USF340-50.0K-0.1%-5PPM

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Through hole resistors are devices used to pass currents of varying voltages and currents in electrical systems. Specific resistors can be developed to handle applications such as USF340-50.0K-0.1%-5PPM application field and working principle. In this article, we will discuss the specifics of the resistor technology, its applications, and how this system works.

The USF340-50.0K-0.1%-5PPM application field is used when electrical designers need a precise and stable resistive element which has a low noise floor, operating in a temperature-stable range, with low RFI and EMI applications.

At its heart, the USF340-50.0K-0.1%-5PPM application field relies on a process of paralleling interconnects that enables the resistor to maintain accuracy and stability with a low noise floor. The process works as follows:

A thin-film coating of resistive material is applied to the surface of a metal substrate, using a vacuum evaporation technique. This creates a ground plane which serves as a connection between the resistor’s contact and the substrate. Once the ground plane is formed, a series of interconnects are paralleled between the ground plane and the resistor’s contacts. This creates a looped electrical network that not only provides an accurate and stable resistance value; it also reduces noise by sharing any current noise or voltage fluctuations evenly between the different contacts.

The USF340-50.0K-0.1%-5PPM application field is a popular choice for electronic components in industries such as medical, aerospace, and consumer electronics. It can be used to provide accuracy and stability in the electronics of operating room equipment, simulators, test and measurement systems, and consumer systems, such as refrigerators, ovens, and digital audio equipment. The USF340-50.0K-0.1%-5PPM fields also provide a low RFI and EMI, making them suitable for use in medical imaging systems and industrial networks.

The USF340-50.0K-0.1%-5PPM application fields are available in a variety of packages for all types of applications. Through-hole resistors are available in a variety of sizes and shapes, and they can be adapted to fit into tight spaces within a board assembly. Through-hole resistors also have a more durable, robust construction than other resistors, making them reliable for systems where vibration and shock are present.

The USF340-50.0K-0.1%-5PPM application field is a reliable and cost-effective solution for electronic system designers who need an accurate and stable resistive element with a low noise floor. Through-hole resistors provide an accurate and stable resistive element which is temperature-stable, low-noise, RFI- and EMI-resistant, and vibration- and shock-resistant, making them ideal for a variety of applications.

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