Photos of products are only visual illustrations, which may sometimes differ from the actual appearance of the products. However, this does not change the main parameters of these products.
This AC/DC converter operates at 4.8W, accepting an input voltage range of 85-305VAC and providing a stable output of 12VDC. It supports a wide input DC voltage range of 100-430VDC, making it versatile for various applications.
19,40 €
/
23 in stock
Estimated delivery time: 7-14 days
* Please note that delivery times may vary based on supplier availability and shipping location.
Quantity From | Price Per Item |
---|---|
1 | $16.16 |
2 | $10.20 |
4 | $9.73 |
Order in multiples of:
23 in stock
Introducing the AME5-512T277NZ: The Ultimate AC to DC Converter
The AME5-512T277NZ is a state-of-the-art AC to DC converter designed to meet a diverse range of power supply needs in both commercial and industrial applications. This compact and efficient device ensures reliable power conversion while maintaining high performance and safety standards. With a power output of 4.8W and a vast input voltage range of 85 to 305VAC, the AME5-512T277NZ stands out as a versatile solution for various power conversion challenges.
Key Features of the AME5-512T277NZ
- Robust Power Conversion: The AME5-512T277NZ is capable of converting AC voltage to a stable DC voltage output of 12VDC, making it suitable for a wide array of electronic applications.
- Flexible Input Voltage Range: With an input range of 85 to 305VAC, this converter accommodates a broad spectrum of power conditions, ensuring compatibility with different electrical systems.
- Output Voltage Flexibility: The output voltage can be adjusted from 100 to 430VDC, giving users the flexibility to tailor the device to specific needs and applications.
- Compact Design: The AME5-512T277NZ features a small footprint, making it easy to integrate into existing systems or to design into new equipment without compromising space.
- Efficiency and Reliability: Engineered for high efficiency, this converter operates effectively, minimizing energy loss and heat generation.
- Safety Features: Equipped with comprehensive protection mechanisms, the AME5-512T277NZ safeguards against over-voltage, over-current, and short-circuit scenarios, ensuring safe operation.
Applications of the AME5-512T277NZ
The versatility of the AME5-512T277NZ allows it to be utilized in various applications, including:
- Telecommunication Equipment: The AME5-512T277NZ is perfect for powering network devices where reliability is critical.
- Industrial Automation: Ideal for controlling machinery that requires a stable and efficient power supply.
- Consumer Electronics: Can be implemented in home appliances for safe and stable operation.
- Medical Devices: Essential for powering medical equipment that demands a continuous power supply with minimal maintenance.
- LED Lighting Systems: Excellent choice for converting the electrical supply to power LED lights efficiently.
Technical Specifications of the AME5-512T277NZ
Before making your decision, consider the detailed specifications of the AME5-512T277NZ:
- Input Voltage: 85 – 305 VAC
- Power Output: 4.8W
- Output Voltage: 12VDC
- Output Voltage Range: 100 – 430 VDC
- Operating Temperature: -40°C to +70°C
- MTBF: Greater than 300,000 hours
Why Choose the AME5-512T277NZ?
When considering a power supply solution, the AME5-512T277NZ is undoubtedly a superior choice. Here are several reasons why you should opt for this converter:
- Unmatched Quality: The AME series has earned a reputation for high quality and durability, ensuring long-lasting performance.
- Cost-Effective: With its efficiency boosts and extended lifespan, the AME5-512T277NZ delivers cost savings on energy and replacement over time.
- Ease of Integration: Compact and lightweight, this converter is straightforward to integrate into both new and existing systems.
- Comprehensive Support: Customers benefit from extensive technical support and documentation to facilitate seamless installation and operation.
Conclusion: Enhance Your Power Supply with the AME5-512T277NZ
In the world of power conversion, the AME5-512T277NZ distinguishes itself with its robust specifications, efficiency, and reliability. This exceptional converter caters to a variety of applications, ensuring that your devices receive the optimal power they need for smooth operation. Whether you are working with industrial automation, telecommunications, or consumer electronics, the AME5-512T277NZ is the ideal choice for your power supply needs.
Take the next step towards enhancing your power solutions by incorporating the AME5-512T277NZ into your systems today. Experience quality, efficiency, and reliability like never before! For more options, explore our range of products on the PCB AC-DC Converters category page.
Weight | 0,05322 kg |
---|---|
Manufacturer | |
Power | |
Output-voltage | |
Output-voltage-2 | |
Output-voltage-3 | |
Output-current | |
Supply-voltage | |
Mounting | |
Body-dimensions | |
Operating-temperature | |
Insulation-voltage | |
Protection | |
Efficiency | |
Manufacturer-series | |
Output-current-2 | |
Output-current-3 | |
Type-of-converter |

Shipping & Delivery
At Eselcom, we are committed to ensuring your orders are delivered with speed, security, and convenience. Our comprehensive shipping services are designed to provide peace of mind and reliability every step of the way.
- Fast and Flexible Options: We offer various shipping speeds to accommodate your schedule, including express delivery for time-sensitive orders.
- Real-Time Tracking: Stay informed with our seamless tracking system, giving you live updates on your shipment’s status from dispatch to delivery.
- Global Reach: With trusted logistics partners, we deliver to customers worldwide, making sure your components arrive safely and on time.
- Secure Packaging: We ensure every order is carefully packed to prevent damage during transit, so your products reach you in perfect condition.
Trust Eselcom to deliver quality products right to your door, on time and with care.
Reviews
Clear filtersThere are no reviews yet.