Current sense transducer supplier Danisense has officially opened the new 800 square meter extension of its headquarters in Taastrup, Denmark.

Danisense is updating all datasheets for its current sense transducer product range to include formulas and examples to make it quick and easy for design engineers to calculate different values, e.g. current and voltage, linearity error, etc.

Danisense has recently broken ground and started work on the extension of their headquarters in Taastrup, Denmark.

Danisense has announced that Lars Fox has joined the company as Director of R&D on 1st March 2023.

Danisense, a specialist in high-accuracy current sense transducers for demanding applications, will be exhibiting at PCIM 2023 in Nuremberg from 9―11 May 2023 at the stand of its German distribution partner ZES Zimmer in Hall 9 Booth 320. On display will be the wide range of highly precise current sense transducers from Danisense.

Danisense has announced the release of its latest current transducer mainly aimed at EV test benches and battery testing & evaluation systems. Featuring a very large aperture of 41.2mm, the DN1000ID current transducer enables power cables with large power connectors to be easily fitted to EV test benches allowing for quick changeovers.

Danisense, specialists in high-accuracy current sense transducers for demanding applications, has announced its accreditation to ISO/IEC 17025:2017, the quality management system and main standard for testing and calibration laboratories.

New current transducer from Danisense offers extra-large bandwidth for high frequency applications

Danisense, a manufacturer of high-accuracy current sense transducers for demanding applications, has signed a global franchise agreement with Farnell.  

Danisense launched its new DT series of ultra-stable, high precision (ppm class) fluxgate technology current transducers for isolated DC and AC current measurement up to 200Arms at PCIM 2022.

Roland Bürger appointed as Business Development Engineer in Germany, Danisense able to respond quickly and easily to the needs of local customer base, EVs, renewable energy market plus national power grid offer business opportunities.

In-house manufacturing enables Danisense to meet increased industry needs for accurate current sense transducers resulting in 50%+ business growth. 

Danisense has announced a partnership with ZES ZIMMER to deliver highly accurate, stable DC meter test systems. Comprising the Danisense DS600 current sense transducer paired with the LMG600 power analyser from ZES ZIMMER, the system is already being used by renowned German standards organization, VDE, to calibrate and certify DC meters used in EV charging stations which are proliferating as consumers switch to electric cars.

Danisense has launched its ultra-stable, high-precision DP series of PCB-mount current transducers for isolated DC and AC current measurement up to 72A. With a footprint of 64.9x60mm, a height of 32mm and light weight of 250g, this compact device is suitable for 1U power supplies and other space-constrained applications.

A DC calibration test lab has been established by Danisense at its Danish headquarters and manufacturing site in Taastrup. A free service for its high voltage 500V and 10,000V products, units are 100% tested and shipped with a Certificate of Calibration which details the actual current error (always significantly less than the ppm values specified in the datasheet), the error without offset and the linearity error.

National Instruments (NI) says it has selected Danisense products as its preferred current measurement sensor family for use with its RM-269994-channel power measurements conditioner. The Danisense DS50UB-10V, DS200UB-10V, DS600UB-10V and DS2000UB-10V current transducers features high accuracy, high bandwidth and low phase shift which are key requirements for accurate power measurement.

Danisense has announced that its current transducers have been used by teams at CERN as part of a significant upgrade programme. The Danisense zero-flux DC current transducers (DCCT) are used in the design of QTRIM power supplies for the PS booster accelerator which are part of a chain of accelerators that inject the beam into the LHC (Large Hadron Collider) at the European Laboratory for Particle Physics.

  There are many different types of current measurement technologies, from basic shunt and Hall Effect devices to more complex systems, explains Loic Moreau, Danisense