Highlighted here are the key features of Vishay Dale's high-power shunts, which offer exceptional capabilities for current measurement. Exploring these features and the benefits they provide. These shunts possess an incredibly low resistance and a high-power rating, allowing for current measurements up to 1100 A (model 8518) or 1800 A (model 8536). This high-power capability enables accurate and reliable current measurement in demanding applications. Temperature stability is crucial in current measurement. Vishay Dale's high-power shunts exhibit an incredibly low TCR of less than 10 ppm/oC. This ensures minimal resistance drift over a wide temperature range, maintaining accurate measurements. These high-power shunts meet the stringent requirements of the AEC-Q200 automotive standard. This compliance guarantees their reliability and suitability for automotive applications, where robustness and durability are critical. With a low inductance of less than 2 nH and a low thermal electromotive force (EMF) of less than 1.25 mV/oC, these shunts provide enhanced performance and accuracy. Low inductance reduces unwanted noise and ensures fast response times, while low thermal EMF minimizes temperature-induced errors. Vishay Dale's high-power shunts offer several end design benefits: Reduced circuit complexity: The exceptional capabilities of these shunts allow for simplified circuit designs, reducing complexity and enhancing overall system efficiency. Reduced development cost: With their high-power rating and temperature stability, these shunts eliminate the need for additional compensation circuitry, resulting in reduced development costs. Noise immunity: The low inductance of the shunts ensures excellent noise immunity, enabling accurate current measurement even in noisy environments. Fast response: The low inductance and high-power rating of these shunts contribute to their fast response times, providing real-time current measurement capabilities. Vishay Dale's high-power shunts offer exceptional features including extremely low resistance, high power rating, temperature stability, AEC-Q200 compliance, low inductance, and low thermal EMF. These features result in reduced circuit complexity, reduced development costs, noise immunity, and fast response times, making them ideal for a wide range of high-current measurement applications.