Product introduction:
The N6705C DC Power analyzer can faster input DC voltage and current into the device under test (DUT) and measure these voltage and current, significantly improving your productivity. The N6705C DC Power analyzer combines the capabilities of up to four advanced instruments - digital multimeter (DMM), oscilloscope, arbitrary waveform generator and data recorder.
The N6705C DC Power analyzer provides full functions and measurements on the front panel, so you can control the instrument without further development and debugging procedures. In conjunction with Keysight PathWave BenchVue BV9200 control and analysis software, more powerful control and analysis functions can be obtained.
The BV9200 PathWave BenchVue Control and analysis software has an updated user interface, new advanced data analysis capabilities, and automation capabilities. If you need to automatically set the workbench, the user can programmatically control the N6705C through GPIB, USB, LAN interface, and the N6705C also conforms to the LXI standard.
The N6705C DC Power Analyzer is available in a custom configuration to better suit your power and analysis needs. It has a four-slot host that can be installed with up to four DC power modules, with a total DC output of up to 600 W
Features:
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Used to input DC voltage and current to the device under test and measure these voltages and currents during the development phase.
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Dedicated physical controls provide common functionality.
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Equipped with large color graphic display screen, can directly display complex data.
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Flexible programming through GPIB, LAN, USB interface; Meet the LXI standard.
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Ammeter accuracy: up to 0.025% + 8 nA, resolution up to 18 bits
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Arbitrary waveform generator function: bandwidth up to 100 kHz, output power up to 500 W
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Data Recorder features: Measuring intervals of 20 µs to 60 s and measuring speeds up to 500 M readings per second
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Oscilloscope function: voltage and current for digital conversion, frequency up to 200 kHz, 512 kpts; Resolution up to 18 bits
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Voltmeter accuracy: up to 0.025% + 50 µV; Resolution up to 18 bits