H4140KBYA

Through Hole Resistors are one of the most important components in electronic circuits. H4140KBYA is one of the most popular Through Hole Resistors. This resistor is a Rectangular Ceramic Tube Resistor, which provides a simple yet efficient way to reduce the current in an electric circuit. It is made of an insulated ceramic tube and two terminals, one for the input and one for the output. The resistor is generally rated at 10, 12, 15 or 20 kΩ.

H4140KBYA Application Field

H4140KBYA is mainly used in low power electronic circuits as they are the most economical way to provide electrical resistance. It is typically used to balance the power supply current and help reduce the overall load on the circuit. This resistor is also used in controlling the voltage when a device needs to be updated or when a circuit needs to be completely reworked. In addition, it can be used in power-supply ripple control.

H4140KBYA Working Principle

The working principle of H4140KBYA is quite simple. Two terminals are involved in it, one accepts the current flow and the other reduces it by reducing the resistor\'s resistance. This makes it capable of controlling the output current flow. The resistor works by limiting the current by providing the needed amount of resistance, which is measured in ohms.

The amount of resistance offered is determined by the resistor\'s construction. The resistor is typically constructed out of ceramic and the various materials that are used vary depending on the type of application that it is used for. Generally, the resistor is made up of an insulator and two terminals. When the current passes through the resistor, it is partially blocked and turned into heat. This heat is what does the work of reducing the current flow.

Conclusion

Ultimately, the H4140KBYA is a Through Hole Resistor that works by reducing the current in an electric circuit. Its application and working principle is quite simple and it is one of the most economical ways to control the current flow and reduce the overall load on the circuit. It is used in various electronic applications such as balancing the power supply current and controlling the voltage when the circuit needs to be reworked or updated.