Knowledge Base

Welcome to the Lambda Knowledge Base

  1. New possibilities for measurements of optical components with PHOTON RT universal scanning spectrophotometer

      The new version of PhotonSoft program features advanced capability to conduct group measurements of single and multiple substrates. Such function is of great value when determination of optimum angle of incidence for maximum optical performance is required. Measurement of a polariser using a sequence of 5 consecutive measurements of transmittance and reflectance. All of them are shown within one...
  2. Optical Profiler Basics and some history

    Optical profilers are interference microscopes, and are used to measure height variations – such as surface roughness – on surfaces with great precision using the wavelength of light as the ruler. Optical interference profiling is a well-established method of obtaining accurate surface measurements. Optical profiling uses the wave properties of light to compare the optical path difference between a test surface and a reference surface...
  3. Verifire™ Series Interferometer Systems

    ZYGO's Verifire™ Series of laser Fizeau interferometers represent a complete line of high performance metrology instruments for the measurement of plano, spherical and aspherical surfaces and material characteristics. The systems provide a variety of proprietary acquisition techniques to ensure optimum metrology in a wide range of environments. For acquisition in turbulent environments, ZYGO offers the DynaFiz interferometer. While all Verifire™ models can...
  4. Colour capabilities of the Zygo Nexview for corrosion investigation

    Researchers at Imperial College and Rolls-Royce have investigated the nature of blue corrosion areas in Ti alloys used in aerospace applications. After extensive investigation using Light Optical Microscopy (LOM) and Secondary Electron Imaging (SEI) they were able to identify the same blue area with both techniques. The LOM shows the area well but gives no surface topography, whereas because the...
  5. About Lock-In Amplifiers

    Lock-in amplifiers are used to detect and measure very small AC signals, all the way down to a few nanovolts. Accurate measurements may be made even when the small signal is obscured by noise sources many thousands of times larger. Lock-in amplifiers use a technique known as phase-sensitive detection to single out the component of the signal at a specific...
  6. Application Note for LN Modulators

    LN Modulator is a device which converts information to signals by varying intensity and frequency of light. Capacity of transmission signal can be many tens times greater than conventional capacity by using this optical modulator. Application Note for LN Modulators  
  7. High Speed Imaging – All in one solution! (Part 1)

    Most users who venture into the world of high-speed cameras have already tried capturing video with a home camcorder and observed that they cannot see the necessary details of the event under study because of motion blur or because the event was missed entirely. In many cases, the shutter speed and frame-rate can be determined fairly quickly by trial and...
  8. New Firmware for Baumer MXG and VisiLine® Cameras

    New Firmware for Baumer MXG and VisiLine® Cameras
    The rollout for the new camera firmware for Baumer MXG, VisiLine® and VisiLine® IP has begun. From now on, all cameras are delivered with functional extensions. Click to download the New Firmware for Baumer MXG and VisiLine® Cameras datasheet    
  9. IP Rated Equipment: Codes & Clarification

    IP stands for 'Ingress Protection' An IP number is used to specify the environmental protection of enclosures around electronic equipment. These ratings are determined by specific tests that are standardised in order to ensure equipment can be safely used in a diverse range of applications. The IP number is composed of two numbers, the first referring to the protection against...
  10. GigE Camera Trouble Shooting Guide

    WHAT IS GigE? GigE or Gigabit Ethernet is a member of the family of computer networking and communication standards. The GigabitEthernet standard supports a theoretical maximum data rate of 1 gigabits per second (1 Gbps or 1000Mbps), as definedby the IEEE 802.3-2008 standard. To ensure a high data rate, Gigabit Ethernet workS using unshielded twisted pair (1000BASE-T) copper cable (specifically...

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