New SMT Equipment: poor wetting air (42)

Time Pressure Liquid Dispensing Pump with Foot Switch or Dry Contact

Time Pressure Liquid Dispensing Pump with Foot Switch or Dry Contact

New Equipment | Dispensing

Time Pressure Liquid Dispensing Pump with Foot switch / Dry contact A great addition to Fully Automatic Dispensing System Time pressure is a versatile method of dispensing that functions across a wide range of viscosities. This dispensing method wo

GPD Global

Hanwha HM510 SMT Assembly Line

Hanwha HM510 SMT Assembly Line

New Equipment | Assembly Services

Hanwha HM510 SMT Assembly Line Hanwha HM510 SMT Assembly Line, Usage: PCB production, Full Automatic Assembly line, Speed: 60000CPH, it's with Automatic PCB Loader, Automatic SMT stencil Printer, Koh Young KY 8080 3D SPI, Automatic Pick and place ma

Qersa Technology Co.,ltd

Electronics Forum: poor wetting air (470)

Palladium poor wetting

Electronics Forum | Tue May 23 21:14:22 EDT 2006 | davef

First, where the temperatures that aare mentioned in the original post measured? Second, it sounds like the PdAg component terminations are not seeing enough heat [your soldering iron touch-up proves this]. Your 232*C peak is the absolute minimum s

Palladium poor wetting

Electronics Forum | Tue May 23 09:01:48 EDT 2006 | russ

Seems as though the problem is with PCB and not component? "Solder does not wet to pads, wets to component" What is your board finish? Russ

Used SMT Equipment: poor wetting air (14)

DEK Horizon 03iX

DEK Horizon 03iX

Used SMT Equipment | Screen Printers

DEK Horizon 03iX Serial Number: 309725 Year of Manufacture: 2015 Direction: Left to Right/ Right to Left Total Board Produced: 017291 Maximum Print Area (mm): 510 x 508.5 Camera: Hawkeye 750 Digital Camera (without licence)(Graphite camera) Camera Po

smtXtra

Speedprint SP1550 Long Board Printer

Speedprint SP1550 Long Board Printer

Used SMT Equipment | Screen Printers

Speedprint SP1550 Long Board Screen Printer Model: SP1550 Year: 2021 Accuracy: +/- 12.5µm @ 6 sigma Cycle Time: 16 seconds Stencil Size (Max): 1850mm x 736mm PCB Size (Max): 1550mm x 560mm Board Thickness: 0.4mm to 6mm Max Weight: 10kg Underside Cle

Midwest SMT

Industry News: poor wetting air (131)

Jetting Pump Configurations Now Available for Integrating into Third Party Dispense Systems.

Industry News | 2016-05-10 14:16:16.0

GPD Global offers individual pumps for integration into your existing platform – the Jetting NCM5000 Pump is one of them. The Jetting NCM5000 Pump simplifies jetting to its basic elements: hammer, pin, and nozzle. Only the pin and nozzle are wetted parts. This means easy set-up, cleaning, and upkeep.

GPD Global

Latest Dispense Technology for Integration and Retrofit

Industry News | 2017-10-02 13:58:42.0

GPD Global will exhibit at the upcoming IMAPS 2017. At booth 244, GPD Global will exhibit a complete line of Fluid Dispensing pumps with the latest dispense technologies for integration or retrofit. Whether your process requires low or high viscosity fluids, thick pastes, or abrasive media, there is a dispense pump to meet your requirements.

GPD Global

Parts & Supplies: poor wetting air (12)

Juki JUKI FEEDER part E513070600B

Juki JUKI FEEDER part E513070600B

Parts & Supplies | Pick and Place/Feeders

JUKI FEEDER part E513070600B E9630729000 T AC SERVO MOTOR(TS4632N2020E600) E9630755000 RERAY UNIT E96307800A0 HEAD SENSOR ASM E963171500A DUCT (KD-76-03-C) E963171500B DUCT (KD-76-045-C) E963171500C DUCT (KD-76-085-C) E9631721000 LAHD SENSOR

ZK Electronic Technology Co., Limited

Juki JUKI FF 44MM feeder tape guide E72037060AC

Juki JUKI FF 44MM feeder tape guide E72037060AC

Parts & Supplies | Pick and Place/Feeders

JUKI FF 44MM feeder tape guide E72037060AC E9630729000 T AC SERVO MOTOR(TS4632N2020E600) E9630755000 RERAY UNIT E96307800A0 HEAD SENSOR ASM E963171500A DUCT (KD-76-03-C) E963171500B DUCT (KD-76-045-C) E963171500C DUCT (KD-76-085-C) E96317210

ZK Electronic Technology Co., Limited

Technical Library: poor wetting air (11)

The Risk And Solution For No-Clean Flux Not Fully Dried Under Component Terminations the Risk And Solution For No-Clean Flux Not Fully Dried Under Component Terminations

Technical Library | 2020-11-24 23:01:04.0

The miniaturization trend is driving industry to adopting low standoff components or components in cavity. The cost reduction pressure is pushing telecommunication industry to combine assembly of components and electromagnetic shield in one single reflow process. As a result, the flux outgassing/drying is getting very difficult for devices due to poor venting channel. This resulted in insufficiently dried/burnt-off flux residue. For a properly formulated flux, the remaining flux activity posed no issue in a dried flux residue for no-clean process. However, when venting channel is blocked, not only solvents remain, but also activators could not be burnt off. The presence of solvents allows mobility of active ingredients and the associated corrosion, thus poses a major threat to the reliability. In this work, a new halogen-free no-clean SnAgCu solder paste, 33-76-1, has been developed. This solder paste exhibited SIR value above the IPC spec 100 MΩ without any dendrite formation, even with a wet flux residue on the comb pattern. The wet flux residue was caused by covering the comb pattern with 10 mm × 10 mm glass slide during reflow and SIR testing in order to mimic the poorly vented low standoff components. The paste 33-76-1 also showed very good SMT assembly performance, including voiding of QFN and HIP resistance. The wetting ability of paste 33-76-1 was very good under nitrogen. For air reflow, 33-76-1 still matched paste C which is widely accepted by industry for air reflow process. The above good performance on both non-corrosivity with wet flux residue and robust SMT process can only be accomplished through a breakthrough in flux technology.

Indium Corporation

Corrosion Resistant Servers for Free-Air Cooling Data Centers

Technical Library | 2016-11-10 17:37:35.0

The demand for compute capability is growing rapidly fueling the ever rising consumption of power by data centers the worldwide. This growth in power consumption presents a challenge to data center total cost of ownership. Free-air cooling is one of the industrial trends in reducing power consumption, the power usage effectiveness (PUE) ratio, and the total cost of ownership (TCO). Free-air cooling is a viable approach in many parts of the world where the air is reasonably clean. In Eastern China, the poor quality of air, high in particle and gaseous contamination, is a major obstacle to free-air cooling. Servers exposed to outside air blowing in to data centers will corrode and fail at high rate. The poor reliability of hardware increase TCO dramatically. This paper describes a corrosion resistant server design suitable for reliable operation in a free-air cooling data center located in Eastern China where the indoor air quality can be as poor as ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) severity level G3. An accelerated corrosion test method of verifying hardware reliability in the ASHRAE severity level G3 environment is also described.

IBM Corporation

Videos: poor wetting air (24)

Time Pressure with Real Time Process Control FPC

Time Pressure with Real Time Process Control FPC

Videos

Time Pressure Liquid Dispensing Pump with Foot switch / Dry contact A great addition to Fully Automatic Dispensing System Time pressure is a versatile method of dispensing that functions across a wide range of viscosities. This dispensing method wo

GPD Global

I.C.T Lyra Series Reflow Oven with CBS Function

I.C.T Lyra Series Reflow Oven with CBS Function

Videos

Lyra Reflow Oven is a soft soldering that realizes the mechanical and electrical connection between the solder ends of surface mount components or the pins and the printed board pads by remelting the solder paste pre-distributed on the printed board

Dongguan Intercontinental Technology Co., Ltd.

Career Center - Jobs: poor wetting air (2)

Senior Assembler

Career Center | Oldsmar, Florida USA | Maintenance,Production

Job Description: • Uses microscope to verify correct part placement and orientation, manually align parts before soldering and perform post re-flow inspection and touch-up. • Able to identify and touch up poor wetted solder joints, solder voids / i

intiGrow

Assembler 2 – IPC 610 – 1st Shift

Career Center | Oldsmar, Florida USA | Engineering,Maintenance,Production

Job Title: Assembler 2 – IPC 610 – 1st Shift Address: 3655 Tampa Rd, Oldsmar FL 34677 Duration: 1 year Pay Rate: $15-$18 Hours: 9/80 schedule Monday – Thursday 6:00AM – 3:30PM, Friday 6:00AM to 2:30PM Job Description: Use microscope to verify

Lockheed Martin Corporation

Career Center - Resumes: poor wetting air (2)

Maintenance Engineer

Career Center | San Pedro Sula, Cortes Honduras | Engineering,Maintenance,Management,Technical Support

Preventive maintenance on SMT machines. Corrective maintenance on SMT Machines Schedule of preventive maintenance programs. Minimum Inventory control for spare parts Automation process on SMT Lines Work Instructions for maintenance procedur

12 Years experience in Equipment, Manufacturing and Technical Support.

Career Center | , | Engineering,Technical Support

COMPETENCIES & SKILLS : Proficient in SMT chip Mounters and IC/Flip chip Placers like Assembleon, Panasonic, Yamaha & etc. Experienced in handling Screen Printers like Minami, Dek, Panasonic and semi-automatic Printers. Expert in Camalot

Express Newsletter: poor wetting air (241)

Partner Websites: poor wetting air (142)


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