2-Way 250W 2500-3000Hz Frequency DIY Speaker Filter Circuit Home T Stereo Audio Croover FiltersFeature:1. Adjustable Low and High Frequencies:With a in series and parallel, respectively, this speaker croover allows you to adjust the low and high frequencies to your preferences. The also limits the level of ul-low frequency that can pa through.2. Smooth and Clean Sound:This speaker croover includes an additional that enhances the smoothne of the low-frequency response. As a result, it is ideal for reproducing natural vocal and string sounds without any dullne. You'll love its clean, crisp sound quality when used in small rooms like bedrooms, offices, or tea rooms.3. Versatile Adjustable Switches:Unlike conventional croovers, this one features adjustable switches for both high and low frequencies. It allows you to adjust the croover point to suit your specific needs, ing it ideal for a wide range of speakers.4. High-Temperature Resistance:Equipped with a large 41mm core inductor, this speaker croover provides maximum fidelity and authenticity in sound reproduction. The induction is held in p by specialized heat-resistant adhesive to prevent any unwanted resonance.5. Hale-Free Wiring:The speaker croover features a simple and easy-to-use plug-and-play design, eliminating the need for complex . Just loosen the screws, insert the croover wire, and you're ready to go. It's perfect for novice users who want an easy-to-install and convenient solution.Specification:Model: 204Power: 250WFrequency division point: between 2500~3000Hz, with 4 adjustable frequency points through two switches. Suested for use with 3-8 inch ba speakersImpedance: 4-8 sFilter thermal performance: 1 high, 1 low binary frequencyApplication scenario: Study, bedroom, tea room, office audio modification and upgradingSize: 112 * 62 * 26mm/4.40 * 2.44 * 1.02inchNet weight: 146g/piece
Note:Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!Please allow 1-2cm measuring deviation due to manual measurement.
1 x Frequency