H8392KBDA

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 are discrete electrical components specially designed to control the electric current in an electrical circuit. The H8392KBDA, a popular model from the Through Hole Resistor family, has notable features that make it essential in a variety of applications. A detailed discussion on the application areas and the working principle of the H8392KBDA is presented in this article.

The H8392KBDA is a surface-mount, non-inductive resistor and has a remarkable working temperature range from -55 to +155 degrees Celsius. Its protective epoxy coating is exceptionally durable, with a flame rating of UL94V-0. Such features make it suitable for applications such as over-temperature or shock protection, switching operations, machine control and robotics, digital systems, and power conversion.

The H8392KBDA is designed to reduce the temperature on sensitive devices such as memory chips and to dissipate heat from high-current components. It can be used as an energy-saving device in servers and other computer systems due to its high efficiency and low power losses in comparison with other Through Hole Resistors. The specific feature of this model is its ability to withstand harsh environments and voltages.

The H8392KBDA works on the principle of resistance. Its resistance remains constant in relation to the current, voltage, temperature and frequency of the electric current it carries. The resistor dissipates electrical energy by means of conductive filament and material composition. The resistance of the material is determined by the type of material and its chemical composition.

The H8392KBDA model is constructed with a plurality of layers of metal foil (usually copper) impregnated with an epoxy dielectric. The different layers are adapted to form a "resistor core" that is insulated from unwanted currents. Furthermore, there are metal terminals through which the current can flow, normally connected to the board by soldering.

The H8392KBDA has a wide range of uses due to its salient features and effective working principle. The model is a cost-effective choice due to its high capacity of heat dissipation and its verified durability and reliability. Among its most common applications are industrial control systems, switch-mode power supplies, motor control boards, power switching circuits, and instrumentation devices.

In conclusion, the H8392KBDA is a robust and reliable device that is versatile and suited for a variety of electronic and electrical applications. Its long working temperature range and UL94V-0 rating make it an ideal choice for applications that require superior performance in harsh environments. Moreover, its restrictive working principle helps maintain precision in the electric circuit, thus guaranteeing accurate results.

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