2‑Channel Analog Power Amplifier 2×100W, Rack‑Mount Professional Audio Amp For Stage KTV Home Speaker System

2‑Channel Analog Power Amplifier 2×100W, Rack‑Mount Professional Audio Amp For Stage KTV Home Speaker System

Professional 2‑channel analog power amplifier 2×100W output. Low total harmonic distortion<0.05%, intermodulation distortion<0.04%. Frequency response 20Hz‑20KHz. Support stereo /bridge/parallel mode, XLR input, terminal block output, power supply 185‑240V 50/60Hz. Suitable for stage, KTV, home audio speaker system. OEM logo custom available.

Product Details

This 2‑channel rack‑mount analog power amplifier delivers 2×100W stable output, adopts high‑performance audio circuit to achieve ultra‑low distortion performance. Total harmonic distortion<0.05%, intermodulation distortion<0.04%, flat frequency response 20Hz‑20KHz(<±0.1dB). Supports three working modes: stereo, bridge, parallel. Equipped with XLR male & female balanced input sockets, output terminals include Speakon / binding post. Minimum load impedance>4Ω, high damping coefficient ≥300Ω ensures excellent speaker driving capability. Input impedance:10KΩ unbalanced,20KΩ balanced, input sensitivity 0.5‑1.44VdBV, slew rate ≥40V/us. Wide power supply 185‑240V 50/60Hz. It is widely used for KTV, bar, stage performance, conference room and home audio system. OEM & logo customization service is available.

‑ Product Model: 2‑Channel Analog Power Amplifier

‑ Output Power: 2×100W

‑ Total Harmonic Distortion: <0.05%

‑ Intermodulation Distortion: <0.04%

‑ Frequency Response: 20HZ‑20KHZ,<±0.1dB

‑ Slew Rate: ≥40V/us

‑ Input Impedance: 10KΩ(unbalanced), 20KΩ(balanced)

‑ Damping Coefficient: ≥300Ω

‑ Input Sensitivity: 0.5‑1.44VdBV

‑ Input Interface: XLR male & female socket

‑ Output Interface: Speakon / Binding post

‑ Minimum Load Impedance: >4Ω

‑ Working Mode: Stereo / Bridge / Parallel

‑ Power Supply: 185‑240V 50/60HZ

‑ Feature: Rack‑mount design, OEM logo customizable

‑ Application: Stage, KTV, bar, conference room, home audio speaker system