Showing results: 7636 - 7650 of 8146 items found.
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Shanghai Guantu Technology Co., Ltd.
1. Safety protection: traffic light indication status, emergency stop and interlocking of the test product door2. Equipped with a computer, set the TOV power supply parameters through the software interface, and automatically test3. Equipped with alarm function, equipped with emergency brake switch, equipped with safety cover and door switch4. The computer interface displays real-time voltage and current data5. Automatically draw voltage and current waveforms, and can save the waveforms as BMP format pictures, which is convenient for editing experiment reports.6. Automatically record test time, test current, test voltage, etc., and save the recorded data to files7. Installation method: cabinet installation.
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PGA-710B -
Eurostat Group
A unique electrostatic data analysis device for use with Prostat’s PFK-100 Field meter/Charge Plate Monitor Set.• Records, plots, analyzes and automatically constructs reports of body voltage generation, electrostatic decay, voltageretention, ionizer performance and other static measuring functions.• Creates detailed reports to help determine the risk of equaling or exceeding damaging or hazardous HBM dischargevoltages in static sensitive facilities.• Analyze Footwear & Flooring Combinations: Records personnel walking voltages in accordance with ANSI/ESD STM97.2 Body Voltage measurements as required by ANSI/ESD S 20.20 ESD Program Standard• Other Equipment Applications include voltage generation of chairs, carts and process equipment
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GX5296 -
Terotest Systems Ltd.
The GX5296 offers the most performance and features of any 3U PXI dynamic digital I/O board on the market today. The 32-channel, GX5296 offers timing per pin, multiple time sets, data formatting, and an advanced sequencer – providing users with the capability emulate and test complex digital busses for system, board or device test applications. Offering 1 ns edge placement resolution per pin and a PMU per pin, the GX5296 has the ability to perform both DC and AC parametric testing. Each digital channel can be individually programmed for a drive hi, drive lo, sense hi, sense lo, and load value (with commutation voltage level).
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Salicon Nano Technology
Digital Signal Processing is a technique that converts signals from real world sources (usually in analog form) into digital data that can then be analyzed. Analysis is performed in digital form because once a signal has been reduced to numbers; its components can be isolated, analyzed and rearranged more easily than in analog form. Digital Signal Processing (DSP) applications are becoming more prevalent in everyday use. Because of this widespread usage and advances in computer technology, the DSP algorithms themselves are being subjected to more demanding specifications. There is a constant need for designing systems with lower power, higher speed and less space and to achieve this we are developing new algorithms, techniques.
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NI
VeriStand helps you get your hardware-in-the-loop or test cell control and monitoring system up and running quickly. With a wide range of out-of-the-box functionality that includes configurable data acquisition and logging, test sequencing, and simulation model integration, VeriStand reduces the time needed to test your products. You can also use a variety of software tools to add custom functionality to VeriStand, which makes it flexible enough to adapt to even the most complex applications. Choosing VeriStand gives you the confidence that your test system will perform reliably while providing the flexibility you need to meet your real-time test requirements.
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ITS-9050 -
Innovative Technical Systems
The Innovative Technical Systems ITS-9050 Detector is a sensitive, harmonic mixing detector designed to measure millimeter-wave free-space radiation. It is ideal for measuring radiation patterns of antennas inboth the near and far-field. The ITS-9050 employs a free-running dielectric resonator oscillator (DRO) and an integrated harmonic mixer with a waveguide RF input that either connects directly to a circuit under test or to an antenna for radiation detection. The resulting IF is amplified and detected by an IF log-detector that drives a front panel LCD voltmeter to provide an indication of signal strength. A DC output voltage from the log detector is available on a BNC connector to drive external data acquisition instrumentation. Also, a sample of the IF output is provided for measurement on a spectrum analyzer.
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Panasonic Industrial Devices Sales Company of America
Based on a rigorous analysis of embedded device software and system needs, the Panasonic AM1 (MN101C/MN101E/MN101L) and AM3 (MN103H/MN103S/ MN103L) Series signal a new concept in Microcomputer design. With 8-bit and 32-bit models that share a unified architecture, Panasonic Microcomputers combine high performance with low power consumption in a package that supports C-language programming for a fast, efficient development cycle. Since the instructions for MN103H/MN103S and MN101C/MN101E are respectively compatible with MN103L's and MN101L's, the programming data can be inherited to achieve efficient system development. Panasonic Microcomputers feature a single development environment and are suitable for a wide range of applications, including high-performance embedded controllers and key devices in multimedia hardware.
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Ono Sokki
By adding transient operation functions (self-learning/predictive driving + each test mode performing) to measurement•control panel, Ono Sokki can build up engine test system that can perform transient mode tests supporting worldwide gas emission controls including TRIAS, FTP, EURO, and ISO. (e.g. WHDC, NRTC).This system provides good reproducibility for Transient mode test. Delay compensation and rotation inertia compensation function have greatly improved as well as self-learning / predictive driving function.Automatically processes from measurement to data output of test result, in conjunction with gas emission analyzer, tunnels, gas emission particle measurement system, smoke meter, etc.
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Chroma ATE Inc.
50/100 MHz clock rate50/100 Mbps data rate1024 I/O pins (Max :1280 I/O pins)Up to 1024 sites Parallel testing32/64 M pattern memoryVarious VI sourceFlexible HW-architecture (Interchangeable I/O, VI, ADDA,)Real parallel trim/match functionTime & frequency measurement unit (TFMU)High-speed time measurement unit (HSTMU)AD/DA test optionSCAN test option (max 1G M/chain)ALPG test option for embedded memorySTDF tools supportTest program/pattern converter(J750, D10, V50, E320, SC312, V7, TRI-6020, ITS9K)User friendly windows 7 environmentCRAFT C/C++ programming languageSW (Software) same as 3380P & 3360P
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Extech RHT50 -
Extech Instruments Corporation
The RHT50 records Relative Humidity (0 to 100%RH), Temperature (-40 to 158°F /-40 to 70°C) and Atmospheric Pressure (13.7 to 15psi / 950 to 1050hPa / 95 to 105kPa / 0.9 to 1.0bar). Datalogs up to 10,000 readings with user programmable sample rate from 1 minute to 18 hours. USB interface for easy set-up and data download. Selectable Atmospheric Pressure Units: psi, hPa, kPa, and bar. User-programmable High/Low alarm thresholds. Manual and Programmable start modes. Status Indication via Red/Yellow LED and Green LED. Complete with 3.6V Lithium battery, mounting bracket, and Windows® compatible analysis software.
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EXC-8000ccXMC -
Excalibur Systems, Inc.
The EXC-8000ccXMC is part of Excalibur’s 8000 family of multiprotocol boards. This conduction cooled XMC interface board has a PCI Express host interface and supports up to 4 Px modules, 2 RTx 5 channel modules, 1 Discrete and 1 Serial module. Due to the constraints of the XMC specification the modules are integrated onto the board itself rather than as physically separate modules.The EXC-8000ccXMC supports Direct Memory Access (DMA), which enables the board to access system memory for reading and writing independently of the computer’s CPU. This results in faster data transfer to and from modules that support DMA, with much less CPU overhead than when not using DMA.
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EXC-8000ccVPX -
Excalibur Systems, Inc.
The EXC-8000ccVPX is part of the 8000 family of multiprotocol carrier boards. This conduction cooled VPX interface board has a PCI Express host interface and can support up to four independent removable modules and 10 on-board Discrete channels. Each removable module can be any of the 8000 family modules.The EXC-8000ccVPX supports Direct Memory Access (DMA), which enables the board to access system memory for reading and writing independently of the computer’s CPU. This results in faster data transfer to and from the board, with much less CPU overhead than when not using DMA.The EXC-8000ccVPX is supplied with C drivers, including source code. Mating connector provided for I/O connection.
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Extech EX840 -
Extech Instruments Corporation
This CAT IV True RMS clamp meter features a built-in IR thermometer with laser pointer for non-contact surface measurements from -58 to 518 °F (-50 to 270 °C). Clamp measures AC current up to 1000 Amp with a maximum resolution of 0.1 Amp. The 1.7-inch jaw fits around conductors up to 750MCM. Peak hold captures motor inrush currents and other surges. Data hold and auto power off functions. Other functions include AC/DC Voltage, resistance, Type K thermometer, capacitance and frequency. Complete with test leads, Type K temperature probe, 9 Volt battery and case.
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Extech 42510A -
Extech Instruments Corporation
The 42510A Compact thermometer measures temperature from -58 to 1200°F (-50 to 650°C) with 0.1 degree resolution for readings up to 999.9 degrees. Adjustable High/Low set points with audible alarm alerts user when temperature exceeds the programmed set points. Adjustable emissivity for better accuracy on a variety of surfaces. Built-in laser pointer identifies target area. Backlighting illuminates display for taking measurements at night or in areas with low background light levels. 12:1 distance to target ratio. Data Hold and Min/Max, Over range indicator and Auto power off functions. Complete with 9V battery and pouch case.
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4012 -
Barth Electronics, Inc
The Model 4012 VFTLP+™ test system was developed in early 2000 to add high speed measurements to the usual I-V plot, to measure and record the real TDDB waveform which causes oxide failure.*Accurate measurements of this waveform have finally been identified by Barth Electronics Inc. and CDM protection can now be based on known dimensional design parameters. We identify the response of your CDM protection circuits with 100ps risetime pulses which simulate the real CDM test. This is the only way with which to provide the total gate oxide threat voltage data.*Convenient, precise, repeatable operation*Computer controlled for automated testing
