HHV-25FT-52-3M48

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

The HHV-25FT-52-3M48 application field and working principle of through hole resistors refer to a variety of resistors that are made with a combination of leads, or a hole, and a metal coating or oxide layer. In its simplest form, these resistors are designed to lower the power consumption of electrical components. However, they can also be used for a variety of other purposes in the manufacture and design of electronic devices.

Leaded resistors are known to have a stable resistance that will not change over time, making them a popular choice for electrical components that require greater precision and reliability. These resistors also provide a higher resistance at higher temperatures than other less stable resistors. The most common type of leaded resistor is a metal-oxide resistors, which are constructed from two separate layers of metal or copper oxide. These layers are alternately joined and soldered together to provide a more constant resistance across a wide range of temperatures. Metal-oxide resistors are often used in circuit boards to help regulate the level of current and electrical signals.

The most common application for through hole resistors is in power supplies, where their ability to handle high voltages and currents is essential. Leadless resistors, such as ceramic and inductive structures, are also used in power supplies, but may not be as reliable as leaded resistors. In addition, through-hole resistors are also essential for controlling the flow of current through relays and switches, and can also be used to regulate the speed of motors.

The materials used to make leaded through hole resistors vary widely. Often, the resistors are constructed from various types of ceramic material, such as alumina, and then coated with a thin layer of metal or oxide to create the resistive element. This layer allows the resistors to lower the temperature of the circuit it is connected to and to reduce the power consumption of the component. Through hole resistors can also be constructed from metal-layered film, which is a thin film that contains an oxidizing element to reduce the power consumption. Other materials used to make these resistors include quartz, limestone, and carbon fiber.

The working principle of through hole resistors is quite simple, as they are designed to reduce the flow of electricity across the component. The resistive layer either affixes to the metal component of the resistor, or is connected to a ground plane through the hole. This connection allows the resistive layer to control the flow of current, and reduce the amount of power consumed by the component. The thickness of the resistive layer and the type of material it is made of are important factors in determining the efficiency of this type of resistor.

Through hole resistors provide an important component in many types of electrical devices. They are used in a wide range of applications, from power supplies to relays and switch controls. These resistors are also integral in reducing the power consumption of electronic components, and in regulating the speed of motors. By controlling the flow of current and voltage, these resistors provide a high level of precision and reliability, making them an indispensable component in many electrical designs.

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