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ENCORE (2MA 100MV) is listed in the Current Sensors range at ChipApex. The manufacturer field lists Verivolt LLC. Its product description is VERY HIGH PERFORMANCE SHUNT. Review the specifications below when checking this part for your BOM.
The Verivolt ENCORE (2MA 100MV) is a high-performance current transducer designed for precise four-wire current measurements. It features a ±2mA input range with a corresponding ±100mV output signal. The device supports a bandwidth up to 40kHz and offers an accuracy of ±0.2%. It is engineered to withstand surge currents up to five times the rated value for ten seconds. The unit operates within a temperature range of -35°C to 70°C and utilizes a free-hanging in-line mounting style.
Verify the specific model suffix against official Verivolt documentation to confirm the exact input range and output configuration. Ensure that the selected variant aligns with the required surge tolerance and bandwidth specifications for the target application environment. Cross-reference part numbers with manufacturer catalogs to avoid ordering obsolete or discontinued variants.
Select this component when precise low-level current measurement is required in distributed systems. Consider the ±2mA range and ±100mV output for compatibility with standard data acquisition hardware. Evaluate the need for the customizable low-pass filter based on noise requirements. Confirm that the free-hanging in-line mounting fits the physical constraints of the installation site.
The Encore series from Verivolt LLC is designed to minimize costs while improving performance in multi-channel current measurement applications. These shunt-based transducers are optimized for integration into complex monitoring architectures, providing reliable data for energy management and system diagnostics across various industrial sectors.
Consult Verivolt technical resources for direct substitute part numbers within the Encore series. Verify compatibility regarding input range, output signal, and mounting style before replacing existing units. Ensure that any alternative maintains the required surge protection and bandwidth capabilities.
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