MP930-0.30-1%

Through Hole Resistors are electronic components which are designed to have a specific amount of electrical resistance to a particular signal or current that passes through it. The MP930-0.30-1% is a type of through-hole resistor and is widely used in various applications. In this article, we will discuss the application fields and working principle of the MP930-0.30-1% through-hole resistor.

The MP930-0.30-1% through-hole resistor are commonly used for applications such as pulse width modulation controllers, line decoupling, gate limiting, power limiting, thermal protection, frequency-domain filtering, and low-impedance signal modulation. It is also used in high-impedance filtering circuits to provide high accuracy and stability to the signal. Additionally, it can be used in various voltage and resistor divider circuits to provide precise voltage or current divider ratios.

The MP930-0.30-1% through-hole resistor provides a relatively large range of resistance values, which ranges from a few Ohms to many kilo-Ohms. The large range of resistance values makes the component a versatile choice for various application needs. Furthermore, the resistor is able to maintain fixed values of resistance over wide temperature variations which makes it ideal for automotive and industrial applications.

The working principle of the MP930-0.30-1% through-hole resistor is quite simple. Basically, it works by allowing a specific amount of electrical energy to flow through it, and the amount of energy that passes through depends on the amount of resistance the resistor provides. The resistor is basically composed of two or more metal plates, which are separated by an insulator such as a ceramic material. When current passes through the plates, a voltage drop is created which causes the current to reduce. The amount of resistance the component has can be adjusted by changing the size and spacing of the metal plates.

In conclusion, the MP930-0.30-1% through-hole resistor is a versatile and reliable component which is used in a wide range of applications. The component is able to maintain fixed values of resistance over a wide temperature range, and is composed of two or more metal plates, separated by an insulator such as a ceramic material. By changing the size and spacing of the metal plates, the resistence values can be adjusted accordingly. This component is a must-have for various commercial, and industrial applications.