Technical Library: assemblers (Page 17 of 44)

Principles of Analog In-Circuit Testing

Technical Library | 2012-12-26 14:18:24.0

Passive components including resistors, capacitors, inductors, and circuit-protection devices compose the highest percentage of all devices that are populated on today’s PCB assemblies. However, the successful isolation and testing of these components during ICT is perhaps the most challenging and the least understood of all modern-day validation practices.

Teradyne

How Does 3D AOI Increase Manufacturing Quality?

Technical Library | 2017-08-28 17:14:41.0

PCB suppliers in the automotive space are vastly accelerating their time to market by using automated optical inspection (AOI) systems during PCB assembly. However, this next-generation technique is not limited in scope to the automotive industry – it has powerful implications for the entire PCB industry.

Power Design Services

Status and Outlooks of Flip Chip Technology

Technical Library | 2018-11-14 21:43:14.0

Status of flip chip technology such as wafer bumping, package substrate, flip chip assembly, and underfill will be reviewed in this study. Emphasis is placed on the latest developments of these areas in the past few years. Their future trends will also be recommended. Finally, the competition on flip chip technology will be briefly mentioned.

ASM Pacific Technology

Design Guidelines For In-Circuit Testability

Technical Library | 2021-03-24 01:26:05.0

In-circuit test (ICT) has remained one of the most popular and cost-effective test methods for medium and high volume printed circuit board assembly (PCBA) for many years. This is due to its component-level fault diagnosis capability- and its speed.

JJS Manufacturing

The Reasons for Cleaning

Technical Library | 2021-06-28 20:43:32.0

This book is a compilation of many articles I have published on the subjects of cleaning, reliability, and cleanliness testing. Throughout these articles, I promote a common mantra: Clean is better than dirty. Less contamination is better than more contamination. Some assemblies can tolerate more contamination; others, less.

Aqueous Technologies Corporation

What are the packaging forms of electronic components

Technical Library | 2021-12-31 06:09:47.0

The packaging method of surface mount components has become an important part of the SMT system. It directly affects the efficiency of assembly production and must be optimized in combination with the type and number of feeders of the SMT machine. There are four main types of packaging for surface mount components, Tape, tube, tray and bulk.

Shenzhen Sewate Technology Co.,Ltd

why need Under vaccum potting machine for motor stator iginition coil

Technical Library | 2021-12-31 06:55:24.0

Any air entrapment in the potting compound can result in air bubbles that may cause performance problems in the finished component. Potting under vacuum is therefore frequently required to prevent air entrapment, especially with the increasingly small and complex assemblies required in today's electronics

Guangzhou Daheng Automation Equipment Co.,LTD

why need Under vaccum potting machine for motor stator iginition coil

Technical Library | 2021-12-31 06:56:02.0

Any air entrapment in the potting compound can result in air bubbles that may cause performance problems in the finished component. Potting under vacuum is therefore frequently required to prevent air entrapment, especially with the increasingly small and complex assemblies required in today's electronics

Guangzhou Daheng Automation Equipment Co.,LTD

Introduction to Automated Test Fixtures

Technical Library | 2022-05-02 21:35:53.0

Testing of electronic assemblies involves three elements: the device under test, test equipment, and fixturing to make the connections between them. The challenge for a test engineer building a sophisticated test system is that instrumentation may need to measure thousands of test points through the mechanical interconnect.

Circuit Check, Inc.

WHY test for Ionic Contamination?

Technical Library | 2023-04-17 21:37:32.0

Ionic contamination is a leading cause in the degradation and corrosion of electronic assemblies, leading to lifetime limitation and field failure (Fig. 1). Ionic residue comes from a variety of sources shown in Fig. 2 opposite: Examples of ionic contaminants: * Anions * Cations * Weak Organic Acid

Specialty Coating Systems


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