TacT Audio M/S - 2150 X

Contents

Main Page WARNING CAUTION Page Registration Acknowledgments Table of contents Unpacking the M/S-2150 X Introduction Dynamic Room Correction Why do we call it Dynamic Room Correction (DRC)? Th Why do we need Dynamic Room Correction (DRC)? Page How does it work? What is the purpose of the computer interface? After target curve modification is made how long does it take for the new correction to be engaged? M/S-2150 X Connections Page Page Page Page Page Front Panel Controls Remote Control Page Front Panel Display CRO:>BP * EQ: BP * RCS:>BP * EQ: BP * DRC:> 1 * EQ: BP * Page LEFT RIGHT 0.00 0.00 msec LEFT RIGHT 0.0 0.0 dB Page RCS 1: Corr #1 1: Corr #1 MEASUREMENT CH: D1 SELECT CH: D1 CRO: Bypass 1: Preset #1 EDIT PAREQ PRESET: BP PR: 1 LEFT RIGHT LF LEV FR OCT 1 -12.2 1400 0.29 RF LEV FR OCT 1 -12.2 1400 0.29 MAXLEV DTHR WH +12.0 -6.0 dB 5 CURRENT MODE: CRO CRO RCS RCS-SUB Display Timeout OFF OFF ON REMOTE CONTROL: ON OFF BAUD RATE: 57600 CONTROL: NORMAL Current Address: 1 ADDRESS: 1 GAIN IN 2: HIGH LOW HIGH M/S 2150 : LOCKED PASSWORD : 0000 SET TRIGGER INPUT: OFF OFF ON DIGITAL GAIN 12 dB Tact M/S-2150 X Software Page Specifications Page INTRODUCTION H()2 = 1 / (1 + (/c)2N) CRO: Bypass 1: Preset #1 EDIT Entering CRO Package Page Editing Filters Continued Measurement Samples Page Page Page Page Page Page Subwoofer COR Application Horizontal Bi-Amplification Page Page Page Vertical bi-amplification OUTPUT: L R SOURCE: L L * OUTPUT: L R SOURCE: R R * Page Page Page Two-Way Loudspeaker System Example 3 Horizontal bi-amplification Page Example 3