Enhance your tweeter performance with this BB7 crossover capacitor. Designed to block low frequencies from mid and high-range speakers, these bass blockers improve sound clarity and power handling. Perfect for audio enthusiasts and professionals looking to optimize tweeter performance.
Q: What is the crossover frequency of these capacitors?
A: These capacitors have a crossover frequency of 5.6KHz (4Ohm) - 2.8KHz (8Ohm).
Q: Are these crossover capacitors compatible with most vehicles?
A: Yes, these crossover capacitors are designed for universal vehicle compatibility.
Q: What is the capacitance of these crossover capacitors?
A: These crossover capacitors have a capacitance of 7uF.
Q: What is the power handling capacity of these crossover capacitors?
A: These crossover capacitors have a power handling capacity of 50W.
Q: How many crossover capacitors are included in the package?
A: This package includes two crossover capacitors.

Enhance your tweeter performance with this BB7 crossover capacitor. Designed to block low frequencies from mid and high-range speakers, these bass blockers improve sound clarity and power handling. Perfect for audio enthusiasts and professionals looking to optimize tweeter performance.

Enhance your speaker performance with this BB14 crossover capacitor. Designed to block low frequencies from mid and high-range speakers, these bass blockers improve sound clarity and power handling. Perfect for audio enthusiasts and professionals looking to optimize speaker performance.

Enhance your speaker performance with this BB33 crossover capacitor. Designed to block low frequencies from mid and high-range speakers, these bass blockers improve sound clarity and power handling. Perfect for audio enthusiasts and professionals looking to optimize speaker performance.

Enhance your speaker performance with this BB66 crossover capacitor. Designed to block low frequencies from mid and high-range speakers, these bass blockers improve sound clarity and power handling. Perfect for audio enthusiasts and professionals looking to optimize speaker performance.