MRS25000C2002FRP00

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Through Hole Resistors are a very important and useful component in the electrical world. They are used to limit resistive current flow, and help to protect other components from damage due to high electric current. The MRS25000C2002FRP00 is a type of through-hole resistor typically used in low power applications. It offers a very high impedance to the circuit as well as a very low thermal coefficient of resistance. Additionally, it offers excellent frequency response characteristics and a wide range of tolerance.

The MRS25000C2002FRP00 is primarily used in switch-mode power supplies, dc-dc converters, voltage regulators, and many other low power electrical circuits. This resistor has many advantages over other types of resistors, including its very high power rating, low thermal coefficient of resistance and good frequency response. Additionally, it offers a very small size and very low ESR.

The MRS25000C2002FRP00 is a through-hole resistor composed of an oxide-filled ceramic body and a pair of terminal welds on each end. It has a metalized surface to ensure good contact with the circuit board. The resistor offers excellent frequency response and high power ratings. It can be used in both AC and DC circuits and is suitable for high temperature and vibration applications.

The working principle of MRS25000C2002FRP00 is relatively simple. It is composed of a ceramic substrate filled with a resistive material. When power is applied to the resistor, the resistive material will cause a voltage drop across the resistor, thereby limiting the current that the resistor can handle. As the power applied to the resistor increases, the resistor will reach its maximum capacity and the current will be limited to a safe level. In this way, the MRS25000C2002FRP00 resistor can be used to safely control the flow of electricity in various applications.

The MRS25000C2002FRP00 is an excellent choice for a wide range of applications, and with its high power rating, frequency response characteristics and low ESR, it is ideal for use in low power circuits. It offers excellent temperature stability and has a wide tolerance range, making it suitable for high-precision electrical circuits. In addition, the small size and strong signal integrity make it ideal for high density and circuit miniaturization applications.

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