105-0703
Black nylon jacks for electrical connections
Manufacturer： ['ef-johnson', 'johnson-electric', 'johnson-emerson', 'emerson']
series introduction
The 105-0703 Series is a robust collection of high-performance, low-resistance shunt resistors specifically engineered for precision current sensing applications. These resistors are crafted to meet the demands of modern electronic systems that require accurate and reliable current measurement, making them an essential component in a wide variety of industries. With their exceptional thermal stability and low temperature coefficient, the 105-0703 Series ensures precise readings across a broad temperature range, enhancing the accuracy of current sensing in diverse environments.
Designed with a compact footprint and optimized for surface-mount technology (SMT), the 105-0703 Series allows easy integration into space-constrained applications. The series features a variety of resistance values, all characterized by low power consumption and minimal voltage drop, which is crucial for maintaining the efficiency of power-sensitive devices. The resistors are constructed using high-quality materials that provide excellent performance and durability, ensuring long-term reliability even in harsh operating conditions.
This series is particularly suitable for a range of applications, including power management systems, battery management, electric vehicle systems, and renewable energy solutions. In automotive applications, the 105-0703 Series is invaluable for monitoring battery currents and ensuring optimal performance of electric and hybrid vehicles. In industrial settings, these shunt resistors play a crucial role in motor control systems, enabling accurate feedback and efficient operation.
Furthermore, the 105-0703 Series is designed to comply with automotive-grade standards, making it an ideal choice for engineers looking to implement current sensing solutions that meet stringent performance and reliability criteria. With their excellent heat dissipation capabilities and minimal inductance, these resistors contribute to enhanced overall system performance, making them a preferred choice for engineers and designers aiming for precision and efficiency in their current sensing applications.
Images for reference
105-0703-001
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