USF340-50.0K-0.01%-5PPM

Through Hole Resistors are incredibly important and versatile components in the world of electrical engineering. They offer a range of resistive values, from small ones used in microcircuits to heavy-duty resistors used in power supplies. The USF340-50.0K-0.01%-5PPM resistor is a through-hole metal film resistor with a resistance rating of 50 kilo-ohms, accuracy of 0.01 percent, and long-term stability of 5 ppm.

The USF340-50.0K-0.01%-5PPM resistor is primarily used in very precise data signal or power control circuit applications. Its superior accuracy and stability help ensure that signals and power transfer steadily and without any unwanted fluctuations. This makes it ideal for use in today\'s miniaturized electronics, such as mobile phones, tablets, and other consumer electronics. High-precision instrumentation and medical devices also use the USF340-50.0K-0.01%-5PPM resistor in their circuitry.

The USF340-50.0K-0.01%-5PPM resistor features a through-hole design, which helps ensure a secure and reliable connection to the printed circuit board. It also has a low temperature coefficient and a broad range of operating temperature. Its housing is composed of an insulating material, typically either phenolic or epoxy, which gives the resistor excellent electrical and mechanical protection.

The working principle of the USF340-50.0K-0.01%-5PPM resistor is fairly simple. It consists of two dissimilar metals, such as copper and manganese, connected by a non-conducting substance, most often a ceramic material. When electrical current is passed through the resistor, it creates a voltage drop based on the resistive properties of the metals. This voltage drop creates a precisely-controlled current, which can then be used for a range of applications.

The USF340-50.0K-0.01%-5PPM resistor is an important part of modern circuit design. It is particularly suitable for applications which require great accuracy, stability, and reliability. The through-hole design ensures secure mounting on printed circuit boards, while the low temperature coefficient and broad operating temperature range make it almost impervious to the effects of environmental conditions. The metal-film construction ensures the resistor has extremely low noise levels and a high tolerance of overloads.