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New Design High Voltage Reducer 36V 48V 60V 72V 84V 96V 110V 120v to 12v 10a 20a Step Down Dc Converter
Product Description
New Design High Voltage Reducer DC Converter
This DC/DC converter is a high-efficiency voltage regulator designed to effectively output a fixed voltage after converting input sources. These converters are essential components in modern power management, categorized into Boost, Buck, and Boost & Buck types.
Key Control Features:
- PWM Control: High efficiency with excellent output voltage ripple and noise suppression.
- PFM Control: Low power consumption during long-term use, especially under small loads.
- Automatic Switching: Seamlessly transitions between PFM and PWM based on load demands for optimized performance.
Custom Power Solutions
We specialize in providing personalized, efficient, and cost-effective power supply solutions. Whether you require isolated or non-isolated designs, our technical team can meet specific requirements ranging from 1V to 1000V DC and 1A to 1000A.
Technical Specifications
| Parameter | Details |
|---|---|
| Type | Non-isolated / Isolated Options |
| Input Voltage | 36V 48V 60V 72V 84V 96V 110V 120V (Model Dependent) |
| Output Voltage | 12V (Standard) / Customizable 1V-1000V |
| Output Current | 10A / 20A / Customizable up to 1000A |
| Shell Material | High-grade Aluminum |
| Waterproof Level | IP67 |
Model Availability List
| Category | Input Range | Output Voltage | Current Options |
|---|---|---|---|
| DC-DC Boost | 12V / 24V | 15V to 56V | 1A - 50A |
| DC-DC Buck | 24V to 96V | 5V / 12V / 13.8V / 24V | 1A - 100A |
| Isolated Step Down | 48V - 120V | 12V / 24V / 48V | 5A - 125A |
| Battery Charger | 10V - 36V | 12.6V - 58.8V | 1A - 60A |
| Industrial High Power | 12V - 700V | 12V - 1000V | Up to 8000W Peak |
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Technical Application Notes
1. Protection Systems: All buck-boost products include output overcurrent, short-circuit, and undervoltage protection as standard.
2. Load Recommendations: For inductive loads (motors, magnetic valves), we recommend a power supply with 3-5 times the rated load power.
3. Safety for Precious Loads: Isolated power supplies are strongly recommended for high-value equipment to prevent high input voltage direct-pass risks.
4. Environment: The aluminum casing is designed for high reliability in outdoor and high-temperature environments.
5. Isolated Advantage: Over 90% of global power supplies use isolated structures for maximum safety and noise isolation.
2. Load Recommendations: For inductive loads (motors, magnetic valves), we recommend a power supply with 3-5 times the rated load power.
3. Safety for Precious Loads: Isolated power supplies are strongly recommended for high-value equipment to prevent high input voltage direct-pass risks.
4. Environment: The aluminum casing is designed for high reliability in outdoor and high-temperature environments.
5. Isolated Advantage: Over 90% of global power supplies use isolated structures for maximum safety and noise isolation.
Frequently Asked Questions
What is the difference between isolated and non-isolated converters?
Isolated converters provide a physical electrical barrier between input and output, protecting the load from input surges. Non-isolated converters share a common ground and are typically smaller and more efficient but offer less protection.
How do I choose a converter for a motor or inductive load?
Inductive loads have high start-up currents. It is recommended to choose a converter with a rated power 3 to 5 times higher than the load's continuous power rating.
Are these converters waterproof?
Yes, many of our models feature hard gel encapsulation and aluminum shells, reaching an IP67 waterproof rating suitable for harsh environments.
Can the output voltage be customized?
Absolutely. We offer customization for input/output voltages ranging from 1V to 1000V to match your specific application requirements.
What protections are built into the unit?
Standard units include output overcurrent protection, short-circuit protection, input undervoltage protection, and overheating protection.
Can isolated products share a negative pole?
No. For isolated products, the negative poles of the input and output must be kept separate to maintain the isolation effect.
