Danisense, the leader in high-accuracy current sense transducers for demanding applications, is introducing the DSSIU-1-V, a new low-noise power supply and interface unit designed to support a wide range of its flux gate current transducers (DCCTs). Featuring an industry-standard D-sub-9 connector, the DSSIU-1-V unit ensures reliable and straightforward interfacing.
The very compact device (only 130mm x 116mm x 56mm) is equipped with an integrated Voltage Output Module (VOM), which precisely converts the measured current into an easily accessible voltage output via a BNC connector. The DSSIU-1-V supports both 1V and 10V output options, enabling accurate and user-friendly current measurements. Powered by universal mains, it is the ideal solution if customers need to power only one transducer.
Comments Loic Moreau, Sales & Marketing Director at Danisense: “By offering such a voltage conversion, Danisense is simplifying the measuring chain by enabling its customers to have a direct connection of the transducer to instruments like e.g. an oscilloscope.
Main target applications include flux gate DCCTs, hall effect DCCTs, electric vehicle (EV) test benches, power measurement and power analysis, current calibration purposes as well as precision current sensing.
For further information about Danisense’s new DSSIU-1-V system interface unit please click here.
DANISENSE: Precision – Innovation
By combining complex magnetic performance with advanced electronics Danisense provides efficient and precise solutions that match the requirements of worldwide customers in demanding industries. Danisense was founded in 2012 and today is based in Denmark and Japan. The company’s founders and key employees are highly-experienced and possess specialized knowledge about high precision current transducers, enabling Danisense to create solutions that enable its customers to quickly and easy measure AC and DC currents with accuracies down to 1ppm. Its products are of the highest quality and have an extremely flat frequency response and outstanding DC stability.
