CAD TMP-PX3002 CAD PX3002 300W x 2ch Power Amplifier

CAD PX3002 300W x 2ch Power Amplifier

$259.99
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CAD TMP-PX3002 CAD PX3002 300W x 2ch Power Amplifier

CAD PX3002 300W x 2ch Power Amplifier

$259.99

<p>The Astatic PX3002 is a professional 2-channel Class-D power amplifier designed for commercial installed </p>

<p>audio, portable sound systems, houses of worship, education, and corporate AV applications. Housed in an </p>

<p>ultra-compact 1U, 19-inch rackmount chassis, the PX3002 delivers high output power with excellent efficiency, </p>

<p>making it ideal for applications where rack space, heat management, and long-term reliability are critical. A </p>

<p>lightweight switch-mode power supply with soft-start minimizes inrush current while ensuring consistent </p>

<p>performance across demanding duty cycles. </p>

<p> </p>

<p>Engineered for flexibility, the PX3002 supports stereo, mono (parallel), and bridge modes, allowing system </p>

<p>designers to adapt the amplifier to a wide variety of speaker configurations. Integrated peak limiters, a </p>

<p>switchable 75 Hz low-cut filter, and selectable input sensitivity ensure clean, controlled output while protecting </p>

<p>connected loudspeakers. Comprehensive protection circuits—including DC fault, thermal, overload, and short-</p>

<p>circuit protection—make the PX3002 a dependable solution for permanently installed and mission-critical audio </p>

<p>systems. </p>

  • Professional 2-channel Class-D power amplifier
  • Ultra-compact 1U, 19-inch rackmount chassis
  • Stereo / Mono (Parallel) / Bridge operation modes
  • High-efficiency switch-mode power supply with soft-start
  • Peak limiter prevents clipping and speaker damage
  • Switchable 75 Hz low-cut filter (–24 dB/octave) for speaker protection
  • Selectable input sensitivity: 0.775 V / 1.0 V / 1.44 V
  • Balanced XLR inputs and loop-through XLR outputs for system daisy-chaining
  • Three Speakon® speaker outputs (CH-A, CH-B, Bridge)
  • Intelligent fan cooling with temperature-dependent speed control
  • Comprehensive protection circuitry:
  • DC fault
  • Over-temperature
  • Overload
  • Short-circuit
  • Ground lift switch to eliminate hum from ground loops

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