UB3C-910RF1

Through Hole Resistors are an integral component of circuit boards and electronic systems, providing electrical resistance to create desired levels of regulation or current flow. The UB3C-910RF1 is an example of a through-hole mounted resistor with features and benefits that are customized to meet specific application needs. This article will discuss the application field and working principle associated with the UB3C-910RF1.

Application Field

The UB3C-910RF1 is a through-hole mounted resistor designed for high accuracy in a variety of low-power applications. Typical uses include power management, industrial control, low-power research, and automotive. The resistor features a solid construction that ensures reliable operation in demanding conditions. It is available in a variety of output voltages, resistance values, and package types to meet specific requirements.

The UB3C-910RF1 is designed with low thermal drift and excellent temperature stability. This allows the resistor to hold its nominal resistance value over temperature conditions ranging from -40°C to +85°C. The resistor also features a low tolerance of ±1%. This provides greater accuracy and reliability when compared to other through-hole resistors.

Working Principle

The UB3C-910RF1 utilizes a metal film construction to achieve its low thermal drift properties and high accuracy. This construction comprises a base metal such as nickel-chromium, which is deposited onto a ceramic substrate. The base metal provides the electrical properties that regulate current flow and provide resistance. An oxide layer is then added to the substrate, which prevents corrosion and helps ensure the resistor will retain its mechanical and electrical properties.

The resistor is designed with an adjustable terminal which can be manipulated by a user to select the required resistance value. The connection is made via a threaded connector and secured with a nut. The combination of materials and construction ensures that this resistor offers a stable resistance value over time and temperature conditions.

Conclusion

The UB3C-910RF1 is a through-hole mounted resistor designed for accuracy and reliability in a variety of applications. It features a metal film construction with a low thermal drift and excellent temperature stability, ensuring the resistor will hold its nominal resistance over a wide range of temperatures. The adjustable terminal allows the user to select the required resistance value, and the combination of materials and construction ensures that this resistor offers a stable resistance value over time.