H878K7DZA

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

H878K7DZA is a type of through-hole resistor. It is a device used to limit current versus voltage along with other properties. It is typically used in circuits where a lower level of current is directed towards it, and whose total resistance is stationary over the whole operating range.

The use of through-hole resistors covers a wide range of application fields such as power electronics, communication systems, RF circuits, signal processing, and many more. It is mainly used in series circuits, for example, to divide a voltage source or to create a variable voltage divider network. It can also be used in parallel with other components to decrease line voltage. Through-hole resistors can be used for impedance matching, shaping of waveforms, noise reduction, and overload protection.

The working principle of the H878K7DZA through-hole resistor is based on the appropriate combination of materials, which form the resistor element. The resistor element is composed of a conductor (silver, gold, or copper) and an insulating material (ceramic, polymer, or some other material) that are wound together. The resistor element can also be glass encapsulated or coded with stripes. Electrons flowing through the resistor element generate losses, and thus a certain amount of resistance. This is due to the collisions that the electrons experience on the surface of the resistor elements.

When current passes through the resistor element, its resistance creates a voltage drop in a circuit. The voltage drop in the circuit is directly proportional to the amount of resistance. This means, for example, that when a higher current flows through the resistor, more voltage is dropped, thus decreasing the voltage drop across the compressor. The higher the current, the greater the resistance.

In short, the H878K7DZA through-hole resistor is designed to provide electrical resistance and voltage drop to the circuit, and its working principle is based on the appropriate combination of materials, which form the resistor element. The resistance of the resistor element is directly proportional to the amount of current that passes through the resistor. It is used in a wide range of application fields such as power electronics, communication systems, RF circuits, signal processing, and many more.

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