Shop By
Price
  1.  
    12
    171
Cutoff frequencie (2)
  1.  
    0 Hz
    7000 Hz
Cutoff frequency
  1.  
    0 Hz
    8000 Hz
Nominal power handling
  1.  
    0 W
    500 W
Weight
  1.  
    0.0 kg
    1.5 kg

Crossovers

Filtering is very important in a system, a complex filtering is not necessarily synonymous with quality. It is possible to combine active filter and passive filter in one system.

There are two types of passive filters:
- High Pass: the frequencies are removed below. For example a high pass at 2000 Hz passes frequencies above 2000 Hz,
- lowpass: frequencies above is removed from. For example a low pass at 2000 Hz passes frequencies below 2000 Hz

The 2-way crossover is comprised of a qualified filter module for "high pass" (high-pass filter) and a qualified filter module of "going down" (low pass filter). The cutoff frequencies of the two filters modules are generally identical.

3-way passive filters (and more) are composed of multiple filter modules "high pass" and "low-pass", the medium channel (center) composed of a high-pass and low-pass is called " bandpass "(band-pass filter). The filter module "band-pass" is nothing more than the combination of a filter "High Pass" filter and a "low pass".Moreover, the operational amplifiers generate noise. Historically, the first discrete filters ROE (+ RC circuit operational amplifier) appeared in the mid sixties. It should nevertheless expect the seventies, with the first commercial integrated circuit (HIC and DIP) to be revealed the economic interest of this type of filter.

Items 17 to 24 of 116 total

per page
Set Descending Direction
Page:
  1. 1
  2. 2
  3. 3
  4. 4
  5. 5
  6. 6
  7. 7
  8. 8
  9. 9
  10. 10
  11. 11
  12. 12
  13. 13
  14. 14
  15. 15


B&C Speakers
FI-FB12CXT

66.22 IT/piece
In stock
2-way crossover for B&C Speakers 12CXT, 1800 Hz, 6/12 dB/octave FB12CXT
2-way crossover for B&C Speakers 12CXT, 1800 Hz, 6/12 dB/octave
FB12CXT
FB12CXT

Ciare
FI-CF300

51.03 IT/pair
In stock
Pair of 3-way crossover, 1000/6000 Hz, 4 ohm, 85 x 130 mm CF300
Pair of 3-way crossover, 1000/6000 Hz, 4 ohm, 85 x 130 mm

Radian
FI-6CRF5130-XO

76.53 IT/piece
In stock
2-way crossover for Radian for 6CRF5130 and 6CRS5130-R 6CRF5130-XO
2-way crossover for Radian for 6CRF5130 and 6CRS5130-R

Ciare
FI-HF202

51.84 IT/pair
In stock
Pair of 2-way crossover, 150 Hz 6 dB/octave, 8 ohm, 70 x 80 mm HF202
Pair of 2-way crossover, 150 Hz 6 dB/octave, 8 ohm, 70 x 80 mm

Radian
FI-324/1152

164.00 IT/piece
In stock
Crossover for Radian 5215B in 16 ohm version, with passive/bi-amp switch, also replacement in RMW-1152 and APEX-1500 324/1152
Crossover for Radian 5215B in 16 ohm version, with passive/bi-amp switch, also replacement in RMW-1152 and APEX-1500

For use with the 5215B-16 coaxial driver. Crossover includes passive/bi-amp switch. Replacement Crossover for: RMW-1152 and APEX-1500. Crossed over at 1500Hz. 12dB per octave slope.

Ciare
FI-PF203

80.19 IT/pair
In stock
Pair of 2-way crossover, 2000 Hz 12 dB/octave, 8 ohm, 80 x 120 mm PF203
Pair of 2-way crossover, 2000 Hz 12 dB/octave, 8 ohm, 80 x 120 mm

Visaton
FI-HW 3/80-8

37.05 IT/piece
In stock
3-way crossover Visaton HW 3/80, 8 ohm, 1600 / 6000 Hz HW 3/80 NG - 8 OHM
8 ohm
3-way crossover Visaton HW 3/80, 8 ohm, 1600 / 6000 Hz

Rated power 100 W Maximum power 160 W Nominal impedance Z 8 Ohm Skirt selectivity 16 dB / 6 dB / Okt. Turn-over frequency 1600 / 6000 Hz Dimensions 100 x 150 mm

5406
5406

Ciare
FI-PF210

59.13 IT/pair
In stock
Pair of 2-way crossover, 5000 Hz 12 dB/octave, 4 ohm low pass, 8 ohm high pass, 80 x 120 mm PF210
Pair of 2-way crossover, 5000 Hz 12 dB/octave, 4 ohm low pass, 8 ohm high pass, 80 x 120 mm

Items 17 to 24 of 116 total

per page
Set Descending Direction
Page:
  1. 1
  2. 2
  3. 3
  4. 4
  5. 5
  6. 6
  7. 7
  8. 8
  9. 9
  10. 10
  11. 11
  12. 12
  13. 13
  14. 14
  15. 15



This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies. Find out more here.
x
This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies. Find out more here.
x