Showing results: 3226 - 3240 of 3573 items found.
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Patton Electronics Co.
What is a Virtual VPN server? A Virtual VPN server (aka virtual private network server or virtualized VPN Server) is a type of router that provides hosting and delivery of VPN services. It may also be viewed as an IP Network instance that terminates VPN connections such as Ipsec, OpenVPN and similar. Traditionally, a VPN server is a hardware computing device installed and configured with software that provides virtual Private Network (VPN) service. Patton has decoupled the VPN software from the dedicated hardware using virtualization technology to create a virtualized version of the network function or VNF. The VNF form of the server provides VPN tunnel management, network protection, firewall security, and IPsec router functionality-as well as VoIP security including TLS/SRTP.
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National Technical Systems
Transportation simulation testing involves the application or simulation of environments found in the transport of goods and equipment. These environments may include vibration, drop or shock, temperature, loose cargo or bounce, as well as other dynamic or climatic environments. Products and equipment are usually tested in the “shipping” configuration which means they would be packed in the default shipping container or transit case during the test. However, some items may also be tested in an unpacked state if there is an expectation that they might frequently be transported in that manner. Tests are performed not only to test the effects of transport on the product itself, but also to test the adequacy of shipping container design and the interaction between product and container during shipping. There are a number of possible modes of transport for any given item subject to shipping.
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LXinstruments GmbH
Based on our OTP² system platform, we were able to implement a family of scalable test systems which is based on a common systems architecture, e. g. for products in the area of chemical analytics measurement. We not only implemented a universal, extremely comprehensive test system, but also a series of compact systems for benchtop placement which are fully compatible with the larger, universal system. Our specialized self-test adapters and test software enable fast verification of the test systems as well as partly automated calibration by the customer.Our systems are also used in electrical measurement applications, e. g. for calibrating analog input assemblies for PLC technology. For this purpose, specialized calibrators are integrated into the system; they provide traceable calibration of the relevant stimulus signals.
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HVST -
Test Electronics
The most important features of the surge tester are its ability to test the entire winding insulation system. A high voltage surge generates turn to turn, coil to coil, and phase to phase voltage stress, as well as ground insulation stress. When used as a dielectric test, accurate voltage readings are essential. The HV Surge Tester monitors the voltage directly across the winding under test. This voltage is displayed on an oscilloscope and recorded on the Pass/ Fail LED latch monitor. This voltage will be accurate despite the impedance of the winding being tested. The insulation system can be tested way above the operating voltage because of the brief duration of the applied voltage test pulse. This allows faults to be detected long before they become apparent at operating conditions.
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PCE Instruments
Roughness is an important parameter when trying to find out whether a surface is suitable for a certain purpose. Rough surfaces often wear out more quickly than smoother surfaces. Rougher surfaces are normally more vulnerable to corrosion and cracks, but they can also aid in adhesion. A roughness tester is used to quickly and accurately determine the surface texture or surface roughness of a material. A roughness tester shows the measured roughness depth (Rz) as well as the mean roughness value (Ra) in micrometers or microns (µm). Measuring the roughness of a surface involves applying a roughness filter. Different international standards and surface texture or surface finish specifications recommend the use of different roughness filters. For example, a Gaussian filter often is recommended in ISO standards.
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National Technical Systems
Our cryogenic fluid storage area consists of three 13,000 gallon liquid nitrogen tanks, one 13,000 gallon liquid oxygen tank and one 9,000 gallon liquid hydrogen storage tank. The tanks can be selectively filled to support independent testing activities or feed liquid to high pressure positive displacement pumps and vaporizers. The vaporizers are ASME-coded for use at a liquid hydrogen temperature of -423°F. All pressure piping conforms to ASME B31.3 code design and is installed by certified welders with post-weld X-ray inspection as required. This site has the capability to store LH2, LO2, LN2, liquid CO2 and liquid methane as well as pump and vaporize cryo fluids up to 12 lbs. per second.
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ACMAS Technologies Pvt. Ltd.
WEIBER Altitude Test Chambers combine temperature and altitude to test basic components or subassemblies designed for use in a variety of industries. With altitude test chambers, user can control the temperature environment for testing while simulating various altitudes from site level to 100,000 feet (1.12kPa)High and low Temperature Altitude Test Chamber is used to test temperature and low-pressure altitude conditions simultaneously. All models are factory tested, with an ergonomic and maintenance cum user-friendly design.These CE approved test chambers are created with multi-layered insulation with double vapor barrier is of low 'K' factor, high density and of non-hygroscopic in nature. WEIBER test chamber are made in accordance with the international standard.Standard as well as customizable models are available. Walk in models are also available.
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TS-217 -
Marvin Test Solutions, Inc.
The TS-217 is an I-level and Depot-level Universal Launcher test set supporting fighter aircraft launchers including the LAU-127, LAU-128, and LAU-129 (AMRAAM), LAU-117 and LAU-88 (Maverick), and LAU-7 (Sidewinder) missile launchers, launcher electronic assemblies, launcher power supplies, and circuit cards. The TS-217 is also used as a depot-level tester for F-18 armament including launchers (LAU-127, LAU-7, LAU-115, and LAU-116), bomb racks (BRU-32), and aircraft pylons (SUU-62 and SUU-63). Additionally, the TS-217 supports MAU-169 Paveway kits, subassemblies, and circuit cards. The TS-217 performs full parametric functional testing as well as troubleshooting to the faulty LRU (I-Level configuration) and SRU (Depot-Level configuration). The TS-217 can be used as an I-Level tester or as a Depot / Acceptance tester for launcher subassemblies.
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UTS 4.3 -
Teledyne LABS
The UTS 4.3 LAB is a universal and fully automatic tablet testing system based on the long-proven UTS 4.1 - this was developed for industrial use and can be found in production worldwide. The UTS 4.3 LAB is now equipped with the database-driven, intuitive all-in-one touch software and no longer requires additional software solutions for most areas of application.The functionality of the software can be extended modularly and individually adapted to your needs and requirements. FDA regulations can be fulfilled with the optional FDA-21-CFR-Part-11 module.With UTS 4.3 LAB – as with the proven UTS 4.1 IPC – you can test round, oval, square and rectangular tablets as well as numerous special shapes. For difficult oblong tablets, the globally used Oblong Centering System (OZB) can also be integrated.
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ReaXus MX Class -
Teledyne LABS
The economical MX Class consists of single-headed, positive displacement piston pumps incorporating additional features for challenging applications. With pressure capability up to 5,000 psi, the MX Class can be used in both analytical and smallscale preparative HPLC separations. Further applications include demanding metering and dispensing, as well as Sample Injection, Infusion, or Cone Wash for Mass Spectrometers. Standard fluid path material is Stainless Steel.Features include available pressure monitoring with automatic pressure compensation, Pulse Dampener, integrated Prime-Purge Valve, interactive keypad control, and complete PC control and status through RS-232 and Micro USB 2.0 ports. Requiring minimal bench space for the performance, the MX Class will easily integrate into most workspaces.
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780575-01 -
NI
The PCIe‑GPIB is an IEEE 488 controller device for computers with PCI Express slots. You can use this device to integrate an instrument into your system using GPIB. The PCIe‑GPIB achieves maximum IEEE 488.2 transfer rates. With an onboard bus master DMA controller, there is no microprocessor interruption in data transfers. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB. The PCIe‑GPIB includes a low-profile bracket option as well as a kit that includes the NI‑488.2 driver for Linux®. Regardless of which PCIe‑GPIB you purchase, the device is compatible with Windows, Linux®, and Mac OS X. Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.
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778930-01 -
NI
The PCIe‑GPIB is an IEEE 488 controller device for computers with PCI Express slots. You can use this device to integrate an instrument into your system using GPIB. The PCIe‑GPIB achieves maximum IEEE 488.2 transfer rates. With an onboard bus master DMA controller, there is no microprocessor interruption in data transfers. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB. The PCIe‑GPIB includes a low-profile bracket option as well as a kit that includes the NI‑488.2 driver for Linux®. Regardless of which PCIe‑GPIB you purchase, the device is compatible with Windows, Linux®, and Mac OS X. Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.
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779779-01 -
NI
The PCIe‑GPIB is an IEEE 488 controller device for computers with PCI Express slots. You can use this device to integrate an instrument into your system using GPIB. The PCIe‑GPIB achieves maximum IEEE 488.2 transfer rates. With an onboard bus master DMA controller, there is no microprocessor interruption in data transfers. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB. The PCIe‑GPIB includes a low-profile bracket option as well as a kit that includes the NI‑488.2 driver for Linux®. Regardless of which PCIe‑GPIB you purchase, the device is compatible with Windows, Linux®, and Mac OS X. Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.
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E9902G -
Keysight Technologies
Keysight's family of i3070 Series 6 In-Circuit Test (ICT) systems are built on a proven technology foundation, and they improve test efficiency with time-tested software, hardware, and programmability. I3070 Series 6 ICT tester supports a wide range of printed circuit board assembly (PCBA) sizes for applications including IoT and 5G, as well as automotive and energy. The i3070 features a unique design that delivers the shortest signal path between measurement circuitry and devices under test to minimize undesired effects from parasitic capacitance, improve immunity to crosstalk, and eliminate stray signal coupling effects, delivering consistent and repeatable measurements. The Series 6 is fully backward compatible with previous systems and makes highly repeatable measurements.
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779733-02 -
NI
Serial, RS485/RS422 GPIB Instrument Control Device - The GPIB‑RS485 is an IEEE 488 controller device for PCs with RS485 or RS422 ports. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS485 or RS422 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS485 and RS422 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488, RS485, and RS422 standards, as well as interpret and execute high-level commands from the serial port, including serial‑to‑GPIB, and GPIB‑to‑serial protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.
