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See Also: IEC, IEEE, Mil, Interoperability Test, Compliance


Showing results: 3781 - 3795 of 6648 items found.

  • 34945EXT Distribution Board, For Two 87222, L7222C Transfer Switches And Six N181x SPDT Switches

    Y1154A - Keysight Technologies

    The Y1150A-Y1155A distribution boards enable simple connections to the external switches. The distribution boards plug onto the 34945EXT and are used to route the power and control signals from the driver module to the switches using standard cables.

  • Insulation Resistance Tester

    M300RT - Rod-L Electronics

    Performs DC insulation resistance test " detects up to 4000 megohms at 500 VDC " Tests in compliance with UL, VDE, IEC and MIL STD 202 test standards. IEEE-488 optional

  • Mixed Signal Oscilloscope: 1.5 GHz, 4 Analog Plus 16 Digital Channels

    MSOX4154G - Keysight Technologies

    The 4000 X-Series boasts 12.1-inch display, capacitive touch screen technology, InfiniiScan Zone touch triggering, 1-million-waveforms/sec update rate, MegaZoom IV smart memory technology and standard segmented memory.

  • Digital Functional Test

    CTS100i - Terotest Systems Ltd.

    Capable of performance testing to defined traceable standards, CTS100i is designed to test Military, Aerospace and Safety-Critical equipment. CTS100i is a cost-effective digital functional test system, available in single, dual and three bay versions.

  • Large Size RF Test Enclosure, ≥100 DB Isolation, 300 MHz - 18 GHz

    dbSAFE MAX - DVTest Inc.

    Some applications require larger test environments. The dbSAFE MAX blends all the superior isolation characteristics of the standard dbSAFE DUO shielded box into a larger volume to guarantee you get better results.

  • Engler Viscometers

    Labodam

    Labodam Engler Viscometers are designed according to the ASTM D1665 Test Methods for Engler Viscosity of Petroleum Products standard. It is devised with digital temperature controller and its chambers are made with stainless steel to avoid corrosion.

  • Handyscope TP450-250XM-W5

    TP450-250XM-W5 - TEAM SOLUTIONS, INC.

    The Handyscope TP450 is a power quality analyzer, connected via USB to the computer. The advanced measurement software delivered by default contains Quick Setups that allow to start mains power logging measurements without specialized instrument knowledge. With the 450 V input range, the Handyscope TP450 can be plugged directly in a (110 - 230 V) wall socket to measure the mains voltage. No additional attenuator is required. Logging mains voltage can be done at a high rate of 250 thousand measurements per second, with a resolution of 16 bit, which is equal to a 5½ digit voltmeter. The Handyscope TP450 is an accurate voltmeter, but one that performs 5000 measurements on each cycle of the mains voltage, while a standard voltmeter performs 3 measurements per second. Even with the very high measurement rate of the Handyscope TP450, the mains voltage can be measured continuously for weeks, and afterwards each period of the mains voltage can be analyzed thoroughly. Using this fast continuous measuring method, no voltage peak or dip is missed, even if it lasts just a msec. The maximum measuring duration of the mains voltage is only limited by the available hard disk space. Measuring one week takes approximately 0.69 GB disk space. During a measurement, also RMS value and frequency are logged. It is possible to measure various properties, like e.g. Minimum, Maximum, Peak to peak, Mean, Variance, Standard deviation.

  • Handyscope TP450-50XM-W5

    TP450-50XM-W5 - TEAM SOLUTIONS, INC.

    The Handyscope TP450 is a power quality analyzer, connected via USB to the computer. The advanced measurement software delivered by default contains Quick Setups that allow to start mains power logging measurements without specialized instrument knowledge. With the 450 V input range, the Handyscope TP450 can be plugged directly in a (110 - 230 V) wall socket to measure the mains voltage. No additional attenuator is required. Logging mains voltage can be done at a high rate of 250 thousand measurements per second, with a resolution of 16 bit, which is equal to a 5½ digit voltmeter. The Handyscope TP450 is an accurate voltmeter, but one that performs 5000 measurements on each cycle of the mains voltage, while a standard voltmeter performs 3 measurements per second. Even with the very high measurement rate of the Handyscope TP450, the mains voltage can be measured continuously for weeks, and afterwards each period of the mains voltage can be analyzed thoroughly. Using this fast continuous measuring method, no voltage peak or dip is missed, even if it lasts just a msec. The maximum measuring duration of the mains voltage is only limited by the available hard disk space. Measuring one week takes approximately 0.69 GB disk space. During a measurement, also RMS value and frequency are logged. It is possible to measure various properties, like e.g. Minimum, Maximum, Peak to peak, Mean, Variance, Standard deviation.

  • High Accuracy Spectrophotocolorimeter

    LMS-3000 - Lisun Electronics Inc.

    • Measure and display the relative spectral power distribution (UV-VIS-NIR) P(λ), chromaticity coordinate, correlated color temperature, rending index, color difference, peak wavelength, luminous flux, luminous flux efficiency and photometry parameters of light source and light material under the control of general PC. • Automatically adjust high-voltage, it not only shortens the measurement time, but also reduces the wear and tear of the instrument • Simultaneously measure the temperature in both environment and integrating sphere to make the data more visually and reliably • Figure of chroma and color difference in test report can be exchanged freely • Color display and print. The relative spectral power distribution (UV-VIS-NIR) P(λ), reports both in English. RS-232-C interface, compatible with all kinds of computer • LSP-500 AC Power source PC RS-232-C interface. compatible with all kinds of computer • Range of wavelength: 380nm~780nm(Special:200nm~780nm) • Accuracy of wavelength: ±0.2nm • Repeatability of wavelength: ±0.1nm • Accuracy of chromaticity coordinate: ±0.0003(under standard illuminate A) • Spectrum sample interval: 5nm(Special order:1nm) • Luminosity linearity: 0.3% • Accuracy of luminosity: 1 class • Correlated color temperature measure range: 1500K~25000K • Accuracy of CCT: ±0.3%(under standard illuminate A) • Accuracy of rending index: ±(0.3%rd±0.3) • Environment temperature measure range: -10℃~80℃ • Temperature measure range(In sphere): -10℃~100℃

  • Resistance Meter - Portable, Precision Resistance Measurement from 0.10 to 1.00 x 10^12 Ohms

    PRS-812B - Prostat Corporation

    - Wide Range Resistance: 0.10 Ω to 1.00x1012 Ω- Accuracy of ±2% from 1.00 Ω to 9.99x1010Ω- Constant Test voltages 10V and 100V for specification measurements to meet international and domestic ESD measurement standards- Auto Resistance Range Control- Auto Test Voltage Control- Uses a Rechargeable Li-ion Battery Pack- Takes Approximately 8,000 Measurements on a Single Charge (480 hours typical)- 120 Data Set Internal Memory- Uses Standard USB Cable for Charging- Charges in 2 Hours- 2-year Limited Warranty on Main Instrument

  • cPCI / PXI / PXIe Crates

    W-IE-NE-R, Plein & Baus GmbH

    CompactPCI ratified as PICMG 2.0 in late 1995 is an interconnect bus standard for industrial computers, combining a 3U or 6U Eurocard-type card and PCI signaling / protocols via a passive backplane with metric connectors. PXI (PCI eXtensions for Instrumentation) is the application of CompactPCI for measurement and automation systems. PXI uses commercial PC-based PCI bus technology while combining rugged CompactPCI modular packaging with timing and synchronization features in order to provide an optimized basis for complex, rugged, modular instrumentation systems. The PXI standard is governed by the PXI systems Alliance (PXISA)

  • SAE AS5643 Mil-FireWire PXI Express Test & Simulation Instrument

    HSSUB-6120 - Avionics Interface Technologies

    Highest density capability available in an AS5643 3U PXI Express, single slot instrument - Four (4) FireWire nodes, each with three (3) ports - Apps provide high-level (AS5643) and low-level (1394) access, while accommodating end-user customization - S100, S200, S400, S800 transfer rates - Support all Nodes operating concurrently at 800 Mbps - Independent transformer coupling for each port - Eight (8) standard PXI backplane triggers - Industry standard Texas Instruments IEEE 1394b Chipset - ANSI C (typical), C++/C#/LabVIEW

  • AUTOMATED SAFETY AND COMPLIANCE

    DMC, Inc.

    DMC's test and measurement system offerings include designs and development of Automated Safety, Compliance, and Benchmark Testing. These serve interests of commercial product certification, including fire hazards, safety and signaling, lighting, building safety, energy, and hazardous location testing. These also serve interests of product and technology benchmarking, including brand quality protection, consumer quality, and energy efficiency. Test systems have been developed by DMC to support many standards, including UL (Underwriters Laboratories), Consumer Reports, Intertek, Energy Star, and EN / CEN European Standards.

  • Servo-Pneumatic Asphalt Testing System

    Atico Export

    All signal conditioning, as well as high-speed data acquisition and control functions are done by the unit and graphically interfaced through CATS, windows based software running on a standard PC. The system is capable of performing the full spectrum of HMA tests: dynamic complex modulus, flow number, flow time, indirect tension, beam flexural fatigue and resilient modulus. These tests are done with the appropriate testing modules. The different testing modules can be obtained after the initial system acquisition at the same discounted price. In addition, guarantees system upgrades in order to meet future standards .

  • Develop - Simulate - Validate JTAG / IJTAG based IP

    NEBULA - Intellitech Corp.

    You, your vendors and your customers being able to use one common interface to control and observe on-chip IP, resources and instruments. The figure below shows an example IC. The new IEEE 1149.1-2013 standard supports an init-data register for configuring the analog paramaters of I/O as well as controlling on-chip PLLs. The standard further extends this by defining in BSDL user test data registers or 'scan chains'. These registers enable the ability of generic software to control and observe mission mode IP and instruments simply by describing the register interface in BSDL.

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