H4P13R3DCA

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 a critical component of a circuit design, providing the necessary electrical resistance to regulate the current in an electrical circuit and to prevent damage to sensitive components. In order to ensure high performance, reliability, and cost-efficiency, Through Hole Resistors must be able to accurately regulate the current under the extremes of various environmental conditions as well as fluctuations in circuit voltage and current levels. With the demand for compact and better performing Through Hole Resistors having been made apparent, the development of H4P13R3DCA, or High Performance Polymeric-Based Power Resistor Devices, has become increasingly popular.

What is H4P13R3DCA?

H4P13R3DCA is a type of Through Hole Resistor that has been specifically designed to handle high power, high frequency, and wide temperature operation. It is a new type of power resistor that uses organic, polymer-based techno-materials to provide superior electrical performance. By using these organic polymer-based materials, the H4P13R3DCA works to achieve high power and high current capacity in a much smaller form than conventional Through Hole Resistors. Additionally, the H4P13R3DCA is more resistant to environmental shocks and stresses such as shock, vibration, moisture, and air pressure.

H4P13R3DCA application field and working principle

H4P13R3DCA Through Hole Resistors are mainly used in the fields of automotive, industrial and consumer electronics. The working principle of the H4P13R3DCA is fairly simple; it utilizes the properties of organic polymers to release electrical energy using two special electrode systems. The two electrodes act as semi-conductors, allowing only a specific amount of resistance to flow. When an electrical signal is applied to the H4P13R3DCA, it begins to decompress and contract the resin molecules within the electrode. This creates a molecular charge that is then transferred to the two electrodes. Consequently, the current flow is regulated and the current output is adjusted accordingly.

Advantages of H4P13R3DCA

The main advantages of H4P13R3DCA Through Hole Resistors are its ability to provide superior electrical performance, reliability, and cost-efficiency. According to the manufacturer, H4P13R3DCA devices can significantly increase system efficiency and power density due to their smaller form-factor, while still providing excellent performance in extreme temperatures and fluctuating power conditions. In addition, these devices offer higher current-handling capacity than conventional Through-Hole Resistors, enabling them to perform better in high-power application.

Conclusion

H4P13R3DCA Through Hole Resistors are optimized for high power, high frequency, and wide temperature operation. By incorporating polymer-based materials, these devices offer superior electrical performance, reliability, and cost-efficiency. In addition, they can be used in automotive, industrial, and consumer electronics fields due to their superior performance and compact form-factor. As a result, H4P13R3DCA Through Hole Resistors are quickly gaining popularity due to their exceptional performance and cost-efficiency, making them a sought-after component for any circuit design.

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