YR1B3K65CC

Through Hole Resistors
The YR1B3K65CC application field and working principle is specifically related to through hole resistors. Through hole resistors, otherwise known as axial resistors, are electrical resistors with two leads extending from opposite ends of the component body. They are cylindrically shaped components that are typically constructed out of ceramic material, with a metal electrode and a resistive film on it. The resistor\'s resistive material provides a certain level of resistance when current is pushed through it, thereby controlling the current flow and preventing unexpected surges.They tend to be among the most popular types of resistors and are widely used in electronics. They function by having a lead connected to each end of the resistor, allowing current to move in one direction or both. Depending on the material used, the resistance can range from a few ohms up to several megohms. One of the main advantages of through hole resistors is that they are very available and easy to mount on circuit boards.The YRB3K65CC is a medium-power through hole resistor, which is designed to be adjustable and suitable for use in a variety of applications such as power supplies, motors, and instrumentation. It is a medium-form resistor that has an epoxy coating to provide protection and durability. The YRB3K65CC also has several features that make it suitable for applications where power consumption needs to be monitored and adjusted. It has a power rating of 1 watt, a resistance range of 1K to 10K ohms, and it is rated at 1/4 watt.Another benefit of through hole resistors is their ability to dissipate heat, allowing them to effectively handle high currents. Heat dissipation is accomplished by having a physical gap between the resistor and the component, allowing air to flow around the resistor and cool it down. The YRB3K65CC is designed to have a thermal coefficient that is low enough to ensure that it won\'t heat up too quickly.Through hole resistors can also be used to provide protection in circuits. Typically, they are used in places where extra current might be needed, such as in relay circuits. When too much current flows through the circuit, the resistor will begin to heat up, which is an indicator that too much current is being supplied. This allows the user to take action and make sure that the circuit is not exposed to too much current.Overall, the YRB3K65CC application field and working principle is that of a through hole resistor. They are designed to offer a adjustable and versatile resistor, with features that make them suitable for a variety of applications. The resistor is designed to provide protection in circuits, and its ability to dissipate heat allows it to handle high currents. Therefore, it is ideal for use in a wide range of devices and circuits.

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