Resistor with Passive Crossover.
As the power dissipated in a resistance increases, so does its temperature. As temperature increases, due to the strength of the pieces (as shown above). Since the resistance is heated, its ability to absorb the power is in jeopardy, and its value in the circuit is not expected. The resistors are heated and can burn a well known phenomenon. What is not well known is that the performance of high power resistors in or near its limit brings the sound effects to your music.
Since the resistance of a manufacturer has no control over the way in which a part is connected to the printed circuit board (PCB), or its orientation, proximity to other parts of the PCB, can not accurately predict at what stage of the circuit control to cause the resistance to go out of its allowed range. Discover the resistance of the photos below:
Reference data. Crossover
Related article Crossover
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