Introducing the SMU4000 series by Aim-TTi
The four quadrant Source Measure Unit (SMU) SMU4000 series by Aim-TTi is your ideal solution for industrial development as well as educational environments. Whether you are working in a high-tech industrial lab or an academic setting, this versatile instrument is designed to meet your needs. Combining state-of-the-art touch screen technology with an intuitive graphical user interface, it provides a clear and natural flow through the test and measurement process, making it user-friendly even for those who are new to such equipment. This SMU stands as an all-in-one solution for simplifying a wide range of test applications. These include battery charging and discharging, I-V characterizing, semiconductor testing, and material testing. It excels in handling high current and power requirements, delivering fast measurements with low glitch auto ranging speed, ensuring accuracy and efficiency in your testing procedures.
The SMU4000 series’ PowerFlex design system provides a semi constant power characteristic so that the current capability rises as the voltage falls. The SMU achieves full instrument output power across most of the voltage range, unlike conventional SMUs where the maximum power can only be achieved at the top of each voltage range.
As well as a high precision DC and pulsed source and measure capabilities, it has a built-in sweep function including constant and pulsed sweep operation, double sweep functions and linear & logarithmic. Arbitrary list sweeps of up to 100K points can be directly uploaded to the instrument via the flash drive.
A graphical representation of the buffered measurement results can be viewed and explored on screen using the advanced graph menu. Voltage or Current data can be viewed as voltammograms for producing I-V curves and YT graphs to analyse a primary measurement against time, in a linear format.
Test Bridge Software is included, a downloadable software program that provides full programmable control of multiple SMU’s alongside additional enhanced features.
