H4887RBZA

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

H4887RBZA application field and working principle

Through hole resistors refer to resistors with leads. These leads provide a way of connection to the device and can easily be soldered to the circuit board. These components can be manufactured into different forms and housing types with various mounting options. The most common type of through hole resistor is the axial lead resistor, which consists of resistive material encapsulated in an insulator, with two leads extending from each end of the encapsulation. They are often used to reduce the current in a circuit or to adjust the voltage levels between different components.

The H4887RBZA is a type of through hole resistor which is composed of high temperature, flame retardant materials. It can handle higher current and voltage than many otherthrough hole resistors. The resistor is housed in a ceramic encasement, and has two leads extending from each side. It is designed to have minimal thermal and mechanical distortion due to the high temperature materials used. The resistance levels of H4887RBZA are indicated by a three-digit color code, as well as the power rating which is written in a numerical format on the side of the resistor.

The H4887RBZA is able to withstand up to 500 Volts, a high voltage for a through hole resistor. It is also able to handle currents of up to 3.25 Amps. The resistor is commonly used for in-circuit testing and applications with high current pulsed signal loads. It is also excellent as a voltage divider in high frequency applications. Its high power capability and high voltage rating make it a suitable choice for many electrical engineering applications.

The H4887RBZA operates on the principle of frequency-dependent electrical resistance. When an electrical current or voltage is applied to the resistor, it impedes the flow of current. This impediment is largely determined by the resistor\'s level of resistance. The electrical properties of the resistor are determined by the material it is made of. The H4887RBZA is constructed using resistive metal alloy, usually a combination of carbon and nickel, coated with a ceramic insulator. Depending on the resistance level needed, different combinations of these elements are used.

The H4887RBZA is a great choice for many electrical engineering applications due to its high level of electrical stability and minimal thermal distortion. Its high power and voltage ratings allow it to handle high currents and voltage applications. The resistor is also easy to connect to the circuit, with its two leads extending from each side. The frequency-dependent nature of the resistor is ideal for reducing the current and adjusting the voltage levels of different circuits. Its high temperature insulation makes it a great choice for in-circuit testing and applications with high current pulsed signal loads.

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