RN65D4121FRE6

Through Hole Resistors are the oldest type of resistors and have been in use for over 100 years. They provide a simple, reliable means of controlling current flow in an electronic circuit. These kinds of resistors are also referred to as carbon composition resistors or axial resistors because of the way their components are arranged.

The RN65D4121FRE6 is a Through Hole Resistor that features a high maximum voltage rating of 265V and a maximum power rating of 0.2W. This model belongs to the RC series and has a tolerance of ±5%. It is made with a special non-flammable substrate and features a flame retardant coating to ensure safety and reliability.

The primary application of the RN65D4121FRE6 is in the protection of circuits from overloads and to establish reliable and consistent current flow. It can also be used as a shunt for process control or current measurement. The resistor can be used in many types of telecommunications and industrial applications, such as Audio Amplifiers, Test Equipment, Control Systems, Computer Monitors, and more.

This particular resistor follows the principle of Ohms Law, which states that the current through a conductor between two points is directly proportional to the voltage across the two points. The resistance of the element is calculated by dividing the voltage by the current. When the voltage changes, the current also changes in proportion to the resistance value.

Resistors like the RN65D4121FRE6 are used in circuits to limit the current flow to a certain level. It is designed to be a long-lasting and reliable solution for controlling the current in electronic circuits. It is also constructed with a flame retardant coating to ensure safety and reliability.

The RN65D4121FRE6 is an important part of today’s electronic circuits and is used in many applications in the industrial, commercial, and consumer markets. It is also popular for its robust construction, accurate operation, and long-lasting performance. The resistor is an essential component of many electronic devices and its use continues to grow as technology advances.