Showing recent results 1 - 15 of 121 products found.
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TLP-8012A5 - High Power Pulse Instruments GmbH
*Pulse width extender for the high current TLP/HMM test system TLP-8010A and TLP-8010C*6 manual selectable pulse width: 5, 10, 50, 100, 200 and 500 ns*High pulse output current up to ±80 A*High performance and high quality components
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TLP-3011C - High Power Pulse Instruments GmbH
*Fully automatic pulsewidth extender*Pulse width up to 1.6 µs in 68 programmable steps of 25 ns*Ultra fast 50 Ω pulsewidth extension with typical 100 ps rise time*High pulse output current up to ±40 A*High performance and high quality components
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PulseCheck - DYNEOS AG
The PulseCheck is a versatile instrument for measuring the pulse width of different fs and ps laser systems with the ability to cover a broad wavelength range. Depending on the wavelength range and repetition rate, additional options such as FROG measurement and separate spectrometers are available.
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Laurel Electronics, Inc
The Laureate? time interval meter can display pulse width or time delay between individual pulses to a resolution of 0.2 s. It can also display average pulse width or average time delay between multiple pulses.
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Reef - Del Mar Photonics, Inc.
The autocorrelation technique is the most common method used to determine laser pulse width characteristics on a femtosecond time scale . Del Mar Photonics autocorrelators have been specifically designed to measure the width of pulses from femtosecond lasers.
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ADC Corporation
Pulse generation/measurement with basic accuracy of ±0.02% and the minimum pulse width of 50μs, maximum output of 6V/5A
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SDM286 - Summit
4000 Counts Triple Display. Dwell, % Duty Cycle, Pulse Width, RPM
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Model 765 - Berkeley Nucleonics Corporation
The Model 765 Fast Rise Time Pulse Generator offers 500 MHz frequency, 70 ps rise and fall times and adjustable pulse widths. The flexible pulser allows programmable amplitudes and offsets ( + / - 5V) and progammable widths down to 300 picosecond. Delay and Pulse Width resolution is 10ps and jitter is <25ps. The gesture-ready touchscreen GUI allows users to quickly set up 4 channels of output. Conventional push-buttons and a rotary encorder offer additional programming simplicty.
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TLP-4010C - High Power Pulse Instruments GmbH
*Wafer and package level TLP/VF-TLP/HMM testing*Ultra fast 50 Ω high voltage pulse output with typical 100 ps rise time*Built-in HMM (IEC 61000-4-2) pulse up to ±10 kV*High pulse output current up to ±40 A*High speed 50 Ω trigger output for oscilloscopes (synchronous to high voltage pulse output)*6 programmable pulse rise times: 100 ps to 50 ns*8 programmable pulse widths: 1 ns to 100 ns*Optional pulse width extender increases pulse width up to 1.6 µs in 68 programmable steps*Fast measurement time, typically 0.2 s per pulse including one-point DC measurement between pulses*Efficient software for system control and waveform data management*The software can control automatic probers for fast measurement of complete wafers*High performance and high quality components
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TLP-3010C - High Power Pulse Instruments GmbH
*Wafer and package level TLP/VF-TLP/HMM testing*Ultra fast 50 Ω high voltage pulse output with typical 100 ps rise time*Built-in HMM (IEC 61000-4-2) pulse up to ±8 kV*High pulse output current up to ±30 A*High speed 50 Ω trigger output for oscilloscopes (synchronous to high voltage pulse output)*6 programmable pulse rise times: 100 ps to 50 ns*8 programmable pulse widths: 1 ns to 100 ns*Optional pulse width extender increases pulse width up to 1.6 µs in 68 programmable steps*Fast measurement time, typically 0.2 s per pulse including one-point DC measurement between pulses*Efficient software for system control and waveform data management*The software can control automatic probers for fast measurement of complete wafers*High performance and high quality components
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APE GmbH
From material processing to scientific and medical base research, ultrafast laser systems are used in many areas of their high peak intensity and extremely short pulse width. One relevant area of application is time resolved spectroscopy. The pulse width is a critical factor for the adjustment of these laser systems and the characterization of experiments.
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TLP-8010C - High Power Pulse Instruments GmbH
*Wafer and package level TLP/VF-TLP/HMM testing*Combines TLP-8010A and TLP-4010C into one system*Can be operated together with TLP-8012A5 and TLP-3011C pulse width extenders*Ultra fast 50 Ω high voltage pulse output with typical rise time 100 ps (0-40 A) and 300 ps (> 40 A)*Up to 80 kW peak output power into 50 Ω load*Built-in HMM pulse up to ±15 kV with 50 Ω configuration*High pulse output current up to ±80 A (short circuit) with minimum 6 dB reflection suppression*High speed 50 Ω trigger output for oscilloscopes (synchronous to high voltage pulse output)*6 GPIB programmable pulse rise times: 100 ps to 50 ns*8 programmable pulse widths: 1 ns to 100 ns (0-40 A), 1 built-in pulse width: 100 ns (> 40 A)*The optional pulse width extender TLP-3011C enables pulse width up to 1.6 µs in 68 GPIB programmable steps (0-40 A)*Optional external pulse width extensions from 5 ns to 500 ns (> 40…80 A) using the external pulse width extender TLP-8012A5*Built-in pulse reflection suppression*Fast measurement time, typically less than 0.2 s per pulse including one-point DC measurement between pulses*Efficient software for system control and waveform data management*The software can control automatic probers for fast measurements of complete wafers*High performance and high quality components
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RjP-700 Series - Laser Probe Inc.
The RjP-700 Series probes are designed to measure lower pulse repetition rate, longer duration pulses - up to 1msec pulse width at a maximum rep rate of 40Hz. This allows for measurement of pulsed flashlamps and other sources not possible with other probes. The combination of large area detector surface and long pulse width allow for measurements up to several Joules total energy. Integrated preamplifiers allow for longer probe-to-instrument cable runs, useful for manufacturing environments.
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SDM586 - Summit
4000 Counts Display. 41 Segments Analog Bar Graph. Dwell, % Duty Cycle, Pulse Width, RPM, Temperature
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FOG100 - CDP Systems Corp.
Femtosecond optical gating (FOG) methods gives best temporal resolution in fluorescence spectroscopy. The resolution is determined by a pulse width of femtosecond excitation and gate pulses and doesn't depend on a detector response function. The fluorescence kinetics from femtosecond to nanosecond time range is obtained by a scanning of the gate pulse relative to the fluorescence excitation pulse.
