LDC2114EVM

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Evaluation and Demonstration Boards and Kits: LDC2114EVM Overview

The LDC2114EVM, an evaluation module (EVM) from Texas Instruments, provides a platform for developers to evaluate and demonstrate the capabilities of the LDC2114 high-side current shunt monitor system-on-chip (SoC). This SoC is the industry\'s first current sense amplifier with an integrated galvanically isolated spread spectrum data transmitter. It\'s designed to provide a high level of long-term reliability and precision across a wide range of power levels.

The LDC2114EVM includes an integrated suite of benchtop and software features that enable designers to run extremely accurate current measurements on all types of power sources, including battery-powered systems, DC-DC converters, switched-mode power supplies, and current sources. It has flexible configurability options, which allow it to work with a variety of shunt resistance values, supplies, and current ranges. The EVM also contains a suite of analog-to-digital converters (ADCs) to facilitate sampling of current and voltage inputs.

In addition to providing hardware features for evaluation and demonstration, the LDC2114EVM also includes software that can be used to collect and analyze data from current and voltage measurements. With the software, users can capture current and voltage waveforms, operate certain features of the EVM, analyze trends in the data, and interface with third-party development tools. The EVM also includes a DC power supply, programming cables, and software tutorials.

The LDC2114EVM is a valuable tool for designers who need to evaluate and demonstrate the performance of a current sense amplifier. It is designed to be used with a wide variety of power sources, including primary and secondary batteries, DC-DC converters, and production test systems. The EVM is also capable of measuring currents over a wide range of supplies and current levels. In addition, the module includes a suite of analog-to-digital converters to facilitate sampling of current and voltage inputs, a DC power supply, and software to analyze current and voltage data. Finally, the EVM provides tutorials and development outputs that can be interfaced with third-party tools, making it a comprehensive and reliable evaluation and demonstration tool.

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