H414K7BDA

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

A through hole resistor is an electronic component that utilizes resistors as a way of controlling the current in a circuit. Through hole resistors are usually designed with a wire wound element coated in insulating material to isolate it from other components in the circuit. The most common type of through hole resistor is the axial-leaded type, which has an un-insulated wire element extending out of each end of the resistors body. This type of through hole resistor is the simplest and most cost effective type of resistor used in printed circuit board layouts.

H414K7BDA application field and working principle are two topics closely related to through hole resistors. H414K7BDA is a low-resistance, high-power rating physically small and light axial resistors used for the purpose of computing power control, signal conditioning, and other general-purpose signal processing applications. This type of resistor is ideal for applications that require a low-resistance, high-current carrying capacity. They are also often used for automotive, consumer electronics, and telecommunication applications.

The H414K7BDA through hole resistor maintains its electrical properties even when subject to temperature physiological changes that take place in many operating environments. This type of resistor passes high-frequency current signals without significant distortion and interference. The maximum power dissipation is 500 W in the H414K7BDA through Hole resistor. The H414K7BDA resistor also works the same as other resistors but is typically designed to withstand extreme levels of temperature and voltage.

The working principle of the H414K7BDA through hole resistor is similar to that of other resistors. The resistor consists of a cylindrical or tubular body filled with resistive element and adhered to its exterior two wires, or leads, protrude from either end. One of these leads is the input to the resistor and the other is the output. The current to be forced through the resistor is taken into the resistive element from the input lead and subsequently passed out through the output lead.

At any given time, the value of the resistor depends on the material used for the resistive element and also on the amount of current flowing through it. As such, the resistance value is variable, it can change with the changing resistive material, the current draw and the temperature of the operating environment. This is the main advantage of the H414K7BDA through Hole resistor - if an application requires a varying resistance, the user can adjust it in an easy and flexible manner.

In conclusion, the H414K7BDA through hole resistor is a high-performance resistor designed for use in power supply, signal conditioning, and other general-purpose signal processing applications. This type of resistor is extremely reliable and has a wide temperature range and resistance adjustment features. Its low-resistance, high-power rating makes it ideal for applications that require extreme temperatures and voltage conditions. Therefore, H414K7BDA is an ideal choice for industrial and electronics related applications.

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