UB5C-500RF1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors offer solutions for a wide range of current-limiting and temperature-sensitive applications. The UB5C-500RF1 application field and working principle is a specific variant of a through hole resistor based on an adaptation of three main components, which provide a stable and reliable connection.

The UB5C-500RF1 application field and working principle utilizes the design of a gold-plated brass terminal, an helical ceramic core, and an external connection. The use of these components is standard across all models and provides flexibility in both connections.

The gold-plated brass terminal is the single-piece connection of electrical components and allows the resistor to be mounted vertically or horizontally on a printed circuit board. The choice of the brass terminal is to provide maximum longevity and reliability of the connection.

The helical ceramic core is placed around the brass terminal and is designed to offer a strong, durable and thermally-stable connection between the two components. Ceramic is also known for its ability to maintain excellent insulation in all frequency ranges from DC up to emission frequencies of 10 GHz.

The external connection of the UB5C-500RF1 application field and working principle is based on two strands of Nickel-coated copper wire. This connection offers low resistance and enhanced current-limiting capacity in comparison to other resistors. It also reduces the parasitic capacitance of the connection, resulting in increased accuracy and reliability.

The application fields range from power supply to various peripheral devices, such as motor controllers for robotic systems, medical devices, security systems and industrial applications in general. Its working principle is simple, with the resistor providing a current-limiting feature in terms of the voltage applied across it.

The regulation of the current is ensured through the application of a voltage-dependent resistor, which in turn acts as a converter between the two. Once the voltage is supplied, the amount of current that will be allowed to pass through the resistor will be determined by the value of the resistor, usually denoted by its resistance.

The UB5C-500RF1 application field and working principle also provides protection against defective components, voltage spikes, current overloading or short-circuiting. In the event of any of these above scenarios, the device will begin to dissipate the current and act as a shield, thus protecting the circuit and the surrounding components from any possible damage.

The UB5C-500RF1 application field and working principle is the ideal solution for applications that require a reliable connection that will withstand high currents and/or temperatures without fault. Its stable and accurate current rating makes it suitable for use in a variety of settings, from industrial to consumer electronics.

The specific data is subject to PDF, and the above content is for reference