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Wafer Failure Analysis
Defines the failure mode and then through additional testing determine it's cause.
See Also: Wafer, Wafer Thickness, Wafer Edge, Wafer Resistivity, Wafer Mapping, Wafer Probes, Wafer Probers, Wafer Inspection
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Inspection Microscope
Z-NIR
The McBain Z-NIR Near Infrared Inspection System is best-in-class for wafer-to-wafer and die-to-die alignment measurement and verification. This unique tool has been sold into many industries with various applications including sub-surface wafer and die inspection for cracks and bond integrity, MEMS, wafer bonding, 3-D chip stacking, failure analysis, process development, tool verification, part characterization, environmental testing and more.
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MPI Automated Probe Systems
MPI Advanced Semiconductor Test
MPI’s 200 mm and 300 mm automated probe systems are dedicated and designed to address current and future requirements for all facets of Device Characterization for Modeling and Technology/Process Development, Failure Analysis, Design Verification, IC engineering, Wafer Level Reliability as well as special requirements for MEMS, High Power, RF and mmW device testing.
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Microelectronic Services
Services for ASIC houses and Integrated Device Manufacturers are IC Wafer / Final Test, IC assembly, Test Program development, product engineering, Flash / EEPROM programming, characterisation / capability studies, yield enhancement, design verification and failure / yield analysis. Das Test Haus are specialists for wafer test, low power, mixed signal and eeprom test.
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X-ray Inspection Performance
MXI Quadra 7
Ultimate image quality and magnification, Quadra 7 reveals quality defects as small as 0.1 µm. Ideal for root cause failure analysis, wire bond integrity checking, component cracking, MEMS inspection and wafer level components including TSV and wafer bumps.
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Failure Analysis
Failure Analysis (FA) plays a crucial role in the production of semiconductors. It provides process and design feedback to determine the root cause of any failures. Time-to-data for the FA Engineer is a critical measurement and SemiProbe’s Probe System for Life ® (PS4L) is ideally suited to excel in this application. All key components are interchangeable, making it easy to switch between individual die, wafers, and packaged parts.
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Semi-Automated Probe Stations
SPS 2600, SPS 2800, and SPS 12000 Series
The SPS 2600, SPS 2800, and SPS 12000 Series systems are MicroXact’s semi-automated probe stations designed to be flexible and easy to use when performing high productivity device characterization, wafer level reliability testing and failure analysis. These semi-automatic probe station systems are designed to support manual and semi-automatic probing of up to 200mm wafers.
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Failure Analysis
MicroINSPECT 300FA
The MicroINSPECT 300FA is an automated wafer inspection tool used for semiconductor wafer failure analysis. Its small footprint, high speed, and low cost relative to its rich features yield a superb cost of ownership and makes this an ideal tool for your fab or failure analysis lab. The MicroINSPECT 300FA combines advanced robotics, wafer sorting, an intelligent wafer inspection microscope together with SiteVIEW Software to produce an integrated failure analysis tool.
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Failure Analysis
A partial list of our state of the art test equipment, applicable to these testing disciplines, will include the following: Two Scanning Electron Microscopes with EDS (SEM/EDS) Three Differential Scanning Calorimeters (DSC) Three Thermogravimetric Analyzers (TGA) Three Thermo Mechanical Analyzers (TMA) One Dynamic Mechanical Analyzer (DMA) Two Real-Time Fluoroscopic X-ray Systems, including a Microfocus System One Fourier Transform Infrared Microscope (FTIR) (capable of identifying a single particle of an unknown material) Two Ion Chromatographs (IC) (capable of identifying ionic impurities in ppm)
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Failure Analysis
Failure analysis on electronic components is a continuous challenging task. The smaller transistor dimensions, increasing functional complexity and changing device packaging styles requires new tools and skills for sample preparation, fault localization techniques, high resolution imaging and analysis.
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Failure Analysis – Materials
Failure analysis – materials is the investigation into the background or history of a sample, or an event, to determine why a particular failure occurred. A product failure may include premature breakage, discoloration or even an unexpected odor. It is useful to know if this failure is a new, unique occurrence or if it has been an ongoing issue. The investigation can involve analyzing the sample as it currently exists and extrapolating from that data what may have caused the failure. A sample of the “good” vs. “bad” product may also be useful for comparison purposes.
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Benchmark, Competitive and Failure Analysis
Helping you determine the root cause of product failures and evaluate products against industry competition and standards.We provide third-party verification and support for claims related to performance versus competition, root product failure cause, and benchmark industry performance. As an independent laboratory with over 60 years of product testing experience, our expertise helps you evaluate products for a variety of performance related characteristics. Additionally, we can provide expert witness legal testimony for insurance claims, CPSC filings, and civil/criminal court cases through our testing results and data.
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Destructive Physical Analysis & Failure Analysis
DPACI's component analysis laboratory performs major analytical functions, such as destructive physical analysis, failure analysis, counterfeit analysis, and material analysis on components & devices. Our destructive physical analysis techniques are performed in accordance with standards and methods used in most military and space program requirements. Solutions for difficult production problems are resolved through our failure analysis procedures.
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Electronics Failure Analysis System
Sentris
Due to the continued decrease in integrated circuit feature size and supply voltages, detecting and locating the miniscule amount of heat generated by failure sites has become increasingly difficult. Sentris pinpoints low-level infrared thermal emissions from IC faults such as short circuits and leakage current.
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Failure and Technology Analysis
Failure analyses in order to clarify the failure cause soonest possible.From single device to the whole system - and from highly complex IC up to printed circuit board (PCB), mounting & interconnection technology and printed board assembly (PBA).
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Wafer Bonder
AML
Wafer bonding has found many applications in the field of MST, MEMS and micro engineering. These include the fabrication of pressure sensors, accelerometers, micro-pumps and other fluid handling devices. The process is also used for first-order packaging of silicon microstructures to isolate package-induced stresses. The OAI AML Wafer Bonder facilitates both the alignment and bonding to be performed in-situ, in a high vacuum chamber. For anodic bonding the wafers are loaded cold and heated in the process chamber. For high accuracy alignment the wafers are aligned and brought into contact only after the process temperature has been reached, thus avoiding differential thermal expansion effects which can compromise alignment. The AML Wafer Bonder is excellent for anodic bonding, silicon direct and thermal compression bonding applications. These features enable the bonder to be used with virtually any processing tool.
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Wafer Prober
Precio octo
200mm wafer prober. The system adapts ultra-high speed indexing and high-speed wafer exchange functions to reduce test cost and improve overall equipment effectiveness (OEE) markedly enhancing productivity.
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Wafer Analyzer
RAMANdrive
RAMANdrive is the specialized Raman microscope for wafer analysis equipped with our dedicated 300 mm stage. RAMANdrive gives you an ultra-fast, highest resolution analysis of the whole wafer with unique stability and accuracy
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Wafer Probers
Full Automatic Wafer Prober. Semi Automatic Wafer Prober. High Current Probe Block. 6-inch Manual Prober. 8-inch Manual Prober. 12-inch Manual Prober.
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System to Handle Wafer Levels
AMI AW Series
Operator-Free Wafer Inspection, Analysis and Sorting The AW Series are advanced high-capacity, high throughput automated wafer C-SAM® instruments specialized to deliver maximum sensitivity for the evaluation of wafer and device level applications.
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Wafer Bonding Systems
ith over 15 years experience in designing and manufacturing precision wafer bonding equipment, EVG wafer bonding systems are well recognized in setting industry standards for the MEMS production industry. Besides supporting wafer level and advanced packaging, 3D interconnects and MEMS fabrication, the EVG500 series wafer bonding systems can be configured for R&D, pilot-line or volume production. They accommodate the most demanding applications by bonding under high vacuum, precisely controlled fine vacuum, temperature or high pressure conditions. Multiple bonding methods including anodic, thermo compression, glass-frit, epoxy, UV and fusion bonding are covered. Based on a unique modular bond chamber design the EVG500 series allow for an easy technology transfer from R&D to high volume production.
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In-situ Wafer Temperature Monitoring
CI Semi's family of noncontact temperature monitors (the NTM line), offers high end pyrometry products for the measurement of wafer temperatures during process. CI Semi’s flag ship of the line, the NTM Delta, incorporates real-time, same point emissivity measurement and compensation making it the ideal solution for in situ monitoring for processes such as RTP, CVD and PVD. The NTM family is sold to leading tool manufacturers.
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Failure Analysis Services
BMP Testing and Calibration Services Inc.
Failure analysis plays a crucial role in product development that enables industries to prevent future product failures and improve them for the end-user. It’s a multi-faceted approach to finding how and why a product failed and involves an in-depth investigation of the circumstances surrounding the failure and discovery of relevant background information, including but not limited to the type of application, environmental factors, service life, and pertinent design information.
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Malware Analysis
The Tevora malware analysis process begins with the identification and quarantine of the software in question. Our experienced analysts will then test the malware in our malware analysis lab and isolate the malicious software so its behavior can be learned. Understanding what a particular piece of malware is designed to do, helps direct focus on what other systems and information are at risk.
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Wafer Demounting And Cleaning Machines
Demounting and cleaning to high throughput fully automatic ingot after cutting in the slicing machine and wire saw.
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Time-Domain Analysis
S95010B
Measure the time-domain response of a device; transform frequency-domain data to the time domain or time-domain data to the frequency domain
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N/Protein Analysis
Elementar Analysensysteme GmbH
The determination of the total protein content is an essential tool for quality control and protein declaration according to international labeling laws in the food & feed industry and research facilities. Since the protein content can directly correspond to product properties, highly precise, matrix-independent protein analyses are required in all application areas.Our N/protein analyzers use the high-temperature combustion method according to Dumas, which has clear advantages over Kjeldahl regarding laboratory safety, sample throughput, labor time, amount of chemical waste and thus cost-per-analysis. Our analyzers for the determination of nitrogen and protein are dedicated instruments serving today’s customer needs in regards to price-per-sample, throughput and sensitivity.
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Liquid Analysis
Comprehensive product range for all analytical parameters. Environmental protection, consistent product quality, process optimization and safety – just a few reasons why liquid analysis is becoming increasingly essential. Liquids such as water, beverages, dairy products, chemicals and pharmaceuticals have to be analyzed day in and day out.
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Wafer Tester
Tokyo Electronics Trading Co., Ltd.
A vital step in the Semiconductor Value Stream, focusing on electrical screening and consumption of Known Good Die (KGD).
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PV Wafer Inspection
In the production of wafers, process parameters directly affect the wafer quality. For optimal use of wafers it is necessary to sort them into appropriate quality classes. This way, further processes can be adjusted according to the characteristics of the wafers.
