Nothing says "American Made" like rock 'n roll or blues. And nothing says "Classic" tone like the Patriot™ Series of guitar amp speakers from Eminence. Made in the U.S.A. for stand-up volume and reliable rockin' clarity. Seven-year manufacturer's warranty. Nice warm, fat tone with a little top end bite and clarity. Very touch-sensitive with a hint of British flavor. Copper voice coil on polyimide former, ceramic ferrite magnet, pressed steel basket, paper cone. Specifications: *Power handling: 150 watts RMS *VCdia: 2" *Impedance: 4 ohms *Frequency range: 70-4,200 Hz *SPL: 99 dB *Dimensions: A: 12.02", B: 10.97", C: 5.1".

The Eminence PSD:3006-8 8 ohm 2" horn driver features a geodesic titanium dome design for increased strength and stiffness. Ideal for high-power, high-output professional sound reinforcement applications. Replacement diaphragm available. Specifications: *Power handling: 80 watts RMS (AES500 specification with x-over >500 Hz, exc. 24 dB/octave), 115 watts RMS (AES800 specification with 800 Hz x-over  12 dB/octave) *Impedance: 8 ohms *Frequency range: 500-18,000Hz *Sensitivity: 111.4 dB (1W/1m across 500 Hz-18 kHz) Magnet weight: 80 oz *Dimensions: 7.9" diameter x 3.1" depth.

Replacement diaphragm for Eminence PSD:3006 8 ohm titanium compression drivers.

Eminence px cabinet-ready crossovers feature advanced circuit design to both preserve the crossover and your HF drivers. A common crossover problem is L-pad failure brought about by winding burnout when maximum attenuation is prolonged. Full attenuation concentrates the maximum voltage drop in a small winding area - a potentially damaging state even with high-power L-pad devices. In px crossovers, current is limited when the high frequency level control is set to '0' on its scale (±9 dB attenuation). A secondary benefit of the design is to form a voltage divider across the high frequency driver. The high-pass protection uses custom-built aerospace lamps. The tungsten filaments effectively track the program material, dynamically maintaining a safe maximum current level to the high frequency driver without introducing distortion. This circuitry provides smooth 3:1 analog compression during input overload conditions over 250 watts RMS. At full drive level approaching clipping, the electrical attenuation to the protected high frequency driver is -4.5 dB. In every way, Eminence px crossovers are a technically superior product. For use with 8 ohm drivers.

Eminence px cabinet-ready crossovers feature advanced circuit design to both preserve the crossover and your HF drivers. A common crossover problem is L-pad failure brought about by winding burnout when maximum attenuation is prolonged. Full attenuation concentrates the maximum voltage drop in a small winding area - a potentially damaging state even with high-power L-pad devices. In px crossovers, current is limited when the high frequency level control is set to '0' on its scale (±9 dB attenuation). A secondary benefit of the design is to form a voltage divider across the high frequency driver. The high-pass protection uses custom-built aerospace lamps. The tungsten filaments effectively track the program material, dynamically maintaining a safe maximum current level to the high frequency driver without introducing distortion. This circuitry provides smooth 3:1 analog compression during input overload conditions over 250 watts RMS. At full drive level approaching clipping, the electrical attenuation to the protected high frequency driver is -4.5 dB. In every way, Eminence px crossovers are a technically superior product. For use with 8 ohm drivers.

Eminence px cabinet-ready crossovers feature advanced circuit design to both preserve the crossover and your HF drivers. A common crossover problem is L-pad failure brought about by winding burnout when maximum attenuation is prolonged. Full attenuation concentrates the maximum voltage drop in a small winding area - a potentially damaging state even with high-power L-pad devices. In px crossovers, current is limited when the high frequency level control is set to '0' on its scale (±9 dB attenuation). A secondary benefit of the design is to form a voltage divider across the high frequency driver. The high-pass protection uses custom-built aerospace lamps. The tungsten filaments effectively track the program material, dynamically maintaining a safe maximum current level to the high frequency driver without introducing distortion. This circuitry provides smooth 3:1 analog compression during input overload conditions over 250 watts RMS. At full drive level approaching clipping, the electrical attenuation to the protected high frequency driver is -4.5 dB. In every way, Eminence px crossovers are a technically superior product. For use with 8 ohm drivers.

Eminence px cabinet-ready crossovers feature advanced circuit design to both preserve the crossover and your HF drivers. A common crossover problem is L-pad failure brought about by winding burnout when maximum attenuation is prolonged. Full attenuation concentrates the maximum voltage drop in a small winding area - a potentially damaging state even with high-power L-pad devices. In px crossovers, current is limited when the high frequency level control is set to '0' on its scale (±9 dB attenuation). A secondary benefit of the design is to form a voltage divider across the high frequency driver. The high-pass protection uses custom-built aerospace lamps. The tungsten filaments effectively track the program material, dynamically maintaining a safe maximum current level to the high frequency driver without introducing distortion. This circuitry provides smooth 3:1 analog compression during input overload conditions over 250 watts RMS. At full drive level approaching clipping, the electrical attenuation to the protected high frequency driver is -4.5 dB. In every way, Eminence px crossovers are a technically superior product. For use with 8 ohm drivers.

Eminence pxb board-only crossovers are a lower cost alternative to the "cabinet ready" models and are targeted specifically for custom cabinet projects as they do not include the terminal cup, input connectors, or L-pad found on the "cabinet ready" models. They feature advanced circuit design to both preserve the crossover and your drivers. A benefit of the design is to form a voltage divider across the high frequency driver. The high-pass protection uses custom-built aerospace lamps. The tungsten filaments effectively track the program material, dynamically maintaining a safe maximum current level to the high frequency driver without introducing distortion. This circuitry provides smooth 3:1 analog compression during input overload conditions over 250 watts RMS. At full drive level approaching clipping, the electrical attenuation to the protected high frequency driver is -4.5 dB. In every way, Eminence pxb crossovers are a technically superior product. For use with 8 ohm drivers.