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Showing results: 76 - 90 of 97 items found.

  • Microwave Cables

    Measure Tech, Inc.

    Silicon Dioxide cable is a high stability cable at high temperatures and high frequencies. Because of thishigh stability silicon dioxide cables are currently used in nuclear reactors, decoy boxes, radars, satellites,aircraft and sophisticated missile applications. Measure Tech's Silicon Dioxide cable assemblies are excellentfor operation in extreme environment conditions where stability is crucial. Measure Tech's Silicon Dioxidecable is currently used by Lockheed Martin in their JASSM missiles. Measure Tech currently has 100% on timecdelivery for the Silicon Dioxide Cables delivered to Lockheed Martin.

  • Standard Digitizer

    725S Family - CAEN S.p.A.

    The 725S family is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP).  Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window). The wide range of DPP algorithms supported by the 725S make it a “must-have” for any type of nuclear physics application.

  • Digitizer

    730S Family - CAEN S.p.A.

    The 730S family is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP).  Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window). The wide range of DPP algorithms supported by the 730S family make it a “must-have” for any type of nuclear physics application.

  • PXI/PXIe LVDT, RVDT, Resolver Simulator Modules

    Pickering Interfaces Ltd.

    Linear variable differential transformers (LVDT) are electrical transformer sensors to measure linear displacement. Driven by an AC excitation source, the LVDT generates a pair of AC output signals modulated according to the core's mechanical position (displacement). LVDTs have been widely used in applications such as power turbines, hydraulics, automation, aircraft, satellites, nuclear reactors, and many others. These transducers have low hysteresis and excellent repeatability.

  • Firmware Engineering Projects

    Precision Development Consulting Inc

    Hand control module for teleprompter, Analog data acquisition and filtering, High-Power Arc Lamp Power Supply Controller and RTP gas flow and Vacuum System controller, Disk drive company test racks, Disk Drive Spindle Motor Tester, Disk Drive Head Stack Tester, Wafer photoresist coating and development system control PC boards, Nuclear Plant secondary water temperature monitor

  • Capacitance Sensors

    Accumeasure Series - MTI Instruments

    The Accumeasure product line features capacitive sensor products for high resolution gap and displacement measurements that require a high level of accuracy that is both stable and repeatable. A capacitive sensing system consists of a probe and amplifier. Capacitive measurements can be performed in a multitude of environments using non-contact passive capacitance probes that are not affected by magnet fields, temperature, humidity, nuclear radiation, and pressure. This is largely due to the nature of the rugged and passive capacitance probes.

  • Digitizers

    2740 Family - CAEN S.p.A.

    The 2740 Digitizer is a 64-channel digital signal processor for radiation detectors available in VME64 (V2740), VME64X (VX2740), and Desktop (DT2740) form factor. It offers not only waveform digitization and recording but also Multi-Channel Analysis for nuclear spectroscopy using Silicon strip, segmented HPGe, Scintillation detector with PMTs, Wire Chambers, and others. The 2740 can perform pulse height measurements (PHA), constant fraction timing (CFD), charge integration (QDC) and pulse shape discrimination (PSD) independently for each of the 64 channels.

  • Digitizers

    2745 Family - CAEN S.p.A.

    The 2745 Digitizer is a 64-channel digital signal processor for radiation detectors available in VME64 (V2745), VME64X (VX2745), and Desktop (DT2745) form factor. It offers not only waveform digitization and recording but also Multi-Channel Analysis for nuclear spectroscopy using Silicon strip, segmented HPGe, Scintillation detector with PMTs, Wire Chambers, and others. The 2745 can perform pulse height measurements (PHA), constant fraction timing (CFD), charge integration (QDC) and pulse shape discrimination (PSD) independently for each of the 64 channels.

  • High Voltage

    ET Power Systems Ltd.

    A comprehensive range of high voltage power sources are available from ETPS. Product families range from programmable high precision laboratory power supplies to HV Cassettes and PCB modules. The flexible high voltage design platforms and responsive management structure enable us to offer an economically viable custom build. High voltage power supplies from ETPS are used in a variety of applications ranging from electron acceleration systems and mass spectrometers to magnetrons, x-ray and nuclear research.

  • Lightweight Hammershock Testing

    National Technical Systems

    Lightweight Shock Machine (LWSM) Testing per MIL-DTL-901E is the military specification covering shock test requirements for shipboard machinery, equipment, systems and structures. Anyone who produces an item for military use in any of these shipboard categories will likely need to complete this testing. The purpose of this testing is to verify the ability of shipboard installations to withstand shock loadings which may be incurred during wartime service due to the effects of conventional or nuclear weapons. These requirements grew out of the Navy’s experiences during World War II and the subsequent underwater explosion (UNDEX) experiments. In many cases, it was found that critical ship systems could be disabled by the shock effects of nearby weapons explosions that were not a direct hit on the ship itself.

  • Neutron Detectors

    Exosens Group

    As a neutron has no charge, a neutron detector incorporates a neutron-to-ionisation particle converter.The incident neutrons are captured by the converter material which then produces (detectable) ionising particles by means of a nuclear reaction.Photonis gas-filled detectors are designed to detect thermal neutrons (En < 0.025 eV), so the capture cross-section of the detecting material must be as large as possible for this low energy. We therefore use 235U (580 barn at 20 °C) for our fission chambers, and 10B (3840 barn at 20 °C) for our boron-lined proportional counters.

  • For Flaw Detection, Thickness & Dimensional Measurement In Tube & Bar.

    ECHOMAC® FD6 MULTICHANNEL UT - Magnetic Analysis Corp

    *Versatile Ultrasonic tester with superior performance and versatile, intuitive operation.*For full inspection of tubes, pipes and bars, plate and weld.*Operate on or off line.*Upgrade and/or replace older ultrasonic testers.*Use with rotary, spin-the-tube, squirter and bubbler installations.*Vivid, real time, flicker free full color display of test signals, thresholds and settings.*Up to 32 independent channels in one instrument.*Model 6A is GE Qualified as of 9-6-16 for P3TF31 Class A & B, & P29TF82 Class A & B, typical requirements for nuclear and aerospace applications.

  • Atmospheric Instrumentation

    Solar Light Company Inc.

    Solar Light Company, LLC is the world’s leading manufacturer of premium Atmospheric Instrumentation Products, including the innovative Microtops II® portable Sunphotometers and Ozonometers, the field-proven 501-Series Radiometers and Biometers for permanent outdoor installations, and the pioneering Model 511 UV Warning Signal® device. These precision instruments are heavily relied upon by the most prestigious meteorological observatories, weather stations, and research agencies in the world including NASA, the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA,) the Natural Resource Ecology Laboratory (NREL,) and countless others.

  • Neutron Activation Analysis

    Elemental Analysis, Inc.

    Neutron Activation Analysis (NAA) is one of the most sensitive analytical techniques used for multi-element analysis available today. The NAA procedure is capable of providing both quantitative and qualitative results for individual elements, with sensitivities that can be superior to those possible by any other analytical technique. Elemental Analysis Incorporated (EAI), as an innovator in the development and application of radio-nuclear chemistry analytical techniques, now offers its clients the ability to analyze some 75 individual elements (including certain organic elements) by NAA at trace and ultra-trace concentrations. Moreover, by developing scientific liaisons with selected nuclear reactor sites in North America, EAI is able to offer customers the expertise and capabilities of the premier scientists and research facilities available today. Combined with EAI’s tradition of excellence in customer service and technical assistance, EAI is uniquely positioned to assist clients with timely, cost-effective, and reliable trace element analysis for almost every conceivable field of industry or scientific research.

  • Electromagnetic Pulse

    EMP - Keystone Compliance

    An electromagnetic pulse (EMP) is a short burst of electromagnetic energy that can be extremely damaging to electronic equipment. EMP energy can be transferred in the form of electromagnetic radiation, an electric field, electrical conduction or a magnetic field. Since EMPs have a short duration, their impact can occur across large ranges of frequencies. EMPs can be produced naturally, occur from man-made equipment. Natural EMPs include lightning strikes and electrostatic discharges (ESD), geomagnetic storms/coronal mass ejections of solar origin. Man-made EMPs include power line surges, pulses created by ignition systems, nuclear electromagnetic pulses (NEMP) and non-nuclear electromagnetic pulses (NNEMP).

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