USF340-100K-0.01%-5PPM

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Through Hole Resistors are becoming an increasingly popular option for a variety of applications. USF340-100K-0.01%-5PPM is one of the most common resistor types used in today’s industrial and consumer markets. This particular resistor type is chosen for its reliability, accuracy, and high-performance capabilities in the through hole mounting configuration.

The USF340-100K-0.01%-5PPM through hole resistor offers a wide range of features and capabilities. It features a 0.01% tolerance (or 5 ppm), tight tolerance, non-inductive characteristics, low noise, and high electrical overload protection. It is temperature range compensated, and with its extensive operating temperature range (-55 to +155 °C), it is well suited for use in extreme temperatures and environments.

The USF340-100K-0.01%-5PPM is based on a 1W power rating, which makes it a reliable choice for modern applications that demand a high-performance resistor. This specific device is available in both wrap-around-and-fit or pre-applied designs, making it an ideal solution for multiple applications – regardless of the circuit’s requirements. Specifically, it has been designed for use in PC board or other through-hole applications, such as radio frequency (RF) systems, tracking systems, and various medical and aerospace applications.

The USF340-100K-0.01%-5PPM resistor employs an advanced thin-film technology, which offers uniform resistive values, superior stability in temperature, and low noise operation. This thin-film technology is also used to achieve the low tolerance – a 0.01% resistance accuracy (or 5 ppm). It also offers a long-term stability of ± 0.25 ppm/year.

In summary, the USF340-100K-0.01%-5PPM through hole resistor is an immensely popular choice for industrial and consumer applications. Its reliability, accuracy, wide temperature range, low noise operation, and long-term stability make it an ideal choice for a wide range of applications. Furthermore, its pre-applied or wrap-around-and-fit design, makes it an excellent option for multiple circuit requirements – and it makes the installation process more efficient as well.

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