current transducer Extra-large bandwidth up to 10 MHz

Excellent accuracy with 10ppm linearity error and 15ppm offset

Key points:

  • Extra-large bandwidth up to 10 MHz ideal for power measurement for GaN and SiC based converters
  • Very good accuracy with 10ppm linearity error and 15ppm offset
  • Voltage output facilitating the connection with the measuring instrument

Danisense, the leader in high-accuracy current sense transducers for demanding applications, is introducing its new DW series of closed-loop compensated zero-flux current transducer measuring up to 500A and offering excellent accuracy with 10ppm linearity and low offset at 15 ppm. To meet the increased requirements in terms of high frequency coming from the latest power conversion products based on wide bandgap semiconductor technologies such as gallium nitride (GaN) and silicon carbide (SiC), Danisense has revised its winding processes and now achieves an exceptionally wide bandwidth of up to 10MHz with its latest DW500UB-2V product.

DW series devices benefit from a full aluminium body for superior EMI shielding and a wide operating temperature range from -45°C up to +40°C. A very high power measurement accuracy, low noise and an industry standard BNC connection are further features. The main target application is power measurement in laboratories for the design optimization of power converters – typically for e-mobility applications. DW series current transducers can also be used for power measurement and power analysis for stable power supplies, MPS for particles accelerators, gradient amplifiers for MRI devices, precision drives, battery testing and evaluation systems and current calibration purposes.

For more details of Danisense’s DW series current transducers please visit: