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高信頼性と低ボイドを実現する強化はんだプリフォーム|ボイド結果
高信頼性と低ボイドを実現する強化はんだプリフォームについて説明するシリーズの最終回です。今回は、DOEの結果を中心に、はんだプリフォームが高信頼性と低ボイドを実現したかどうかを検証します。
Project 99 Wave Solder Flux Performance Proof: Probe Testability
Probe testability is the last of the IPC tests. This test measures the nature of the flux residue to determine whether it interferes with the post-soldering electronic probe testing of the circuit
Project 99 Wave Solder Flux Performance Proof: SIR Testing
Surface Insulation Resistance (SIR) tests measure the post soldering effect on the electrical integrity of the circuit boards. Fluxes should facilitate soldering, but not degrade the circuit by
Reinforced Solder Preforms for High-Reliability and Low Voiding | Quantifiable Bondline Consistency
This is the third in a series of blog posts that talk about reinforced Solder Preforms for high–reliability and low voiding. This post will focus on how InFORMS® affect bondline consistency
Calculating Confidence Intervals on Cpks
Let’s look in on Patty, it’s been awhile. Patty was looking forward to sleeping in. Normally she was up very early, sometimes before 5:30AM, after usually getting to bed too late, so she
Gold-Tin Eutectic Solder
Gold tin eutectic solder (AuSn20, or 80%gold, 20%tin by weight) isused in a varietyof applications requiring ahigh reliability, high melting solder joint. This includes die-attach and even lid-attach
高信頼性・低ボイドを実現する強化はんだプリフォーム|技術の進歩
高信頼性と低ボイドを実現する強化はんだプリフォームに関するブログ記事の第2弾です。この記事では、InFORMS®の技術の進歩に焦点を当てます。
プロジェクト99 ウェーブはんだ付け用フラックスの性能実証:腐食試験
「銅鏡試験」とも呼ばれるこの腐食試験は、銅試験片試験とは異なり、リフロー前のフラックスの腐食性を定性的に評価するものであり、
Project 99 Wave Solder Flux Performance Proof: Copper Coupon Testing
The copper coupon is a pretty simple test. A given amount of solder is reflowed onto a copper coupon with a specified amount of each flux. The test can be performed on either lead-free solder or
Project 99 Wave Soldering Performance Proof: J-Standard Testing
Remember back when I said that our Project 99super heroes “aren’t just for fun – they really work?” As I shared, their characteristics have been identified using a battery of
Project 99: Combating Icicles in SMT Wave Soldering
Icicles appear as stalactites hanging on the bottom of the circuit board during SMT wave
Consistent physical properties at cryogenic temperature: Use This Unique Indium Property to Your Advantage
Most materials become brittle at very low temperatures, pure indium does not. It performs consistently at room and at extremely low temperatures. This property is why engineers across the world use
Project 99: Combating Residue in Wave Soldering
The Alchemist (WF-9955) applies her sophisticated understanding of wave soldering flux ingredients and their interactions with metallizations to defeat Oxide, while at the same time effectively
Project 99: Combating Electro-migration in Wave Soldering
Electro-migration is another common challenge encountered in wave soldering and can be cause by a number of factors: Chloride or other ionic residue on the bare board and/or components Hygroscopic
Indium Gaskets
Indium gaskets? You have probably heard of automotive head gaskets and plumbing gaskets and even gaskets used in sailing (that was a new one to me!). Buthave youheard of indium metal gaskets? The
SMTソルダーペースト印刷プロセスの評価においてCpkは依然として王様である
Folks, If you think about it, to evaluate any process you typically want to know its precision and accuracy. Look at the dart players in the Figure 1 below. The yellow player has good precision, but
Project 99: Combating Oxidation in Wave Soldering
Now that we’ve met our Project 99 heroes, it is important to understand their counterparts…the common villains that can wreak havoc during your wave soldering process. Today, I’d
Introducing Project 99: Wave Soldering Challenges Solved!
Created in the Indium Corporation R&D labs, four exciting wave soldering fluxes – known as Project 99 – are ready to solve your challenges and save the world! Project 99 is a fun way
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インジウムでは、今日、明日、そして未来の課題に対する高度なエレクトロニクス組立材料のソリューションを研究、開発、製造しています。

