News

  1. HAROGIC Technologies introduces the SAE-200

    HAROGIC Technologies, a company that develops miniaturized, high-performance RF test instruments, has introduced the SAE-200, a USB-based real-time spectrum analyser that operates from 9 kHz to 20 GHz with a 100 MHz bandwidth. It is an advanced RF instrument that meets the SWaP-C requirements - (S) Small Size, (W) Lightweight, weighs less than 200 g, (P) high-performance and (C) The unit costs £7,500...
  2. Semplor - the new name for SEM's

    We are proud to announce the new company name from SEMPLOR, marking an exciting new chapter in their journey of growth and professionalism. They have decided it is time to rename Phe-nx and embrace a new company name that truly reflects their identity. With their state-of-the-art tabletop SEM, the NANOS, and a commitment to making SEM accessible to everyone, everywhere...
  3. TMC CleanTop® Advantages

    TMC's optical tables offer industry-leading performance and rigidity thanks to an all-steel construction and the highest core density and smallest honeycomb cell area on the market. CleanTop optical tops are used in a variety of applications, such as metrology, spectroscopy, photonics research, holography, quantum computing, high energy physics and interferometry. They come in standard sizes and shapes or can be...
  4. Quantum Computers: The Importance of Vibration Isolation

    TMC's Application Engineer, Dr Brian Keith, explains the importance of vibration isolation for quantum computers in an AZoQuantum interview. TMC's STACIS® Quiet Island What is the basic idea in quantum mechanics that quantum computers use? Quantum computers take advantage of quantum mechanics, an extremely successful fundamental theory in physics that describes the behavior of very small objects, objects at the...
  5. Modular, mode-hop free solutions using external cavity Littman configurations

    Apex Technologies external cavity Littman tunable laser sources offer high performance across a wide tuning range, with high output power and high signal-to-noise ratio. Each laser chassis is designed to incorporate between 1 and 4 separate tunable laser options from the T-band to the extended C+L band. With each laser module covering a 110nm mode-hop-free tuning span and narrow linewidth...
  6. Controlled specimen thinning - Ar ion beam milling of a specimen prepared by Xe plasma FIB

    Cross-section and plan view specimens from a GeTe-based phase change memory device prepared using the Xe plasma focused ion beam tool (Xe pFIB), followed by concentrated Ar ion beam milling. Energy dispersive X-ray spectroscopy (EDS) data from the cross-section specimen confirms the removal of Xe pFIB damage after Ar ion beam milling from the marked area (yellow rectangle) in the...
  7. WEBINAR: Why circuit decoupling is essential for achieving success in EMI/EMC

    27th March 2024 In this webinar, Y.I.C. Technologies will delve into the concept of decoupling in electronic circuits to mitigate EMI/EMC issues. Decoupling plays a crucial role in minimizing emissions from PCBs and cables, mitigating crosstalk in PCB design, and preventing power integrity issues. They will provide a real-time demonstration using a digital circuit, analysing its response using oscilloscopes, voltage...
  8. Building on success… Zygo’s new Qualifire™ laser interferometer

    For more than 50 years, phase-shifting interferometry has been the technology of choice for high-precision surface form metrology instruments. These interferometers provide fast and reliable measurements of surface form error and transmitted wavefront of optical components, systems, and assemblies. From research environments to a wide range of industrial applications, laser interferometers offer high levels of data traceability for quality assurance and post-production...
  9. White Paper: Fast shaping control of x ray beams using a closed-loop adaptive bimorph deformable mirror

    High-speed adaptive correction of optics, based on real-time metrology feedback, has benefitted numerous scientific communities for several decades. However, it remains a major technological challenge to extend this concept into the hard x ray regime due to the necessity for active mirrors with single-digit nanometer height errors relative to a range of aspheric forms. We have developed a high-resolution, real-time...
  10. Rigol: Swept-Tuned Spectrum Analyser or Real Time Spectrum Analyser

    There are two main types of Spectrum Analyser. Both analysers basically display amplitude vs frequency. They generally look at the dominant frequency and its spectral composition, power, distortion, harmonics, bandwidth etc. Swept-Tuned Spectrum Analyser This is the more traditional analyser generally based on the Superheterodyne principle. Modern swept-tuned analysers (superheterodyne analysers, in particular) are precision devices that can make a...

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