H4P5K11DZA

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

Through hole resistors, like the H4P5K11DZA, are resistors that are typically mounted directly onto the circuit board or soldered into a hole drilled in the board. This type of resistor is one of the most common in electronics, as it is relatively straightforward to install into a circuit board.

Application Field

Through hole resistors, such as the H4P5K11DZA, are used for a wide range of applications in electronic and industrial devices. In electronics, through hole resistors are primarily used to limit the current in a circuit. They are also used for voltage reduction, noise reduction, peak power handling, and to provide impedance matching of components.

In industrial applications, through hole resistors are often used in temperature measuring equipment as a temperature sensor. They also play an important role in reverse-bias rectifier protection, voltage dividers, and motor speed control. Generally, through hole resistors are the primary choice for applications where the current remains static.

Working Principle

The H4P5K11DZA is a through hole resistor, meaning it is designed with a metal film or wire-wound resistor element. These factors give it a predictable and consistent resistance to the current flowing through it. The resistor\'s resistance is directly proportional to the temperature, so it is important to know the operating temperature of the component in order to calculate its resistance.

The through hole resistor works by limiting the amount of current that can pass through the component. When current flows through the resistor, electrons collide with a thin beam of metal or a wire-wound element. This collision causes the electrons to lose energy, thus generating heat that can be measured as resistance. This is why the resistance of the component changes with temperature: as the temperature rises, the resistance generated from this collision also increases.

The exact working principle of the H4P5K11DZA depends on the type of resistor is used. Generally, it relies on the amount of current that can pass through it, which is determined by either the resistive coating of the metal or the winding of the resistor element. Depending on the application, the resistance of the resistor can be fixed or adjustable.

Through hole resistors like the H4P5K11DZA are extremely versatile and reliable components. They are used in a wide variety of electronics and industrial devices in order to provide consistent, predictable resistance to current. The exact working principle of the resistor is determined by its design and the type of resistor element used. In either case, it relies on generating heat to provide resistance to the current.

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