소리전자 애쉴리 Ashly XR1001 2웨이 스테레오 2웨이 모노 아날로그 크로스오버

Ashly Xr1001. Ashly XR1001/XR2001 Crossovers Ashly XR1001 2-Way Stereo or 3-Way Mono Crossover with 24dB/Octave Filters Ashly GQ131 one third octave 31 band graphic equalizer around 2015 - black

Ashly XR-1001 Crossover [XR1001] - Crossovers: The XR-1001 Crossover is based upon a powerful state-variable filter circuit guaranteeing that two adjacent frequency band outputs always remain in phase As with all models in the XR Series, a recessed switch on the front panel with LED indicator allows for either normal or divide by ten frequency selection.

Crossover ashly xr1001 cốt cơ bãi Mỹ made in usa đẹp xuất sắc YouTube

Conservative design and an unusually thorough procedure for quality control have earned Ashly. A high-quality stereo 2-way or mono 3-way crossover, Ashly's XR1001 offers 24 dB per octave filter slopes, variable filter response, XLR or 1/4" connections, a hi-pass filter, and extra wide tuning range Like other Ashly products, your crossover features low noise and distortion, active balanced inputs, a peak level indicator, a precision regulated power supply, protection against abnormal input or output conditions, and rugged mechanical construction

Ashly XR1001 Crossover XR1001 B&H Photo Video. A premium stereo 2-way or mono 3-way crossover, Ashly's XR1001 offers 24 dB per octave filter slopes, variable filter response, XLR or 1/4 connections, a hi-pass filter, and extra wide tuning range 847 Holt Road, Webster, NY 14580-9103 Toll Free (800) 828-6308, Telephone (585) 872-0010, FAX (585) 872-0739 www.ashly.com All Trademarks referred to herein, are the property of their respective owners

Crossover ashly xr1001 2001 hàng bãi made in USA YouTube. A high-quality stereo 2-way or mono 3-way crossover, Ashly's XR1001 offers 24 dB per octave filter slopes, variable filter response, XLR or 1/4" connections, a hi-pass filter, and extra wide tuning range As with all models in the XR Series, a recessed switch on the front panel with LED indicator allows for either normal or divide by ten frequency selection.