 2010-03-11 19:33:47.0

Counterfeit products have been a growing problem worldwide, and the electronics industry has been no exception. Authentication of electronic components by electrical and physical testing can provide a cost-effective means of risk management, aimed at keeping counterfeits out of the supply chain. In this presentation, we will review sources of counterfeit components, and discuss the capabilities and limitations of test processes used for authentication. We will then present examples of component authentication using these tools.

Process Sciences, Inc.

What is usage of Electronic dry cabinet?

Technical Library | 2019-08-19 23:55:20.0

Electronic dry cabinet for MSD storage Humidity is one of the key reasons for rejected products, many manufacturers are taking measures to control the humidity to increase production efficiency and save cost. In semiconductor and electronic industry, the key section of rejected products mostly happen during SMT heating process, Climatest Symor® auto dry cabinet is a superior solution to avoid the cracking. Warranty: two years with lifetime technical support

Symor Instrument Equipment Co.,Ltd

Using Stencil: Design to Reduce SMT Defects

Technical Library | 2023-06-12 19:46:10.0

Solder paste printing is understood to be the leading contributor of defects in the electronics assembly process. Because yield accounts for such a large percentage of the margin, the greatest opportunity to improve profitability in the assembly of most electronics can be gained by reducing or eliminating solder defects. This article examines process adjustments made through stencil design that correct a misalignment situation between the PCB and stencil, leading to a 43% reduction in assembly defects. Examples of each are found in Table 1.

AVI Precision Engineering Pte Ltd

Pad Cratering - The Invisible Threat to the Electronics Industry

Technical Library | 2012-09-06 18:19:37.0

First published in the 2012 IPC APEX EXPO technical conference proceedings. Pad Cratering opens circuits. This occurs when the resin crack (fracture) migrates through a copper trace or via. This happens at assembly, in service or during handling. When com

Integral Technology, Inc

Realization of a New Concept for Power Chip Embedding

Technical Library | 2020-10-18 19:31:27.0

Embedded components technology has launched its implementation in volume products demanding high levels of miniaturization. Small modules with embedded dies and passive components on the top side are mounted in hand held devices. Smartphones have been the enablers for this new technology using the capabilities of embedded components. With this technological background another business field became interesting for embedded components – the embedded power electronics. The roadmap of the automotive industry shows a clear demand for miniaturized power electronic applications. Drivers are the regulations for the international fleet emissions which are focusing on three major trends.

AT & S Austria Technologie & Systemtechnik Aktiengesellschaft

Using Metal Core Printed Circuit Board (MCPCB) as a Solution for Thermal Management

Technical Library | 2020-06-19 19:08:14.0

The designs of electronic devices and systems are being continuously improved by becoming smaller in size and faster in communication speed. The potential risk associated with these specific design improvements will be an increase in power density and, consequently, a greater risk of thermal problems and failures. At the same time, the prevailing use of circuit boards integrated with power devices such as motor controllers and drivers, light-emitting diode (LED) lighting modules, power supplies, and amplifiers, and regulators for TV, etc., drive to the use of a proper thermal management system while designing these kinds of printed circuit board (PCB).

Hong Kong Polytechnic University [The]

An Introduction To The Process Of Printed Electronics

Technical Library | 2023-03-13 19:12:56.0

Printed electronics (PE) is impacting almost every branch of manufacturing. The printing of electronics on mechanically flexible substrates such as plastic, paper and textile, using traditional printing techniques, provides novel applications for wearable and stretchable electronics. Government sponsored consortiums, universities, contract printers, startups and global manufacturers are developing processes to bring this technology to market faster, more costeffectively and at scale. By increasing the speed of technology adoption while following industrialization best practices, industry researchers aim to create processes that ramp up the scale of production for simple circuits and integrated conductive structures.

Jabil Circuit, Inc.


19 electronic rack searches for Companies, Equipment, Machines, Suppliers & Information

Winsmart Electronic Co.,Ltd
Winsmart Electronic Co.,Ltd

Manufacturer of PCB depaneling and PCB soldering machines since 2005, products include CE approval V-groove PCB depanelizer, PCB router, PCB punching machine, laser depaneling, hot bar soldering machines and soldering robots.

Manufacturer

Liwu Industrial Park, Yuanzhou Town, Boluo
Huizhou, 30 China

Phone: +86-138-29839112