MRX-M100 Mono Power Amplifier

Features and Specification


CEA-2006 Power Ratings
  • CEA-2006 Power Rating: 600W x 1 (4I?@14.4V Ƈ% THD+N, S/N: 75dBA, ref:1W into 4I?)
Max Power Output Ratings
  • Max Power: 1900W
RMS Power Ratings
  • Per channel into 4 Ohms: 600W x 1 (@14.4V Ƈ% THD+N, 20Hz - 200Hz)
  • Per channel into 2 Ohms: 1000W x 1 (@14.4V Ƈ% THD+N, 20Hz - 200Hz)
Sound Tuning
  • Crossover Frequency (LPF): 50-400Hz (-12dB/oct.)
  • EQ (Equalizer): Bass EQ (fc=50Hz), 0 to +12dB
  • Subsonic Filter: 5-30Hz (-24dB/oct.)
  • Foot Print (WxHxD) mm: 340mm x 58mm x 230mm
  • Foot Print (WxHxD) in: 13-3/8'' x 2-1/4'' x 9''
  • Heat Sink (WxHxD) mm: 280mm x 58mm x 230mm
  • Heat Sink (WxHxD) in: 11'' x 2-1/4'' x 9''
  • Power Requirements: 14.4V DC (11V to 16V)
  • Input Sensitivity (RCA Input): 0.2 - 4.0V (Rated power into 4I?)
  • Input Sensitivity (Speaker Level Input): 0.5 - 10V (Rated power into 4I?)
  • Input Impedance: > 10kI?
  • Frequency Response (+0, -3dB: 1W into 4 Ohms) for Subwoofer: 5-400Hz
  • Frequency Response (+0, -1dB: 1W into 4 Ohms) for Subwoofer: 10-300Hz
  • THD+N (10W into 4 Ohms) for Subwoofer: <0.004% (10W into 4I?)
  • THD+N (Rated Power into 4 Ohms) for Subwoofer: <0.04%
  • Damping Factor for Subwoofer: >1000 (10W into 4 ohms at 100Hz)
  • Signal to Noise (Rated Power into 4 Ohms) for Subwoofer: 117dB (IHF A weighted + AES17, Rated Power into 4 ohms)
  • Preamp Output: 4V (Max.)
  • Remote Level: 0 to -20dB (RUX-KNOB required)
  • Weight: 3.8kg

  • Terminal Layout: Two-Sided
  • Screw Mount / Wire Cover: Integrated Wire and Mounting Screw Terminals
  • Amplifier Type: Class-D (Digital)
  • Channel Design: 1 Channel (Mono)
  • Thermal Control: Thermal Management Control
  • Power Supply: DC-DC PWM Power Supply
  • Power Supply Design: MOSFET Power
  • Board Circuitry: S.T.A.R. Circuitry
  • Current Protection: Over-Current, Over-Voltage and Thermal Protection
  • Power Indicator: Top Mounted Blue LED Power Indicator
  • RCA Output: RCA Preout Connectors
  • Speaker-Level Inputs: Speaker Level Inputs
  • Crossover: Adjustable Low-Pass Filter
  • Final Outputs: Direct FET Output
  • Board Design: 6th Layer PC Board
  • Gain Control: Continuously Adjustable Gain Control
  • Bass Control: Remote Bass Control
  • Bass EQ: Variable Bass EQ
  • Subsonic Filter: Variable Subsonic Filter