Showing results: 31 - 45 of 71 items found.
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VX Instruments GmbH
High input voltage range up to 500 VppIsolated versions with 1 or 2 channelsIntegrated timer/counter & DVM functionHigh input impedance up to 1 MΩ || <20pFAnalog and digital trigger functions
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AXC85xx -
VX Instruments GmbH
Generate extremely short, fully regulated current pulses in 4 ranges. At the same time, carry out measurements directly on the DUT with the integrated VMU and CMU. Perfect for rapid semiconductor tests during production.
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AXC760x -
VX Instruments GmbH
Generate extremely short, fully regulated current pulses from 100 µs up to 100 A. At the same time, carry out measurements directly on the DUT with the integrated VMU and CMU. Perfect for rapid semiconductor tests during production.
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VX Instruments GmbH
Source and Measurement Units (SMUs) are devices that generate voltages or currents and can measure them simultaneously using the integrated measurement units (VMU, CMU).
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VX Instruments GmbH
Source and Measurement Units (SMUs) are devices that generate voltages or currents and can measure them simultaneously using the integrated measurement units (VMU, CMU).High current SMUs operate as a regulated power source and are able to generate very high output currents as pulses.
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VX Instruments GmbH
The timer functionality is able to generate pulses or frequency signals with a defined number and duration.The counter function analyzes digital signals in terms of duration and number.
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A5710 -
VX Instruments GmbH
Generate very high AC currents up to 1600 A at a programmable frequency of 45 to 65 Hz.
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VX Instruments GmbH
The digital multimeter (DMM) is the all-rounder of electronic measurement technology. It is used to measure the basic electrical variables of voltage, current and resistance potential-free. Many devices also offer a wide range of additional functions, such as the measurement of electrical capacity, test functions for diodes or transistors and much more. Some devices also allow to record signal curves, which is equivalent to the function of an isolated digitizer.
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VX4620 -
VX Instruments GmbH
Dual high speed power supplyLow noise linear output stage with 200 Vpp and 1 AProgrammable bipolar voltage and positive/negative current limitsStable control loop even on long load linesAuto sensing featureProgrammable slew rateProgrammable over GPIB, USB or RS232Fast rise and fall times due to integrated sink capability
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VX4616 -
VX Instruments GmbH
2 galvanically isolated bipolar output channelsFrequency bandwidth up to 150 kHzOutputs are operating as inverting precision power amplifierOutputs are operating as programmable DC source (voltage or current)Outputs are programmable or adjustable via an external analog sourceAuto sensing featurePulse modulation with extremely high slew rate
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VX Instruments GmbH
1 channel, potential-free, U/I measurement unit (16 Bit)Maximum ±30V | ±2.5 A | 25 W4-quadrant operation, slew rates up to 500 V/msDigitizer and arbitrary waveform generator (Option)Standards: PXI, PXIe
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AXS844x -
VX Instruments GmbH
Run tests simultaneously on 4 channels with up to 400 V. Carry out measurements directly on the DUT with the integrated VMU and CMU. Perfect for direct testing of high-voltage RGBW LEDs
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AXS7720 -
VX Instruments GmbH
Extremely low noise with linear output stageVery fast rise and fall timesProgrammable current pulseIntegrated current measurement unitIntegrated voltage measurement unit
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VX Instruments GmbH
A power supply provides the required power for a test application or additional devices. A constant output voltage is generated from an unstabilized input voltage.There are single-channel or multi-channel models with fixed or programmable output voltage. Other features include programmable current limiting or safety functions such as overvoltage protection (OVP) or overcurrent protection (OCP).
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VX Instruments GmbH
Source and Measurement Units (SMUs) are devices that generate voltages or currents and can measure them simultaneously using the integrated measuring units (VMU, CMU).High-voltage SMUs work as a regulated voltage source and are able to generate very high output voltages.