Inspired by the LR Baggs Handcrafted Video Sessions and their experience in some of Nashville's great studios, the Align Session brings the studio sound to your live rig. Session circuitry enhances your acoustic pickup and imparts the rich sonic character that you'd expect from an experienced audio engineer using some of the world's finest studio gear. LR Baggs captured this studio magic and put it into a compact, easy-to-use acoustic pedal that will transform your live sound. More Often used by studio engineers in post-production, saturation adds warmth, dimension, and pleasing harmonics while smoothing the signal for an enhanced mix. The Session's proprietary saturation is voiced specifically for the acoustic guitar and transports studio analog warmth and inspiring playability to the stage. Unlike standard compression that can squash the entire range of your signal, the Session's Comp EQ features 3 narrowly focused bands of compression that tame common problematic frequencies and uncover the voice of your guitar. The low, mid, and high frequency compressors are essentially "touch-sensitive" EQs that respond in real-time to your dynamics. The harder you strum, the more they compress and vice versa. Features Analog saturation enhances warmth and harmonic content Compression / EQ smoothes out common problem frequencies Adjustable gain for both passive and active pickups 9V battery, or 9V DC powering options Engage footswitch for affected signal or true bypass Volume level control 1/4" output Specs 1/4” INPUT Input Impedance: 5.1 Megohms Preamp Gain: -14dB to +20dB Input Level: -25dBv to +2dBv (0.056Vrms to 1.273Vrms) LINE OUTPUT Output Level: -5dBv (0.566Vrms) Unbalanced Output Impedance: 220 Ohms POWER DC Power Consumption: 24mW Max at 9V DC Current Draw: 2.5mA Voltage Range: 7.5VDC – 12VDC Power Supply: 9VDC with 100mA minimum *IMPORTANT: polarity Pos (+) on outside, Gnd (-) on center 9V Battery Life: 200 hours Signal to Noise: 90dB, Unweighted PHYSICAL CHARACTERISTICS 0.85 Lbs, 5” Length x 3.25” Width x 2” Depth
