H4453KBDA

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 essential components in various electronic implantation systems. H4453KBDA is one of the most widely used through hole Resistors. It offers high precision and reliable performance in various wide band applications. This article aims to discuss the application fields and working principle of H4453KBDA.

Application Fields of H4453KBDA

H4453KBDA is highly suitable for various through hole applications. It is typically used for amplifiers, sensors, RF receivers, audio components, and motors. It is also suitable for low-frequency applications such as signal switching, power management, safety and protection. In addition, H4453KBDA is widely used in AC/DC power supplies and voltage regulators.

Working Principle of H4453KBDA

The working principle of H4453KBDA relies on the electrical characteristics of the metal-oxide-silicon (MOS) process. In MOS, a thin oxide layer separates a metal layer from a basic semiconductor material. The metal layer is referred to as a gate and the semiconductor material is referred to as a channel. When the gate receives a specific voltage, the gate current divides along the channel, creating a voltage potential. This voltage potential creates a conduction channel between the gate and the terminal, thus controlling the flow of electric current.

H4453KBDA resists the flow of current, and also has the ability to switch from one resistance value to another when the voltage is applied to the gate. It is manufactured with a metal oxide element, which is responsible for the resistance value. The electric current flows through the resistor when the voltage across it is equal to or higher than the rated voltage.

Conclusion

The H4453KBDA is a versatile through hole resistor used in many applications. The working principle of H4453KBDA relies on MOS technology, which allows the gate to divide the current flow thus creating a voltage potential and controlling the current. It is suitable for low-frequency and high-frequency applications, such as in signal switching, power management, AC/DC power supplies, and voltage regulators. It is an essential component in various electronic implantation systems.

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