AC to DC Voltage Converter AC 12V to 5V 3A 15W
AC 10-26V/DC 10-40V Convert DC 5V 3A Max 15W Power Converter

Additional information
Additional information
Weight | 0.08 kg |
---|---|
Dimensions | 12 × 5 × 15 cm |

AC to DC Voltage Converter AC 12V to 5V 3A 15W
Description
Rugged AC to DC Converter for Tough Conditions
🔧 Built to Last – Indoors or Outdoors
This compact AC to DC converter features a fully sealed IP68 waterproof housing and flame-retardant ABS shell, built to endure temperatures from -20°C to +65°C. With over 50,000 hours of reliable operation, it’s ideal for automotive, marine, or outdoor applications.
⚙️ Efficient 5V Power You Can Rely On
Delivers a stable 5V output (±1%) from fluctuating 10–40V DC or 10–26V AC inputs. High-efficiency 92% peak performance and up to 3A continuous current make it perfect for powering sensors, cameras, and other demanding 5V devices.
🛡️ Comprehensive Safety Mechanisms
This converter doesn’t just deliver power—it defends your system with three layers of protection:
- Short-circuit shutdown
- Reverse polarity protection
- Thermal overload prevention
Additional built-in safeguards include a fast-acting 5A fuse and 600W TVS surge suppression to absorb voltage spikes. Automatic load sensing helps detect and respond to current overloads before they cause damage.
Detailed Specifications
Parameter | Value |
Input Voltage | 10–40V DC / 10–26V AC |
Output Voltage | 5V DC ±1% |
Maximum Output Current | 3A continuous, 3.5A peak |
Ripple & Noise | Less than 50mVp-p |
Typical Efficiency | 92% at full load |
Operating Temperature | -20°C to +65°C (derate >40°C) |
Storage Temperature | -40°C to +85°C |
Environmental Rating | IP68 sealed, V-0 flame retardant |
Connectors | Lever terminals (0.5–4mm² wires) |
Unit Dimensions | 78 × 45 × 30 mm (3.07” × 1.77” × 1.18”) |
đź§ Smart Engineering Inside
- Core Architecture: Employs a high-performance synchronous buck regulator (based on LM25116-Q1) that reduces switching loss and boosts power delivery efficiency.
- Thermal Optimization: Features a multilayer PCB with thick copper traces and heat-conducting vias to disperse heat efficiently.
- Certified Durability: Rigorously tested to automotive standards including ISO 16750-2 (vibration) and ISO 20653 (dust/water resistance).
🌡️ Adaptive Thermal Response
Equipped with real-time NTC thermal sensors, the system adjusts its output to prevent overheating—throttling at 75°C to avoid shutdown while maintaining performance. It also supports cold starts down to -40°C (optional pre-heat circuit available).
âś… Compliance & Warranty
- Insulation Rating: 1500V DC (non-isolated design)
- Certifications: Meets UL 60950-1 and EN 55032 Class B EMI standards for safety and electromagnetic compatibility.
- Warranty Coverage: Includes a 1-year manufacturer warranty and lifetime technical assistance.
🔌 Installation Guide
- Check Compatibility: Ensure your power source falls within the 10–40V DC or 10–26V AC range.
- Prepare Wiring: Strip 10mm of insulation from each 18–12 AWG wire.
- Connect Leads:
- Power In: Red (+)
- Output: Yellow (+5V), Black (GND)
- Secure Glands: Tighten included waterproof seals to prevent moisture ingress.
đź’ˇ Tip: For marine or solar applications, applying dielectric grease (not included) to the terminals enhances corrosion resistance.
Frequently Asked Questions
Q: Can this converter be connected directly to 220V AC?
⚠️ No. It requires a low-voltage AC or DC source (e.g., solar setup or automotive battery). You’ll need a step-down transformer for 220V AC sources.
Q: How do I know if my setup is within power limits?
➤ Add up all the device demands (5V × current). Example: 5V/2A for a camera and 5V/1A for a sensor = 15W total.
Q: Is it safe for use in medical or automotive electronics?
➤ Yes. EMI emissions are under 30dBμV at 3m, compliant with EN55032 Class B, making it suitable for sensitive environments.
Need help choosing or installing your voltage converter? Our team is here to support you—contact us anytime.
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