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General Test

Showing 33–48 of 93 results

  • Active Technologies ArbRider 5000 Arbitrary Waveform Generator

    Active Technologies ARB Rider AWG-5000 is the world’s fastest 16 bit Arbitrary Waveform Generator: 6.16 Gs/s update rate and 16 bit vertical resolution. Available in 2, 4 or 8 channel models, Arb Rider AWG-5000 is the fastest  AFG (Arbitrary Function Generator) in the world, reaching up to 2 GHz sine wave. Thanks to Simple Rider software, AWG-5000 offers best in class performances and extremely easy to use interface.

    2 GHz bandwidth, up to 5Vpp output range and up to 4 Gsample memory depth, makes the AWG-5000 is the ideal choice for Physics Experiments, Quantum computers, and Aerospace & Defense applications.

    • 2, 4, 8 Channels
    • 2GHz Bandwidth
    • 6.16 GS/s Sampling Rate
    • 16Bit Resolution
    • 5Vpp Output
    • 2-4Gpts Waveform Memory
    • 8-32 Digital Channels (Pattern Generator)

  • Signatone S1160 Probe Station System

    The Signatone S-1160 probe station is used universally to achieve precise measurement results incorporating proven technology for I-V/C-V measurements. The S-1160 is equipped with ergonomically positioned controls and is available with a significant variety of options giving users greater application flexibility.

    The S-1160 optimizes user test time and accommodates both stereozoom and high magnification microscopes and CCD camera mounting. At Signatone we know that X-Y-Z accuracy is the name of the game, whether you are moving the microscope stage or the DUT stage, the S-1160’s smooth X-Y-Z motion control is unrivaled. The singular, steel platen provides a stable platform for up to 12 Signatone micropositioners. The platen quick lift handle is ergonomically placed for quick up-down motion of the platen moving your probe tips out of contact on your DUT; this allows for quick X-Y positioning of the DUT stage and DUT loading and unloading. The platen fine adjustment knob gives users 5 micron resolution for fine Z adjustments for all of their probes simultaneously and allows users the height adjustments that they need for a variety of device sizes and shapes up to 1.35 inches in thickness.

    • Triocular Stereo Zoom or High Magnification Microscope
    • Supports DC, Coax, Triax Probe connection
    • Large Steel Platen
    • Linear Platen lift Lever
    • Chuck Rotation Lever
    • Vacuum Chuck
    • Vibration Damping

  • Signatone H150 Probe Station System

    The Signatone H-100 Series Probe Stations include a three inch square device / substrate chuck and are primarily designed for probing thick film devices such as ceramic substrates, printed circuit boards and hybrid circuits. The H-150 system, however, can be equipped with a four inch diameter wafer chuck for probing wafers up to four inches in diameter. H-100 Series Probe Stations are available in three versions: H-100, H-120 and H-150.

    The modular design provides a wide number of options to suit a broad range of needs. All models include an aluminum base casting, a device stage with four inches of X-Y travel, a linear motion platen that can be raised and lowered using either a crank or a lever, and a microscope tower for mounting Stereozoom optics in a fixed position. A 4″ x 4″ microscope stage is optional. The platen will accept up to six magnetic based Micropositioners and a probe card adapter for use with probe cards. Micropositioner electrical connections are made through six pin jacks that correspond to color coded banana plugs.

    • 4″ x 4″ Stage Movement
    • Positioning Samples up tp 4″ Square
    • Fine Platen lift allows accurate set-up Positioning of Wafers, Ceramic Substrates or Deep Cavity Packages
    • Coarse Platen lift lever raises the platen 3/8″ for easy sample repositioning or changing

  • Signatone QuadPro II Resistivity System

    The Signatone QuadProII Automatic includes a computer, stepper controller, and base station with either a 200 or 300mm diameter isolated chuck. The software automatically defines the points for automated testing and mapping of the test sample. The user enters the sample size, sample shape, edge exclusion, and choice of 5, 9, 25, 49 or 121 test points. The software automatically defines the best probe position for creating a uniform contour map. Users may also define their own custom positioning map with up to 14,000 test points. The user map may be defined by moving to position and recording the location or keying X-Y positions into an X-Y position table.

    • Measures V/I, Sheet Resistance, Resistivity or Thickness
    • Reports Average, Standard Deviation, Minimum, Maximum and 1Sigma for the data set
    • Temperature Coefficient of Resistance (TCR) measurements integrated with automated temperature chuck and Source Meter.
    • Automated 2D Color Contour mapping, 3D and Cross section mapping
    • Employs the Dual Configuration Testing method for improved accuracy and repeatability
    • Tests samples 10mm to 300mm
    • P/N Typing
    • Comparative Mapping

  • Signatone Model Pro4 Four Point Resistivity System

    The Signatone Pro4 provides simple answers to sheet and bulk resistivity measurements. Since 1968, Lucas-Signatone has offered an inline four point probing solution. To make the measurements, the user lowers the four-point probe head onto sample then selects the test button in the software. The computer automatically controls the instrument and steps through a number of current settings to find the ideal current for accurate readings.

    A V/I measurement is taken and recorded. The system uses the Dual Configuration test method of ASTM Standard F84-99 to compensate for errors in probe spacing and errors caused by proximity to the edge of the conducting layer. NIST traceable calibration standards are available for purchase with the system. Proper use of the standards and the calibration procedure insures the specified system accuracy of better than 1%. The standard range of the system is 1 miliohm up to 800K ohms-per-square.

    • 4 Point Probe Head
    • Three spacings available are: 0.040, 0.050 and  0.0625 inches.
    • Three pressures available are 45, 85, and 180 grams
    • Tips are made of Tungsten Carbide or Osmium and a choice of .0016, .005, .010 inches radius

  • Active Technologies ArbRider 4012 Arbitrary Waveform Generator

    Active Technologies ArbRider 4012 Arbitrary Waveform Generator is capable of generating complex waveforms and sophisticated Pulse emulation based on variable edges or multilevel combining fast edge generation, excellent dynamic range and easy to use user interface. Applications include  Accelerators, Tokamak or synchrotrons to emulate signals, Electronics warfare signals driven by Radar or Sonar systems. Large BW ArbRiders can be used on digital modulation systems for Radio Applications or other I/Q signal modulation. Pulses are easily generated for applications such as Pulse Electron Beam or X Ray Sources, Flash X-ray Radiography, Lighting pulse simulators and high power microwave modulators.

    • Dual Channel
    • 300MHz Bandwidth
    • 1.2 GS/s Sampling Rate
    • 14Bit Resolution
    • 24Vpp Output
    • 128 Mpts Waveform Memory per Channel
    • Rise and fall time less than 1.1 ns

  • Active Technologies ArbRider 4022 Arbitrary Waveform Generator

    Active Technologies ArbRider 4022 Arbitrary Waveform Generator The ARB Rider Series offers premium signal integrity with the easiest to use touch screen display interface (SimpleRiderTM). The Generation of complex signals requires only a few screen touches. The output Voltage can be adjusted in Amplified mode up to 5 Volts pk-pk into a 50 Ohm load with the possibility, thanks to the analog Bandwidth of 1 GHz, of performing edges down to 350 ps with minimal overshoot and ringing. The Disruptive and innovative architecture provides the possibility to generate unmatched performance, versatile functionality, outstanding usability, and upgradability during the life of the instrument.

    • Dual Channel
    • 1GHz Bandwidth
    • 2.5 GS/s Sampling Rate
    • 14Bit Resolution
    • 5Vpp Output into 50 Ohms
    • 64 Mpts Waveform Memory per Channel
    • Rise and fall time less than 350ps

  • Active Technologies PulseRider PG1070 Pulse Generator

    Active Technologies PulseRider PG1070 Series Pulse Generators The Pulse Rider Series offers premium signal integrity with the easiest to use touch screen display interface (SimpleRider™). The Generation of pulses requires only a few screen touches. The output Voltage can be adjusted up to 5 Volts pk-pk in a window of ±5 Volts with 70 ps edge rate (based on RiderEdge™ technology) and transitions with minimal overshoot and ringing. Its innovative hardware architecture provides the possibility to generate multiple pulse sequences, such as double, triple or quad pulses, with fully independent timing parameters.

    • Dual (PG1072), Quad (PG1074) Channels
    • 70pS Edge Time
    • 5Vpp Output Voltage
    • Pulse Width<300ps

  • AE Techron Model 7212 Power Grid Simulator

    The AE Techron 7212 is a Four-Quadrant, 0.44 kVA, DC-enabled Power Amplifier that was created to meet the exacting requirements of the Power Utility industry. It features a DC to 250 kHz Bandwidth, low noise floor, fast slew rate and a 113V RMS potential. The 7212 can be combined to form a 3-phase Y Voltage Source, and has a wide range of field-configurable options.

    A single 7212 can output a 40mSec pulse with up to 30 amperes peak current. In continuous operation, a 7212 can provide 440 watts RMS of output power. If more voltage is needed, up to four amplifiers can be combined in series and operate as a single system. The 7212 can operate in either voltage or current mode and can be configured by the customer for high-voltage/low-current, medium voltage and current, or low- voltage/high-current applications. It provides very low noise and fast slew rates, and can safely drive a wide range of resistive or inductive loads.

    Features:

    • Up to 113V RMS at up to 4A
    • 250KHz Bandwidth
    • Pulsed output up to 30 Ap
    • 430 watts RMS continuous output
    • Low noise floor of only 300 µV
    • Fast, 50 V/µs slew rate
    • System output of over 1,700 watts is possible with multiple, interconnected amplifiers

  • AE Techron Model 7796RLY Test Amplifier

    The AE Techron 7796RLYwas created to meet the demanding requirements of the Power Utility industry. Capable of outputting up to 200 amperes peak current, the 7796RLY is powerful enough to put Protection Relays, Fuses and other critical components through a full range of tests. It is capable of a controlled-voltage bandwidth of DC – 100 kHz and a controlled-current bandwidth of DC – 10 kHz. The low noise floor, low distortion and minimal phase error of the 7796RLY make it the ideal amplifier for power grid modeling. AE Techron’s 7796RLY offers a High compliance voltage allowing it to drive electromechanical relays directly maintaining phase accuracy for any load from a dead short to 0.25 ohms. Protection circuitry protects from input overloads, improper output connection including shorted and improper loads, over-temperature, over-current, and supply voltages that are too high or low.

    Features:

    • Up to 200 Ap (141A RMS) output power at 0.5 ohms
    • Up to 183 Vp output voltage
    • Stable when driving highly capacitive loads
    • Standard Transconductance of 20 ±0.2% from short to 1-ohm load
    • Residual noise of less than 2.5 mA peak, from 40 Hz to 600 Hz

  • AE Techron Model 7548RLY Test Amplifier

    The AE Techron 7548RLY was created to meet the demanding requirements of the Power Utility industry. Capable of outputting up to 100 Amperes peak current, the 7548RLY is powerful enough to put Protection Relays, Fuses and other critical components through a full range of tests. The low noise floor, low distortion and minimal phase error of the 7548RLY make it the ideal amplifier for power grid modeling.. AE Techron’s 7224RLY offers a High compliance voltage allowing it to drive electromechanical relays directly maintaining phase accuracy for any load from a dead short to 0.25 ohms. Protection circuitry protects from input overloads, improper output connection including shorted and improper loads, over-temperature, over-current, and supply voltages that are too high or low.

    Features:

    • Up to 100 Ap (70A RMS) Output Power at 0.5 ohms
    • Up to 195 Vp Output Voltage
    • Stable when driving highly capacitive loads
    • Standard Transconductance of 20 ±0.2% from short to 1-ohm load
    • Residual noise of less than 2.5 mA peak, from 40 Hz to 600 Hz

  • AE Techron Model 7224RLY Test Amplifier

    The AE Techron 7224RLY was created to meet the demanding requirements of the Power Utility industry. Capable of outputting a 40mSec pulse with up to 52 amperes peak current, the 7224RLY is powerful enough to put protection relays, fuses and other critical components through a full range of tests. The low noise floor, low distortion and minimal phase error of the 7224RLY make it the ideal amplifier for Power Grid modeling. AE Techron’s 7224RLY offers a High compliance voltage allowing it to drive electromechanical relays directly maintaining phase accuracy for any load from a dead short to 2 ohms. Protection circuitry protects from input overloads, improper output connection including shorted and improper loads, over-temperature, over-current, and supply voltages that are too high or low.

     

    Features:

    • Up to 50 Ap (35A RMS) Output Power at 0.5 ohms
    • Up to 158 Vp Output Voltage
    • Stable when driving highly capacitive loads
    • Standard Transconductance of 20 ±0.2% from short to 1-ohm load
    • Residual noise of less than 2.5 mA peak, from 40 Hz to 600 Hz

  • AE Techron Model 9100 Series Power Amplifier

    AE Techron’s 9100 Series amplifiers are 200Vp, DC-to-250 kHz capable amplifiers that offer a unique combination of switch-mode efficiency and linear-amplifier-like fidelity in a single, compact package. They are able to drive virtually any type of load without a reduction in rated power, with low distortion and low DC drift. They are also fast enough to meet 5µs surge and dropout requirements.

    The 9100 series is a powerful and flexible partner when the environment is difficult or existing AC Mains options are limited. It is able to be powered from any normal single-phase AC mains voltage (100VAC — 250VAC). It is power-efficient, producing up to 2,000 watts output from a 20A, 120V AC mains supply, and up to 5 kW from 230V or 240V sources.

    This combination of features makes the 9100 series an ideal solution for a wide range of High-Current, Low-Voltage applications that require both DC power and quick surges or drop-outs, like those found in conducted immunity testing of DC-powered systems in the automotive and aviation markets.

    Features:

    • Bandwidth: DC to 250 kHz
    • Minimum Drop/Rise Time: 5µs
    • Slew Rate: Up to 300 V/µs
    • Max Voltage: 0 to 200 Vp
    • Max Current: Up to 50 to 150 Ap
    • Distortion:  <0.8%
    • Max Long-Term Power: 5 kW to 30 kW (up to 60kVA)
    • Stable when driving highly capacitive loads.
    • Four-quadrant operation

  • AE Techron Model 7224 Power Amplifier

    AE Techron’s 7224 Power Amplifiers are configurable and flexible making it the choice of many research and university labs. It can be field-configured to run well into loads from 100 ohms to as low as 0.5 ohms. Even with its small bench top size, the 7224 is able to produce as much as 50 amps of current and as much as 158 volts, providing serious power for a wide range of applications and experiments.

    When used with AE Techron’s T-Series coupling transformers (T1000, T2000 and T3700), the 7224 Power Amplifiers are ideal for use in the low-voltage conducted or radiated immunity tests needed for Aviation industry Standards like DO 160 (Section 18 and 19), MIL STD 461/462 (CS101 and RS101), Airbus and Boeing audio bandwidth electrical and magnetic tests.

    The 7224 amps are a perfect choice to drive small to medium Helmholtz coils and radiators like those specified in FMC1278 (RI140, RI150).

    • 900 watts RMS Power Output
    • Small signal Bandwidth to 600KHz
    • Stable when driving highly capacitive loads
    • Up to 16A at 13.5 VDC
    • Series or Parallel system capability

  • AE Techron Model 7234 Power Amplifier

    The AE Techron 7234 is a 4-quadrant Power Amplifier that runs from single-phase 120/230VAC. It features a DC to 1 MHz small-signal bandwidth, controlled-current or controlled-voltage modes of operation, and a wide range of field-configurable options. It can be field-configured to run well into loads from 100 ohms to as low as 0.5 ohms.

    When used with AE Techron’s T-Series coupling transformers (T1000, T2000 and T3700), the 7234 Power Amplifiers are ideal for use in the low-voltage conducted or radiated immunity tests needed for Aviation industry Standards like DO 160 (Section 18 and 19), MIL STD 461/462 (CS101 and RS101), Airbus and Boeing audio bandwidth electrical and magnetic tests.

    The 7234 amps are a perfect choice to drive small to medium Helmholtz coils and radiators like those specified in FMC1278 (RI140, RI150).

    • 900 watts RMS Power Output
    • Small signal response up to 1 MHz
    • Drop outs and surges as fast as 1.2?s
    • 13.5 VDC at up to 28A
    • Field-selectable ±40V, 75V or 150V potential
    • Series or Parallel system capability

  • AE Techron Model 7548 Power Amplifier

    AE Techron’s 7548 Power Amplifier is a 3300-VA, DC-enabled, High-Powered unit designed to provide very low noise, low harmonic distortion and fast slew rates. It can safely drive a wide range of Resistive, Inductive loads. Typical use includes as a power source for EMC testing in applications that require both continuous AC or DC signals and significant short term (burst) signals.

    • 3,380 Watts RMS Power Output
    • Small signal response: 28V p-p to 200 kHz
    • Four-quadrant operation (source and sink).
    • Field-selectable controlled-voltage or controlled-current modes of operation
    • Over 12,000 watts peak for 40 ms and 5,500 Watts peak continuous into a 1-ohm load
    • Series or Parallel system capability
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