PAM8106TVR High-Performance 10 W Stereo Class D Audio Amplifier

Diodes' simple low-EMC solution for medium-power audio-amplifier applications

Image of Diodes' PAM8106TVR High-Performance 10 W Stereo Class-D Audio AmplifierDiodes' PAM8106TVR is a 10 W per channel, stereo class-D audio amplifier offering low THD+N, low EMI, and high PSRR performance for high-quality sound reproduction. The 4.5 V to 15 V supply gives efficiency up to 92% to eliminate heat-sinking. Built-in spread spectrum modulation (SSM) technology enables it to use inexpensive ferrite beads as output filters while meeting EMC requirements for system cost reduction. PAM8106TVR integrates non-clipping power limit (NCPL) to automatically suppress output signal clipping which helps maintain low THD+N and protects the speakers from damage. The PAM8106TVR offers full protection against short circuit and thermal shutdown as well as undervoltage and DC input protection.

Features
  • Supports 4 Ω load-driving capability
    • Maximizes power output capability at low voltage rails
  • 4.5 V to 15 V supply voltage
    • Supports a wide range of power rails
  • Short circuit, UVLO thermal, and DC input protection
  • High SNR 90 dB, high PSRR 70 dB, up to 92% efficiency
    • High audio performance system
  • Built-in non-clipping power limit (NCPL) with SSM feature
    • Maximizes audio performance while protecting the system
  • W-QFN5050-32 (standard) package
Applications
  • Consumer audio equipment
    • LCD monitors / TVs
    • Home sound systems
    • DVD players
  • Portable audio
    • Boomboxes
    • Bluetooth speakers
  • Other audio equipment
    • Game machines
    • Docking stations
    • Music instruments

PAM8106TVR High-Performance 10 W Stereo Class D Audio Amplifier

ImageManufacturer Part NumberDescriptionVoltage - SupplyFeaturesAvailable QuantityPriceView Details
IC AMP CLASS D STER 10.4W 32QFNPAM8106TVRIC AMP CLASS D STER 10.4W 32QFN4.5V ~ 15VMute, Short-Circuit and Thermal Protection, Shutdown0 - ImmediateSee Page for PricingView Details
Published: 2018-05-22