One model of the AQ2300 series source measure unit is on sale.

This is a SMU with a ±6 V/±600 mA range. It can be expanded to a maximum of 18 channels, it also saves time and space.

Accurately detects the quantity and location of reflections within optical connectors and modules. It reveals microcracks that standard loss measurements might miss.

Our new waveform display software is designed to inherit the design and performance of Xviewer.
It supports the latest oscilloscopes and ScopeCorder, in addition to conventional measuring instruments compatible with Xviewer.

The vertical resolution has been increased 16-fold, significantly enhancing waveform measurement accuracy. With the DLMsync function, synchronized operation of two units enables multi-channel synchronized measurements.

Measures large currents up to 1000A and wide bandwidth up to 300kHz (-3dB) without cutting the cable being measured.
Can be used with both power meters and a waveform measuring instruments.

A new option for synchronous motor evaluation that enables real-time confirmation of Id, Iq, Vd, and Vq by measuring three-phase voltage, current, and rotation information.

Equally suitable for industry, universities and research institutions, the AQ6370E can be used to characterize a wide range of components, including lasers for optical communications, optical transceivers, and optical amplifiers.

The two high performance optical spectrum analyzer covering visible range

Suitable for various measurement applications,the development of industrial laser modules,basic research at universities and research institutes and so on

Use the CAN FD/LIN Monitor Module to decode the CAN FD or LIN-Bus signals.
This provides strong support for the development and evaluation of passenger cars, trucks, and ships.

Precision is all around us, in everything we see, and in everything we touch. It means the difference in success and failure, safe and unsafe, sustainable and unsustainable.

Are you a precision maker? Experience what it means to see precision everywhere.