Prime Technology DA63-3X 11.11k Ohm Digital AC Test Set

Prime Technology DA63-3X – 11.11k Ohm Digital AC/DC Resistance Test Set

The Prime Technology DA63-3X is a specialized 11.1111k Ω digital resistance decade box designed to maximize uptime and ensure metrological accuracy in the most demanding laboratory environments. By addressing the need for ultra-tight tolerances, this instrument offers an exceptional setting accuracy of 0.01%, significantly reducing measurement uncertainty during the evaluation of precision bridge circuits and sensitive feedback loops. The metrological logic of the DA63-3X ensures absolute traceability across its four-decade range, providing a high-fidelity reference standard that protects the material integrity of components under test while providing a 0.01 Ω resolution floor.

Built for industrial longevity, the DA63-3X features high-stability mechanical switches and a robust 0.2W power rating. The engineering trust of this 11.11k Ω unit is reinforced by the inclusion of a Manufacturer’s Certificate of Compliance, confirming its readiness for high-stakes R&D and quality assurance audits. With its compact form factor and professional-grade construction, the Prime Technology DA63-3X serves as a high-trust solution for managing electrical stimulus with consistent performance and the elite operational precision required for advanced electronic characterization.

Technical Specifications & Metrological Data

• Total Resistance: 11.1111k Ω with 0.01 Ω lowest decade and 1k Ω highest decade steps.
• Accuracy of Setting: Elite 0.01% tolerance for high-precision laboratory calibration.
• Power Performance: 0.2W power rating for stable sourcing in signal-level circuits.
• Mechanical Logic: Tactile decade switches for rapid and error-free resistance selection.
• Traceability: Includes Manufacturer’s Certificate of Compliance for metrological rigor.
• Dimensions: Standard 3″ x 5.25″ x 4.13″ (HWD) footprint for versatile integration.
• Application Profile: Ideal for RTD simulation, precision voltage dividers, and ATE validation.