Showing results: 1516 - 1530 of 2453 items found.
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Dragon -
Excalibur Systems, Inc.
Excalibur’s Dragon is an advanced, ruggedized PC104 and PC104+ system in an enclosed, modular casing. The system is appropriate for use in data acquisition, recording nd control for any combination of ARINC-429, MIL-STD-1553, Serial, Discrete or similar types of communication. The modular, stack through design of the PC104/PC104+ platform allows you to build a tailor-made configuration based on Excalibur’s extensive range of boards plus any 3rd party cards of the customer’s choosing. Our engineers will integrate and test all 3rd party cards to the customer’s specification.
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VERSAMag -
FS Inspection
Advanced technology and a sleek design come together in the VERSAMag High-Magnification Inspection System. The HD high-resolution camera generates sharp images, resulting in exceptional inspection of objects at all magnification levels. This portable visual inspection system has magnification up to 155x with real-time video inspection and intuitive controls. The VERSAMag has a multi-axis positioning camera and adjustable Z-height arm for versatility to inspect objects of various shapes and sizes. When paired with FSInspection Software, the VERSAMag has measurement, image capture, and annotation capabilities.
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TrustManager -
CertiPath
TrustManager is a Version 2.0 Physical Identity Access Manager, or PIAM. First-generation PIAMs struggled to support multiple credential types and did not achieve full technical interoperability with high-assurance credentials such as PIV-based smart cards. Most PIAM deployments became custom software engagements as vendors attempted to work through interoperability challenges with Identity Management Systems (IDMS), Credential Management Systems (CMS), and PACS. Today’s new PIAMs leverage the maturity of the identity and electronic access control spaces and bring fresh innovation to enterprise-class scale challenges.
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NI
The Analog Output Device helps you create applications such as stimulus-response, power supply control, deterministic control, and sensor/signal simulation. The Analog Output Device supports various output resolutions, channel counts, and other onboard features, so you can replace several kinds of instruments in your system, including stand-alone proportional integral derivative (PID) controllers, low-speed arbitrary waveform generators, and function generators.The Analog Output Device includes the NI-DAQmx driver and configuration utility that simplify configuration and measurements. NI-DAQmx supports NI programming environments as well as Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
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Analog Devices Inc.
Analog Devices provides a range of analog microcontrollers featuring ARM® Cortex™-M3 processors that help enable this product portfolio’s high precision, high performance, and low cost. By featuring ARM Cortex-M3 processors, our devices include a rich support system to aid product development throughout applications that include optical networking, industrial control, point-of-care diagnostics, and a variety of other industrial, instrumentation, and medical uses. Precision analog blocks including, but not limited to ADCs, DACs and references allow for precision control and measurements. Included also is the ability to read back diagnostics, which is a key requirement in the above applications.
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NI
The Voltage Input Module for Remote I/O features 2-, 3-, and 4-wire spring terminal connection methods, a built-in power supply for sensors, four selectable input ranges, and simultaneous sampling. A remote I/O system consists of an EtherCAT bus coupler and individual modules mounted on a DIN rail. You control the Voltage Input Module for Remote I/O from a real-time controller, such as a CompactRIO Controller or an Industrial Controller. You can use remote I/O hardware to add low-cost I/O for simple tasks while your controller handles advanced tasks such as image processing, motion control, and high-speed or specialty measurements.
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Yelo Ltd.
Yelo has a wealth of experience in developing and customizing test systems for the Travelling Wave Tube (TWT) market. TWT testers feature specialized power supplies, measurement equipment, and comprehensive control and safety systems.A rugged PLC is used to control all voltages and perform all monitoring functions. User interface and datalogging functions are provided by a supervisory PC that is electrically isolated from the PLC. Power Supplies are solid state with optical fibre barriers to ensure that all control/monitoring is carried out at safe voltages, and with maximum noise immunity. All safety interlocks are hardwired, and the testers are equipped with emergency shutdown features for added security.
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Rotor Starter -
Hilkar
The Slip-Ring Motor Starters are based on the series of resistors that are applied to the rotor circuit to control the speed/torque characteristics of the motor. Rotor starters are mainly used for the motor starting applications requiring high-starting torque like loaded belt conveyors in mining industry. By external resistors, it is possible to shift the motor maximum (break-down) torque up to starting torque point for motors under heavy loads during start-up. The resistors are splitted into some steps and controlled via contactors by motor starting control system. As the motor speed increases, the external rotor resistors are eliminated by shorting contactors until all external resistors are shorted out.
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M8085A -
Keysight Technologies
The M8085A is a software plug-in for M8070A Bit Error Ratio Test system software within the M8000 series of BER test solutions. The M8085A software plug-in controls either the M8190A or the M8195A Arbitrary Waveform Generators to create C-PHY or D-PHY standard compliant test signals. In addition it provides routines for calibration of all signal parameters and for all tests specified in the applicable Conformance Test Suite. Together with the additional available DUT control interface it is possible to read the BER of the receiver under test from the M8070A software and display the BER dependency from test parameters within the M8070A user interface.
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779501-01 -
NI
MXI-Express Interface, PXI Remote Control Module—The PXI‑8360 allows you to control PXI and CompactPCI systems from your PC using a fully transparent MXI‑Express link. It is installed in a PXI chassis and uses a PCI Express‑to‑PCI bridge to interface with an installed PCI‑8360 through a copper, x1 MXI‑Express cable.
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Yelo Ltd.
A test fixture or test jig is the component containing the bed of nails used for testing the PCB or assembled product. It is powered and controlled by the Yelo Testpoint system which has test cards capable of providing multiple test conditions. This system also controls the probes used in the bed of nails, and relays test information back to the Testpoint system to be analysed.
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45-100kw -
Shenzhen Setec Power Co., Ltd.
Solar pumping system is composed of a solar array,a pump and a solar pumping inverter. Based on the design philosophy that it is better to store water than electricity , there is no energy storing device such as storebattery in the system. The solar array,an aggregation of many solar modules connected in series and parallel , absorbs sunlight radiation and converts it into electrical energy , providing dynamical water for the whole system. The pumping inverter controls and adjusts the system operation and converts the DC produced by solar array into AC to drive the pump , and adjust the output frequency intensity to realize the maximumpower point tracking (MPPT) . The pump, drive by 3-phase AC motor,can draw water fromthe deep wells or rivers and lakes to pour into the storage tank or reservoir , or directly connect to the irrigation system ,fountain system,ect. According to the actual systemdemand and installation conditions,different types of pump such as centrifugal pump, axial flow pump,mixed-flow pump or deep-well pump can be used.
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22-37kw -
Shenzhen Setec Power Co., Ltd.
Solar pumping system is composed of a solar array,a pump and a solar pumping inverter. Based on the design philosophy that it is better to store water than electricity , there is no energy storing device such as storebattery in the system. The solar array,an aggregation of many solar modules connected in series and parallel , absorbs sunlight radiation and converts it into electrical energy , providing dynamical water for the whole system. The pumping inverter controls and adjusts the system operation and converts the DC produced by solar array into AC to drive the pump , and adjust the output frequency intensity to realize the maximumpower point tracking (MPPT) . The pump, drive by 3-phase AC motor,can draw water fromthe deep wells or rivers and lakes to pour into the storage tank or reservoir , or directly connect to the irrigation system ,fountain system,ect. According to the actual systemdemand and installation conditions,different types of pump such as centrifugal pump, axial flow pump,mixed-flow pump or deep-well pump can be used.
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Pacific Instruments, Inc.
Series 6000 analog I/O modules condition, amplify, filter and digitize signals from virtually any transducer. All modules have conditioning & amplifier per channel and nearly all modules allow for setting bridge completion, shunt calibration, transducer power, gain, etc. individually per channel. Following the conditioning/amplifier stage, multi-pole Bessel or Butterworth analog filters are provided on each channel and can be set or bypassed individually by program control. A number of the modules include a high level analog output providing a conditioned/filtered output to a redundant, external A/D system. A 16-Bit Successive Approximation A/D follows the analog filter stage. Some modules use a single A/D with sample and hold while others have an A/D per channel. Sample rates are programmable per channel to easily accommodate mixing high and low speed measurements into a single data stream. Programmable hardware based warnings and alarms are included in the channel-by-channel architecture and are detected by digital output modules in the system, providing an ultra-low latency control capability directly from the data acquisition system.
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XCBS -
Green Switch Innovations
The XCBS is permanently wired into each crossing warning system, and can be configured with either a removable or non-removable bypass key. Simply connect the crossing control circuits to the designated terminals on the XCBS. The rotating "knife switch" on the left side of the XCBS allows the crossing warning system to be controlled for manual test purposes. To prevent unnecessary operation of the crossing warning system, insert the key and select "bypass", rotate the knife switch to "bypass" and the crossing is disabled. The non-removable bypass key adds an additional level of security for the Bypass function. Optional hookup can be made to the auxiallary terminals to include the activation of a strobe or event recorder input when the XCBS is placed in the "bypass" position.
