MCB10JB20K0

MCB10JB20K0 application field and working principle is one of the most frequently used through hole resistors in the market. It is mainly used in high frequency circuit, signal and power processing circuits. This resistor also has characteristics of high reliability, low maximum power, low temperature rise and other advantages.

The working principle of this resistor is simple and clear. MCB10JB20K0 through hole resistors are composed of a metal alloy film, which is used as the resistive element. When current passes through this film, its electrical resistance will generate heat, which is used as the output power. The heat generated will vary according to the amount of current passing through the metal film and can be effectively measured and quantified.

The application fields of this resistor are also very wide. For example, in the high frequency circuits, especially in the radio frequency circuits, it can effectively resist the constant high frequency current signal. Such circuits include RF amplifiers, oscillators, filters and other high frequency circuits. In addition, in television and other communication devices, MCB10JB20K0 through hole resistor can be used to produce a stable voltage and reduce the interference of external noise.

In addition, the working temperature of this resistor is the same as the working temperature of the circuit, and it can be used on circuits with different working temperatures. The temperature range of MCB10JB20K0 is from -55℃ to +175 ℃, and its temperature coefficient can range from -200ppm/℃ to +200ppm/℃. It can effectively reduce the temperature influence of the transmission process when the temperature changes. Also, in some military or aerospace circuits which need harsh environment, it is also an excellent choice.

MCB10JB20K0 through hole resistors are widely used in various fields. Compared with other resistors, it has the advantages of high reliability, low temperature coefficient, low maximum power, high accuracy, and wide temperature range, which can effectively reduce the power loss caused by interference. For this reason, it has been widely used in various high frequency and low frequency circuits.