The KHTB and KHTC families are open-loop Hall-effect current transducers designed for precise electronic measurement of DC, AC, pulsed and mixed currents. Both families provide galvanic isolation between the primary high-power circuit and the secondary electronics, with a proportional analog output centred on a 2.5 V offset.
KHTB and KHTC share the same core measurement philosophy: fast open-loop Hall-effect sensing, high linearity, galvanic isolation and a compact PCB-mount format.
The electrical performance is closely aligned, while the primary-current integration differs. Select the mechanical architecture that best fits your PCB and conductor arrangement.
Select a product family below to access reference-level specifications and datasheets.
KHTB uses a central aperture for the primary conductor. A busbar or primary cable passes through the sensor body, making the family suitable where the conductor is already part of the system architecture.
KHTC integrates dedicated through-hole primary-current terminals into the PCB package. This architecture is intended for designs where the current path is routed directly through the sensor terminals on the board.
The two families cover closely related application environments where fast, isolated current feedback is required.
KHTB and KHTC are particularly relevant to solar-inverter architectures where isolated current feedback, compact PCB integration and fast response are required. The two mechanical approaches allow the designer to select either a pass-through primary conductor or an integrated primary-terminal arrangement.
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The validated KHTB and KHTC technical documentation references IEC 61010-1 and EN 50178. CE conformity information and RoHS / REACH environmental declarations are available from ADISENS.