Dayton Audio 3.5k-LPF-4 Low Pass Speaker Crossover 3.500 Hz 12 dB/Octave

This 2nd order (i.e. 12 dB per octave) low pass Linkwitz-Riley filter from Dayton Audio passes frequencies below 3.500 Hz and can easily be combined with other filters in this series to create 2-way or even 3-way crossover networks. Designed for use with 4 ohm drivers. Mounts to our 5 X 7 blank terminal plate (part # 260-110).

Key Features:

• High quality air core inductors in series with the driver
• High quality components are securely fastened to PCB
• Frequencies can be staggered or overlapped for desired response
• High quality red PC board with EVA backing to prevent shorts and vibration
• Dual 0.205 terminals at each connection point for easy parallel wiring

Dayton Audio 3.5k-LPF-4 Low Pass Speaker Crossover 3.500 Hz 12 dB/Octave

Dayton Audio’s premium inline passive filters make it easy to limit a driver’s frequency response to a specific desired bandwidth. By using combinations of these filters you can create complete 2-way or 3-way crossovers. The components used in each of these are the same high quality you have come to expect from Dayton Audio.

This 12dB/octave 3.500 Hz low pass filter can be combined with our 3.500 Hz high pass for a 2nd order Linkwitz-Riley crossover. which sums for flat transfer function across the crossover frequency. In addition. you can stagger or overlap filter frequencies to overcome peaks and dips in individual drivers’ frequency response to create crossovers that acoustically sum flat across the crossover point.
Mounts to our 5 X 7 blank terminal plate .

Specifications:
Type: Low Pass Filter
Frequency: 3.500 Hz
Impedance: 4 ohms
Dimension: 3.93 x 2.36 (100 mm x 60 mm)
Power handling: 250 watts
Series inductor value: 0.36 mH
Parallel capacitor value: 5.7 ??F

Product Details

BrandDayton AudioModel3.5k-LPF-4Part Number260-1888UPC848791004346Unit of MeasureEachWeight0.25

Product Specifications

ConfigurationAssembled Board OnlyCrossover TypeLow Pass

• Highly Recommended.
• Classic design.
• Top quality.