Used General Purpose Source Agilent N6784A

Its glitch-free operation ensures safe usage with the DUT during output and measurement range changes, even with capacitances of up to 150 µF. Its 4-quadrant operation enables it to act as a bipolar power supply or a bipolar electronic load, for added versatility.

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The Keysight N6784A is a source/measure unit (SMU) designed for general-purpose precision sourcing and measurement. General-purpose applications can span many different industries and many different devices under test (DUTs). The N6784A SMU is a versatile tool designed to tackle many of these general-purpose applications. Its glitch-free operation ensures safe usage with the DUT during output and measurement range changes, even with capacitances of up to 150 µF. Its 4-quadrant operation enables it to act as a bipolar power supply or a bipolar electronic load, for added versatility. When using the N6784A SMU, engineers can be confident that they have an all-around general-purpose tool for their test systems or lab bench.

Key Specifications of:

Output Ratings:

●Voltage: Up to ±20 V

●Current: Up to ±3 A

●Power: 20 W

Programming Accuracy (at 23°C ± 5°C after 30 minute warm-up. Applies from min. to max. program):

●Voltage, 20 V range: 0.025% + 1.8 mV

●Voltage, 6 V range: 0.025% + 600 µV

●Current, 3 A and 1 A ranges: 0.04% + 300 µA

●Current, 10 mA range: 0.25% + 5 µA

Output Programming Speed:

●Output voltage can change in 10 µs or at 100 kHz into a resistive load

Measurement Accuracy (at 23°C ± 5°C):

●Voltage, 20 V range: 0.025% + 1.2 mV

●Current, 3 A range: 0.03% + 250 µA

●Current, 100 mA range: 0.025% + 10 µA

●Current 10 µA range: 0.025% + 8 nA

Other features and benefits of the N6784A:

●Glitch-free sourcing and measurement ? change output and measurement ranges without any glitches

●4-quadrant operation ? perform as a bipolar voltage or current source or as a bipolar CV or CC electronic load

●Four current programming ranges – precisely source current down µA

●Four current measurement ranges ? precisely capture the current levels of the DUT during different modes of operation

●Excellent transient response ? keep voltage or current stable during high-speed load changes

●Fast modulation of DC ? create waveforms up to 100 kHz to stimulate or load down the DUT

●High-speed digitized measurements ? capture/view the power consumption of the DUT up to every 5 µs with built-in 200 kHz digitizer