DD Audio 4-Channel Summing 10V Max Output Active Pre-Amp Signal Converter SC4a
High-Quality Signal Conversion: Offers precise conversion from speaker-level to low-level RCA output. Easy Installation and Compatibility: Features like input summing and detachable terminals simplify setup in various systems. Optimal Noise Reduction: Differential-balanced inputs ensure reduced noise for clearer sound. Versatile Adjustability: Independent variable gains and selectable ground isolation offer customizable setup options. Durable and Reliable Design: Constructed with a robust aluminum chassis and high-quality FR4 PCB. DD Audio 4-Channel Summing 10V Max Output Active Pre-Amp Signal Converter SC4a This Listing Includes: (1) DD Audio SC4a 4-Channel Active Pre-Amp Signal Converter The SC4a from DD Audio is a premium quality 4-channel line output signal converter designed for optimal integration with OEM systems. It features a robust metal chassis and offers a range of installer-friendly features such as input summing, selectable ground isolation, and signal sense turn-on. Its compatibility with most load detect systems makes it a versatile choice for various installations. Specifications: Operating Voltage: 10 - 16 Input Channel(s): 4 x Speaker-Level Output Channel(s): 4 x Low-Level RCA Max Current Draw: 110mA High-Level Input Voltage Sensitivity: 2 - 20 RCA Output Voltage: 10 RCA Input Impedance: 180 RCA Input S/N: > 95dB Frequency Response: 10 ~ 50k Hz Remote Out Current: 12V >500mA Dimensions (Inches): 3.8 x 4 x 1 Dimensions (MM): 98 x 104 x 25 Shipping Weight: 1 Lb Features: Input Summing for simplified integration Differential-Balanced Inputs for noise reduction Independent Variable Gains for precise control Selectable Ground Isolation to minimize ground loop issues Signal Sense Turn on (RCA and High Level) for convenience Double Power Supply for enhanced stability Detachable Power and Speaker Input Terminals for easy installation FR4 PCB and Aluminum Chassis for durability OEM Load Detect Compatible for broad system compatibility