Danisense Launches New DP12IP Current Transducer
The latest current transducer offers high-precision measurement for compact power supply applications.
Updated on Oct. 30, 2026 in Current Conditions
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Danisense has released the DP12IP, a new current transducer designed to measure isolated AC and DC current. The device is built specifically for integration into 1U power supplies and other space-constrained electronic equipment.
Why it matters
By utilizing advanced fluxgate technology, this transducer allows engineers to achieve precise current monitoring within extremely limited physical spaces. It provides a specialized solution for systems where power density and component size are critical constraints.
The DP12IP transducer supports current measurements up to 18 A and accommodates measurement resistors up to 100 Ω. It features a compact 32 mm form factor and utilizes closed-loop compensated fluxgate technology for high-accuracy performance.
The players
Danisense
Danisense is a manufacturer specializing in high-precision current transducers used in various power electronics and industrial applications.
The details
The device achieves its precision through fixed excitation frequency and second harmonic zero-flux detection mechanisms. It is engineered to maintain high performance standards in power systems where internal space is at a premium.
Timeline
October 30, 2026: The DP12IP current transducer was officially released.
Seasonal Patterns
The DP12IP advances the standard capabilities of closed-loop compensated fluxgate technology by shrinking the physical form factor for 1U power supplies. This release follows the industry trend of miniaturizing high-precision current sensing components to fit into compact architectures.
Engineers working on 1U power supplies can now utilize this 32 mm component to improve measurement density in new hardware designs. The transducer is intended for integration into equipment where space constraints previously limited high-precision sensor options.
The takeaway
The DP12IP transducer demonstrates how manufacturers are prioritizing smaller form factors without sacrificing precision in current measurement. Industry designers should evaluate their current space constraints to determine if this component fits their specific power supply architecture.
Further reading
For more on industry hardware developments, visit the Current Conditions section.
Source note: This article includes information reported by Electronic Design.
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