NMCL-III Modern power electronics experimental teaching platform

This platform is designed according to the requirements of "electric drive automatic control system", "power electronics". While designing, it fully considers the actual experimental condition of students. Practical ability is being emphasized here. On the basis of varies electrical control technology, motor theory and AC/DC speed regulation system principle, and through experiments, students will apply their knowledge and improve gradually

METL-I Electronic technology experiment device

The METL-I electronic technology experiment device is specifically designed based on the concept and ideology of"analog electronic technology " and "digital electronic technology ". This device can meet the needs of all experiment items listed above: courses anddesigning subjects, as well as the requirements of experiment teaching outline. It can provide good experiment conditions for advanced digital system experiment, and for teachers and students to do scientific research.

QSMSP-X1 MSP430 experimental box

This experimental box is a development platform for MSP430F5438 devices. The box can help designers to use the latest F55xx MCU on learning and development quickly. MSP430F5438 devices on the box can be powered and debugged via the integrated ezFET or via TI Flash Emulation (such as MSP-FET430UIF).

VI-B3/VI-B4 Virtual Instruments experimental box

This box combines AD, DA, digital IO and other functions, communicates with the computer through USB2.0. It can realize the functions of signal source, millivoltmeter, oscilloscope, DC voltage meter, logic level instruction, logic switch, logic analyzer and other instruments under LabVIEW environment.

QS-CXF1 Maglev experimental instrument

This instrument describes a typical physical phenomenon of maglev through experiment. It achieves the magnetic force through the imaginary displacement method , in order to get the evidence between the theoretical and experimental verification.

Electronic scale