There is an exciting development in shunt technology that eliminates the need for temperature compensation. This slide explores the key points and benefits of this innovative approach. It is important to note that this performance is achieved consistently throughout the entire range, not limited to a select temperature range. The graph accompanying this slide presents the red and green trend lines, representing the direct measurements of this shunt's resistance values across the temperature range. Notably, these measurements have been obtained without the need for any additional circuitry or compensation techniques. The absence of additional circuitry or compensation methods simplifies the design process and eliminates the associated costs and complexities. This shunt provides accurate current measurements without the need for temperature compensation, ensuring reliability and efficiency in various applications. The special construction features of this shunt technology have revolutionized the industry by eliminating the need for temperature compensation. The resistance drift across the temperature range is minimal, with a TCR of less than 10 ppm/°C. This groundbreaking innovation offers direct measurements without requiring any additional circuitry or compensation, making it a reliable and cost-effective solution for accurate current measurement across the full temperature range.