Reliability & Failure Analysis

Reliability and failure analysis equipment is used to assess the durability and identify the potential points of failure in electronic components. It ensures that products meet performance standards and increases their longevity, reducing the likelihood of malfunction.

  4. Williamson Pyrometer, Dual Wavelength (2-color), Pro 80 Series

    Thermal Analysis

    Williamson Pyrometer, Dual Wavelength (2-color), Pro 80 Series

    • Cline Innovations has an inventory of sturdy pre-owned pyrometers from Williamson.
    • Suitable for hydrogen-based plasma applications (such as diamond MPCVD) or more traditional furnace or oven applications.

      This listing includes details of one the Williamson pyrometers that we have in inventory:

      --Pyrometer Model: Williamson PRO 82-40 --Temperature Range: 475-1475C --Field of View: 0.15in@15in (3.81mm@381mm) --Pyrometer Device Power: 24VDC --Pyrometer Housing: Rugged, sealed metal casting. --Model 23 Interface Module (Controller) with advanced functions.

      The sensor measurement range (nominally 2 micron IR) is suitable for pyrometry of surfaces exposed to light-emitting hydrogen plasmas (e.g. Diamond MPCVD processes, etc.).  Use for traditional high temperature applications including vacuum brazing, heat treatment, and furnacing is also viable.

    Make:

    Model: PRO 82-40 Sensor, Model 23 Interface Module

    1 unit @ Best Price

    Leominster, MA US

    Item 141147

  11. LumaSense impac 140 IR Pyrometer

    Thermal Analysis

    LumaSense impac 140 IR Pyrometer

    • LumaSense Technologies GmbH IMPAC IS 140-PB 750-2500C IR Pyrometer.
    • Telescoping lense is clearly marked a=340-4000mm.
    • Impac and LumaSense appear to be part of Advanced Energy as of 2024: See The Global Leader in Temperature and Gas Sensing Solutions - LumaSense Technologies A/S (lumasenseinc.com) 
    • Multiple units likely to be in inventory.  Please contact Cline Innovation to confirm physical inventory with this specification.
    • Photos available upon request.

Popular Manufacturers

Datapaq Hart Scientific Raytek Solid State Measrmnt Mikron Advanced Energy Ideal Aerosmith Inc. Crane Electronics

Common Applications

circuit board analysis

semiconductor inspection

material stress testing

failure mode analysis

system reliability assessment

component certification

Buying Guide

Reliability & Failure Analysis Buying Considerations

  • Determine the specific failure types you need to analyze, such as thermal, mechanical, or electrical.
  • Ensure the equipment is compatible with the size and type of components you work with.
  • Consider the resolution and accuracy required for your analysis tasks.
  • Evaluate the software capabilities for data collection and analysis in the equipment.
  • Look for durability and ease of calibration features, as these impact long-term use.

Frequently Asked Questions

What is reliability and failure analysis?
It is the study and process of identifying, examining, and eliminating potential points of failure and assessing product longevity.
Why is failure analysis important in electronics?
Failure analysis is crucial for identifying weaknesses in electronic components, preventing future failures, and ensuring product reliability.
What tools are used in failure analysis?
Tools such as scanning electron microscopes (SEM), spectroscopy instruments, and thermal analyzers are commonly used.
How does reliability analysis improve product quality?
Reliability analysis ensures that components meet performance standards, reducing the risk of failure and enhancing product lifespan.