Semiconductor & Electronics
PerkinElmer supports full scale semiconductor and electronics production, by helping our customers develop their R&D capabilities and downstream process standards for more efficient device fabrication, fine chemical usage, QA/QC testing, as well as testing for assembly, housing and packaging components.
Ensure you can meet the challenges of trace chemical contamination and particulates. We provide innovative analytical solutions and lab services supporting global manufacturing facilities or FABs with easy to use, high sensitivity solutions to detect ppt and ppq impurities, while running 24/7 manufacturing operations that minimize failure events and maximise end-product reliability.
You’ll also improve essential workplace environmental monitoring and control by ensuring you can measure any potential exposure to hazardous chemicals and gases such as volatile organic compounds (VOCs), airborne molecular contamination (AMC) and industrial waste.
Webinar & Symposium Hub
Visit this Hub page for access to all our free on-demand content. We have a comprehensive range of video-based learning tools for scientists working on semiconductor chip research and manufacture. From impurities control to FAB and back-end assembly. Our most complete round-up of expertise at your fingertips.
Semiconductor Research and Development Managers are tasked with establishing the right set of processes and selecting the right materials for the entire integrated circuitry (IC) manufacturing processes. The choices and recommendations semiconductor R&D managers deploy will impact the operation’s ability to achieve 24/7 manufacturing operations and downstream production ROI.
Semiconductor, or IC wafer fabrication, is the front-end phase of semiconductor manufacturing where the many intricate steps introduce numerous points at which contaminations and chemicals impurities pose catastrophic risks to the semiconductor’s reliability and quality. Controlling trace metal and organic contaminates with ultra-clean processes is critical in each device fabrication step to ensure the quality and purity of the materials, gases, and fine chemicals used in manufacturing.
Webinar: How low can you go? Reviewing the levels of detection needed by the semicon industry
Smaller, faster and more energy-efficient integrated circuitry are driving the semiconductor industry, necessitating manufacturing transformation. This webinar ...
As personal technologies like smartphones, tablets, wearables, and the Internet of Things (IoT) devices become smaller and smaller, the highly integrated components within the devices need to become more and more complex. Quality assurance, quality control and failure testing are critical to the back-end phases of semiconductor and device manufacturing, because the sooner a defect can be identified and characterized, the faster production should re-start.
Semiconductor, or IC packaging assembly, is an essential and complex back end phase of the semiconductor and electronic device design and manufacturing process. Contaminates introduced to wafer fabrication, component level packaging, module assembly, housing, and plastic components all affect the performance and ultimately the cost of the product. Like many other phases of semiconductor manufacturing, precise analytical sample testing is required to ensure the composition and quality of the assembly and packaging starting materials which are so critical to final device quality.
For effective disassembly, separation and recycling of electronic waste, recyclers need to use a range of analytical methods. PerkinElmer have a comprehensive range of Spectroscopy, Chromatography and Thermal Analysis instruments and supporting services to ensure our recycling customers turn e-waste into valuable raw materials including metals as feedstock for manufacturing clients.
Electronic Board Recycling with ICP-MS and ICP-OES: Smart, Sustainable - and Successful
Camston Wrather is revolutionizing waste disposal by pioneering sustainable resource recovery, especially from printed circuit boards. Discover how partnering w ...
Semiconductor & Electronics Solutions Spotlight
Resources
Banishing Impurities for Successful Semiconductors
Article discussing how scientists can better achieve consistent part-per-quadrillion (PPQ) trace metal detection in semiconductor materials.
Semiconductor Water Recycling: Analytical Action to Ensure Consistent Water Availability
As semiconductor science advances and the wafers become more complex - increasing volumes of water are needed for the production processes. Manufacturers must b ...
Semiconductor & Electronics Analysis Overview Flyer
Download this Flyer for an overview of PerkinElmer's analytical solutions for the Semiconductor industry. This 2-page flyer outlines semiconductor and microelec ...
Analyses in Recycling: Mining Our Electronic Waste for Precious Recyclates
The MetroCycleEU (project #: 20IND01) under the umbrella of the EMPIR EURAMET initiative, is developing new methods for recyclables measurement in urban mine wa ...
An Interactive Guide to Semiconductor & Electronics Contaminant Testing Solutions
Semiconductors are at the heart of most every innovation, from telecommunications to automobiles, national security to healthcare. Semiconductors are constantly ...
Semiconductor Manufacturing: Essential Analytical Techniques
In this White Paper learn how the small but mighty semiconductor has become an essential part of our high-tech world. Commonly called integrated circuits (ICs) ...
On the Move: How the CASE Industry Advances Product Performance and Sustainability
Sustainability October 19, 2022Click Here to View All Blogs About Chemicals The industry known as CASE – coatings, adhesives, sealants, and elastomers – is reli ...
Semiconductor & Electronics Testing Infographic
This infographic presents the analytical techniques and technologies which are utilized by semiconductor R&D managers to improve all areas of semiconductor, Int ...
How Did We Get Here? Challenging Semiconductor Times.
A main focus of Asianometry’s writings includes semiconductors around the world, from technology to financials.
Just How Clean is Your Clean Room?
Semiconductors are everywhere: in computers, phones, public transport, TVs, and cars – the list is only growing longer. But to manufacture semiconductors, there must be stringent controls to avoid materials becoming contaminated and losing performance.
Learn MoreApplications
Analysis of High-Purity Silicon Matrices for Trace Contaminants with the NexION 5000 ICP-MS
The late 20th century to early 21st century has been described as the Silicon Age, because of the large impact that elemental silicon (Si) has had on the world ...
Use of the TMA 4000 to Perform Standard Test Methods in the Electronics Industry
A major source of failure in electronic circuits is thermal expansion, and the problems it causes. To prevent this, electrical engineers employ thermal conducto ...
Analysis of Iron Nanoparticles in Semiconductor Organic Solvents Using Single Particle ICP-MS in Reaction Mode
Metallic contamination in semiconductor products adversely affects device performance. Transition metals are among the most commonly occurring forms of metal co ...
Ultra-Trace Elemental Analysis in High-Purity Sulfuric Acid
The production of electronic devices is a complex process that requires the use of ultra-pure chemicals during the manufacturing steps. High-purity-grade sulfur ...
Direct Analysis of Metallic Impurities in Hydrochloric Gas Using Gas Exchange Device (GED) ICP-MS
In today’s fast-paced world, semiconductors have become indispensable. Demands for faster and smaller chips with higher integration and lower energy consumption ...
Analyze and Understand the Properties of Epoxy Based PCB using Multifrequency by DMA
Epoxy resins, in the category of CASE chemicals and materials, have a wide range of applications including overmolding integrated circuits, coatings for surface ...
Transmittance Test for Infrared Proximity Sensors in Mobile Phones
Although smart phone usage has increased dramatically, many users are unaware of the proximity sensors used in their devices. The proximity sensor (infrared hol ...
Semi-Automated FT-IR Measurements of Elemental Impurities in Silicon Wafers
Silicon wafer production is expected to grow in the coming years with increased demand for semiconductors especially in consumer electronics, automotives, and t ...
Determination of Various Elements at Ultra-trace Levels in Ultrapure Acids and Photoresist Stripper Solutions by Graphite Furnace Atomic Absorption
To protect the integrity of semiconductor and electronics end-products, semiconductor researchers and developers (R&D) and manufacturing QA/QC functions face un ...
Elemental Scientific - Global Experts in Automation
A collection of application briefs for fully-automated analyses of a variety of semiconductor-grade chemicals, with the ESI prepFAST S ultraclean sample introdu ...
Technologies
Explore Our Semiconductor & Electronics Testing Solutions
Atomic Spectroscopy
If you're looking for proven AA, ICP-OES, ICP-MS, or mercury analysis systems, you've come to the right place. PerkinElmer has been at the forefront of atomic s ...
Chromatography
Whatever your application, industry requirements or regulations, we have a breadth of solutions designed to solve your separation and detection challenges. Our ...
Molecular Spectroscopy
Today’s advanced and increasingly diverse Advanced Materials laboratories are facing new challenges daily – starting from raw materials right up to the finished ...
Thermal Analysis
Elevate your research and quality control with our state-of-the-art Differential Scanning Calorimetry (DSC), Thermogravimetric Analysis (TGA), Simultaneous Ther ...
Consumables & Accessories
Your partnership with PerkinElmer doesn't stop when you purchase an instrument. We also have a complete line of consumables and accessories engineered to keep t ...
Laboratory Services
Today’s scientific lab leaders are facing new pressures and demands to continue to innovate while looking for more lab productivity. With tighter deadlines, inc ...