Industry Directory: white residue process indicator (1)

Amwei Thermistor Sensor

Industry Directory | Manufacturer

Professional manufacturer of PTC & NTC thermistor, temperature sensor pressure Sensors. Thermistors for overload over-current protect, inrush current limit, temperature sense measurement compensation control, protect.

New SMT Equipment: white residue process indicator (1)

Allen-Bradley 1771-IFEK 1771 Input Module

Allen-Bradley 1771-IFEK 1771 Input Module

New Equipment | Industrial Automation

  Sales Manager: Sandy Lin Email:  unity@mvme.cn Skype:  onlywnn_1 Mobile(Whatsapp): (+86)-18020776786   XIAMEN YUEHANG COMPUTER ENGINEERING CO.LTD. is a company that professionally engaged in large system DCS spare parts supply. We supply DCS, PLC,

XIAMEN YUEHANG COMPUTER ENGINEERING CO.LTD.

Electronics Forum: white residue process indicator (204)

white residue

Electronics Forum | Wed Jan 27 19:42:34 EST 1999 | parag palshikar

i am working with the noclean process and getting white residues on the bottomside of the board probably due to the wave soldering flux.i am using a no-clean solder paste and a noclean wave solder flux.The boards passed the accelerated temperature a

Re: white residue

Electronics Forum | Thu Jan 28 08:42:43 EST 1999 | Dave F

| i am working with the noclean process and getting white residues on the bottomside of the board probably due to the | wave soldering flux.i am using a no-clean solder paste and a noclean wave solder flux.The boards passed the accelerated temperatu

Used SMT Equipment: white residue process indicator (1)

Stanford Research SR785

Stanford Research SR785

Used SMT Equipment | General Purpose Test & Measurement

Stanford Research SR785 The Stanford Research SR785 Two-Channel Dynamic Signal Analyzer is a precision, full-featured signal analyzer that offers state-of-the-art performance at a price that's less than half that of competitive analyzers. Buildin

Test Equipment Connection

Industry News: white residue process indicator (80)

First Phase of IPC Electronics Technology Trends Studies Pinpoints the Top 10 Trends to Watch

Industry News | 2010-11-15 22:46:09.0

Research conducted by IPC indicates the top ten technology trends to watch in electronics manufacturing. Free White Paper Reveals Industry Views on Critical Technologies

Association Connecting Electronics Industries (IPC)

IPC International Conference in Budapest Highlights Process Steps for Manufacturing Quality Electronic Products

Industry News | 2011-01-22 00:27:29.0

Design, assembly, soldering, repair, rework, inspection, and materials choice are all variables to be juggled as electronics manufacturers worldwide work with new component types, high speed signals and lead-free technology. To assist them in making the best choices for producing reliable electronics, IPC — Association Connecting Electronics Industries® is holding the IPC Conference on Quality, Reliability and Acceptability for Electronics Manufacturing in Budapest, Hungary, on 22–24 February 2011.

Association Connecting Electronics Industries (IPC)

Parts & Supplies: white residue process indicator (1)

Panasonic DT head sensor N510025620AA KXF0DQXAA00 KXFY1544A00 original brand new

Panasonic DT head sensor N510025620AA KXF0DQXAA00 KXFY1544A00 original brand new

Parts & Supplies | Pick and Place/Feeders

N210095370AA COVER 0 KXFB0AU3A00 POST 0 KXF0E0NMA00 PLUG CP-30-HP-1 N210046856AA BRACKET 0 N510017083AA SPACER BSF-430E N510018125AA SCREW Cross recessed Countersunk head machine screw M2.5X8-4.8 A2J (Trivalen N210028733AA PLATE 0 KXFX064BA00

KingFei SMT Tech

Technical Library: white residue process indicator (2)

QUANTIFYING THE IMPROVEMENTS IN THE SOLDER PASTE PRINTING PROCESS FROM STENCIL NANOCOATINGS AND ENGINEERED UNDER WIPE SOLVENTS

Technical Library | 2023-05-22 17:46:29.0

Over the past several years, much research has been performed and published on the benefits of stencil nano-coatings and solvent under wipes. The process improvements are evident and well-documented in terms of higher print and end-of-line yields, in improved print volume repeatability, in extended under wipe intervals, and in photographs of the stencil's PCB-seating surface under both white and UV light. But quantifying the benefits using automated Solder Paste Inspection (SPI) methods has been elusive at best. SPI results using these process enhancements typically reveal slightly lower paste transfer efficiencies and less variation in print volumes to indicate crisper print definition. However, the improvements in volume data do not fully account for the overall improvements noted elsewhere in both research and in production.

KYZEN Corporation

Evaluation of No-Clean Flux Residues Remaining After Secondary Process Operations

Technical Library | 2023-04-17 17:05:47.0

In an ideal world, manufacturing devices would work all of the time, however, every company receives customer returns for a variety of reasons. If these returned parts contributed to a fail, most companies will perform failure analysis (FA) on the returned parts to determine the root cause of the failure. Failure can occur for a multitude of reasons, for example: wear out, fatigue, design issues, manufacturing flaw or defect. This information is then used to improve the overall quality of the product and prevent reoccurrence. If no defect is found, it is possible that in fact the product has no defect. On the other hand, the defect could be elusive and the FA techniques insufficient to detect said deficiency. No-clean flux residues can cause intermittent or elusive, hard to find defects. In an attempt to understand the effects of no-clean flux residues from the secondary soldering and cleaning processes, a matrix of varying process and cleaning operation was investigated. Of special interest, traveling flux residues and entrapped residues were examined, as well as localized and batch cleaning processes. Various techniques were employed to test the remaining residues in order to assess their propensity to cause a latent failure. These techniques include Surface Insulation Resistance1 (SIR) testing at 40⁰C/90% RH, 5 VDC bias along with C32 testing and Ion Exchange Chromatography (IC). These techniques facilitate the assessment of the capillary effect the tight spacing these component structures have when flux residues are present. It is expected that dendritic shorting and measurable current leakage will occur, indicating a failing SIR test. However, since the residue resides under the discrete components, there will be no visual evidence of dendritic growth or metal migration.

Foresite Inc.

Videos: white residue process indicator (2)

PCB Surface Cleaning Machine MLPCM-450

PCB Surface Cleaning Machine MLPCM-450

Videos

PCB Surface Cleaning Machine MLPCM-450 Technical Parameters 1. Independent innovation patent design (patent: 2017SR471774), the industry's first, lets you have the most advanced contact cleaning system in the industry. 2. Using Panasonic PLC program

Qinyi Electronics Co.,Ltd

How to reduce solder joint voids from 30% to 1%? Try I.C.T Vacuum Reflow Oven

How to reduce solder joint voids from 30% to 1%? Try I.C.T Vacuum Reflow Oven

Videos

  · What is the difference between SMT vacuum reflow soldering machine and ordinary reflow soldering machine?    · What problems can be solved by smt vacuum reflow soldering machine?   · What is the basic principle of vacuum reflow machine?   · Ho

Dongguan Intercontinental Technology Co., Ltd.

Express Newsletter: white residue process indicator (991)

Partner Websites: white residue process indicator (108)

Dispense-System-Service-Guide_22290008G.book

GPD Global | https://www.gpd-global.com/pdf/doc/Dispense-System-Service-Guide-22290008G.pdf

. 11/11/2014 2.7 New • User Controls Access added. • MAX II footprint dimensions updated. Improvements • MAX Series dimensional illustrations updated with optional process view arm and monitor. etc., etc

GPD Global


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Wave Soldering 101 Training Course
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