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Corrosion – Part 4, Learn More
Here is a pretty good list of resources on the topic of corrosion, if you’re interested: 1. Chongchen Xu. “Corrosion in Microelectronics“ 2003 2. Charles A. Harper. Electronic
Corrosion – Part 3, Sources and Prevention
Corrosion is caused by an electrochemical reaction between two dissimilar metals, one acting as an anode – one as a cathode. Halide ions, such as fluoride, bromide, and chloride, are the usual
Corrosion – Part 2, How It Affects Us
Corrosion leads to field failures. I could probably stop right there – that’s bad enough. To flesh that out a little more, corrosion can lower thermal and electrical conductivity, cause
腐食 - パート1、腐食とは何か
腐食に関する4回シリーズの第1回目:1)腐食とは何か、2)腐食が私たちに及ぼす影響、3)腐食の原因と防止策、4)さらに詳しく知る方法。腐食には3つの基本がある
プリフォーム・フラックスの種類
When considering the choice of flux for preforms, in addition to factoring in the amount of flux required on a preform, the type of flux is also important. Fluxes are categorized using the
SAC305 May Not Become De-Facto Standard
Folks, About two years ago it appeared that SAC305 (3.0% silver, 0.5% Cu, the balance tin) was becoming the de-facto standard for Pb-Free assembly. With the increased need for shock resistance in
Are There Even Better Performing Thermal Interface Materials available Than Metal?
Multiple times I have discussed the intrinsic properties of metal thermal interface materials which make them the top performer on the market today. With thermal conductivities of 86W/mK, there is
Why Invest in a Great Thermal Interface Material?
There are some applications which can function fine with grease at the thermal interface or even with no thermal interface material at all. This was the case for most electronics of the
Soldering to Stainless Steel
Have you ever had that sinking feeling when you tried soldering to stainless steel and found it to be very draining? You can join stainless steel, you know, and here's how! You need the correct
ハロゲンフリーとハロゲン化物フリー
There is a significant push in the electronics industry to produce “halogen-free” products in order to be more environmentally friendly. The industry has begun to adopt the definition of
パッケージ・オン・パッケージ・コンポーネント・ディッピング (2/5)
Before even thinking of dipping a component, you had better verify that your paste or flux is 1) the proper thickness and 2) uniform across the surface of the flux reservoir. You can check this by
Au/Sn – One of a Kind
For those of us who recommend solder alloys, Au/Sn holds a place in our hearts. In many cases it is the #1 solder for an application (if you don’t factor cost into it). Although the cost of the
Control Your Materials, or They Will Control You (part 1)
Package-on-Package solder paste is a relatively new concept in the solder industry. With limited material sets, we need to be able to capitalize on the flexibility of the few solder pastes that are
Questions for Tim Jensen
Folks, Tim Jensen, Product Manager, PCB Assembly Materials, would surely be considered one of the most knowledgeable people in lead-free soldering and solder materials. I was able to catch up with
ダイオードスタックにおけるクリープの問題を理解する。
クリープという言葉は、エンジニアがレーザーダイオードのスタックアップに金属TIMを設計する際に聞きたくない言葉である。しかし、クリープは本当に問題なのだろうか?
Indium Oxide Layer
There are multiple types of thermal interface materials available, but due to its high thermal conductivity, compressibility, and ease of application, indium metal is one of the most desired thermal
Be Data Driven
Folks, I was recently asked to give a presentation and audit an assembly line regarding minimizing "tombstoning" of passives at a major electronic
01005 パッシブ サイズは01005ではない
Folks, I mentioned this in the quiz at the left, but am I the only one that didn't know that a 01005 passive is really not that size? The designation 01005 means that the passive should be 0.010
ジム・ホール、ティン・ウィスカーズの新徽章を発表
Folks, One of my closest and most respected colleagues in our industry is Jim Hall of ITM. Along with Phil Zarrow, also of ITM, Jim and I developed SMTA's Process Certification Workshop and
合金密度の計算式への関心は依然として高い
Folks, The technique to calculate density of an alloy still attracts interest about a year after I first discussed it. Although I am pleased to share my Excel software that calculates solder alloy
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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。

