Communications Products

NKA 160515 – 5V / 1.5A SMPS Adapter

Optimized 1.5A Output for Enhanced 5V Loads

With a current capacity of 1.5A, the NKA 160515 is perfect for more demanding 5V applications—such as advanced networking devices or higher-powered IoT deployments. Its wide 100–300 V AC input tolerance, natural convection cooling, and fold-back protectiondeliver reliability and efficiency in a minimal form factor.

Key Specifications

Nominal Voltage: 230 Vac

Range: 100–300 Vac

Frequency: 50 Hz

Efficiency: ~80%

Voltage: 5V (4.5–5.5 V)

Current: 1.5A

Ripple & Noise: Max 75 mV / Max 2 mV

Over Voltage Protection: 6.1 V, fold-back

Overload: Automatic fold-back and recovery

Short Circuit: Hiccup mode, resumes on fault removal

Over Temperature: Shuts down till cooler levels are reached

Mount Type: 2/3 Pin Wall Mountable

DC Cable: ~1.5 m

Dimensions: 75 × 52 × 34 mm


Product Highlights & Benefits

Mid-Range Current: 1.5A capacity for devices needing a bit more power headroom.

Efficient SMPS Design: High-frequency switching, over 80% efficiency, minimal heat generation.

Wide Input Capability: Consistent performance from 100 to 300 V AC.

Rugged & Reliable: Overload, short-circuit, and thermal safeguards to protect electronics.


Detailed Features / Technical Details

Maintains stable 5V ± (4.5–5.5 V range) across different load conditions, ensuring device integrity.

Overload: Fold-back for safe, automatic recovery.

Short Circuit: Hiccup mode for device and system protection.

Thermal Overrun: Power supply shuts down at unsafe temperatures, restarts automatically.

Compact plastic enclosure suits quick wall installations.

Convection-cooled for noise-free operation.

Meets relevant IEC61000 EMI/EMC criteria.

Isolation: 1.5 kVac to safeguard users and connected equipment.

Slightly heavier-load 5V electronics (larger routers, IP cameras, small displays)

Smart home hubs, security sensors, or embedded systems needing consistent 1.5A supply

Lab or office environments with moderate-power 5V needs

Looking for a stable 1.5A 5V supply?