CPCF054K700JE66

Resistors are indispensable components of our electrical devices. They are widely used in various applications, such as in telecommunications, in audio systems and so on. Through-hole resistors are resistant elements made of a resistive material which could directly be mounted to printed-circuit boards (). Through-hole resistors have many advantages, such as having better mechanical stability, higher power ratings, higher stability and accuracy. CPCF054K700JE66 is an example of a type of through-hole resistors.

Application Field

Since the CPCF054K700JE66 has high power ,high stability and accuracy rating, it is widely used in telecommunications and audio applications. It is typically deployed in applications where a very stable resistance is required, such as in antennas, filters and impedance matching circuits. Moreover, it can be used in test equipment and high-frequency communications as well.

Working Principle

The working principle of through-hole resistors is quite simple. Since the CPCF054K700JE66 has a Resistive Film Element Design, the resistance is determined by the resistance film’s voltage-to-current ratio. Thus, when the voltage across the film exceeds it’s rated voltage, the current will increase and correspondingly the resistance value drops.

The CPCF054K700JE66 is a very stable and precise through-hole resistor and it’s rated power comes in the range of , making it ideal for high-power and HF applications. In addition, its life expectancy surpasses the standard expectations in the market, with prospects of up to 250w/h. Finally, its precision is outstanding, with ±2% accuracy rating for a 200w to 400w range.

Conclusion

The CPCF054K700JE66 is a type of through-hole resistor with high power rating and excellent stability and accuracy. It is widely used in Telecommunications and audio applications as it can provide very stable resistance in antennas, filters and impedance matching circuits and also in test equipment and high-frequency communications. Its resistance is mainly determined by its voltage-to-current ratio, with a ±2% accuracy rating in the 200w to 400w range.