3-Way High Mid Low Crossover Network 800W Speaker Filter Adjustable Wiring

800W Tri-Band Speaker Crossover Network 3-Way High Mid Low Frequency Filter   	Features:   	1. High Mid Low Three-Way Frequency Splitting: This high mid bass crossover provides passive crossover network signal division across three bands, routing high, mid, and bass frequencies to dedicated speaker drivers for accurate multi-way speaker system performance.   	2. Switchable Crossover Band Adjustment: The adjustable crossover point  on this high mid low frequency divider board offers two selectable positions per crossover band, allowing users to optimize frequency boundaries for their specific speaker driver pairing.   	3. Wound Copper Inductor For Bass Filtering: The high-power inductor coil in this audio crossover board is wound with copper wire for low resistance, providing effective inductive filtering that directs low-frequency content to the woofer with minimal signal loss.   	4. Audio-Optimized Capacitor For Band Accuracy: The audio-grade capacitor crossover components within this speaker frequency divider are selected for audio signal accuracy, supporting well-defined band transitions between the high, mid, and bass frequency output channels.   	5. Solder-Free Wiring For Accessible Setup: The solder-free terminal speaker crossover supports 4-8Ω impedance crossover speaker configurations and provides labeled screw terminals for straightforward, repeatable wire connections in audio enthusiast speaker builder applications. Specification:  	Name: 3803 frequency divider   	Frequency division: 1 high, 1 medium, 1 low (three-way frequency)   	Power: 800W (peak)   	Size: 198x150x48 (mm)   	Net weight: about 764g   	Bass/midrange: 780Hz (midrange loud L) /830Hz (midrange quiet S)   	Mid/treble: 5300Hz (treble loud L) /5500Hz (treble quiet S)   	Applicable impedance: 4 -8Ω   	Wiring method: solder-free terminal    	Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color shown in the images. Thank you! Please allow a 1-2 cm difference in measurements due to manual measuring.