Audio / Video

Radio_Audio Power Adapters

Low-Noise Power Adapters for AV Equipment

Universal Input: 100-240Vac, 50/60Hz.
Product Type: Wall-Mounted, Desktop.
Output Power: 1W-96W.
Voltage Coverage: 9V, 18V and etc.
AC Plug: US, EU, UK, AU, JP, KR, AR, BR, IN and etc
Protection: SCP, OVP, OCP, OTP.
Global Certifications: CE, UL, cUL, FCC, UKCA, SAA, RCM, C-tick, GS, PSE, KC, KCC, S-mark, BIS, CCC, CB and etc.

Refuse the interference of noise that ruins your high-fidelity music or movie experience. AiecoPower power adapters are engineered with advanced EMI Suppression Technology, which has been recognized by international laboratories for exceptional Electromagnetic Interference (EMI) prevention. By minimizing electrical noise and ensuring strict EMC compliance, our adapters deliver clean, stable power, guaranteeing an uninterrupted audio-visual experience and superior sound quality for your sensitive AV equipment.

Why Professional A/V Systems Require Precision Power

Introduction: In the world of high-fidelity audio and professional broadcasting, the power supply is the foundation of signal integrity. AiecoPower adapters are engineered specifically to eliminate the common pitfalls of standard switching power supplies.

1. Ultra-Low Ripple & Noise (<100mVp-p)

 

  • The Problem: High ripple causes audible “humming” in speakers and “banding” in high-definition video feeds.

  • Our Solution: We utilize multi-stage filtering and high-quality Japanese/Taiwanese capacitors to keep ripple and noise levels strictly under 100mVp-p (oscilloscope verified). This ensures a high Signal-to-Noise Ratio (SNR), allowing your equipment to deliver pure, uncolored sound and crystal-clear imagery.

2. Advanced EMC & EMI Compliance

 

  • The Problem: Electromagnetic interference from a poorly shielded adapter can disrupt wireless microphones, mixers, and sensitive signal processors.

  • Our Solution: Our A/V power series features enhanced shielding and optimized PCB layouts that meet FCC Part 15 Class B and EN55032 standards. We minimize electromagnetic leakage to ensure zero interference with your signal chain, even in crowded equipment racks.

3. DOE Level VI Efficiency & Thermal Management

 

  • The Problem: A/V equipment is often housed in confined racks with limited airflow. Overheating leads to voltage instability and shortened component life.

  • Our Solution: By achieving DOE Level VI energy efficiency, our adapters convert more power with less heat dissipation. This “Cool Running” design ensures stable 24/7 operation in professional environments, significantly extending the MTBF (Mean Time Between Failures) of both the adapter and your connected devices.

Why Professional A/V Systems Require Precision Power

In the world of high-fidelity audio and professional broadcasting, the power supply is the foundation of signal integrity. Our adapters are engineered to eliminate common pitfalls.

Ultra-Low Ripple & Noise

High ripple causes audible "humming" and video "banding." We keep levels under 100mVp-p using multi-stage filtering, ensuring a superior Signal-to-Noise Ratio (SNR) for pure sound and images.

Advanced EMC/EMI Compliance

Signal interference disrupts sensitive processors. Our A/V series meets FCC Part 15 Class B and EN55032 standards, featuring enhanced shielding to ensure zero interference in crowded racks.

High Efficiency & Cool Running

Designed for confined rack spaces, our DOE Level VI adapters minimize heat dissipation. This "Cool Running" design extends component lifespan and ensures 24/7 stable operation.

Testing the Signal-to-Noise Ratio in your lab? Request a Testing Sample

F.A.Q.

Answer: Low-noise ripple ensures a clean power signal, preventing audible hum or interference, which is critical for maintaining the clarity and quality of high-fidelity sound output.

Answer: Certified supplies provide precise, stable voltage regulation, preventing signal dropouts and color distortion, which is vital for accurate image reproduction in professional A/V workflows.

Answer: Effective thermal regulation prevents overheating and throttling of the adapter, ensuring a consistent power flow for uninterrupted, long-duration video streaming and playback.

Answer: Switching adapters are generally smaller and more efficient, but linear adapters are often favored by audiophiles for their potentially lower electronic noise and better rejection of AC line interference.

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