1 Ultra-wide input voltage range: DC6-60V, supports surge voltage up to76V/100ms, adapting to various power supply environments

2 Dual output or single output flexibility: Provides ±12V (0.25A per channel) or +24V (0.25A single channel) output options

3 High energy efficiency: Typical efficiency of87%, reducing power loss and heat generation

4 Comprehensive protection mechanisms: Built-in overcurrent protection (automatic recovery) and remote ON/OFF function

5 Reliable electrical isolation: Input-output isolation voltage of DC1500V (1 minute), ensuring safety and anti-interference

6 Compact and lightweight design: Dimensions of22.0×12.0×9.5mm (W×H×D) and weight up to7g, ideal for space-constrained applications

7 Wide operating temperature range: -40°C to +85°C (operating), -40°C to +100°C (storage), suitable for harsh environments

8 Low ripple and noise: Ripple ≤120mVp-p (30%+ load), ripple noise ≤200mVp-p, ensuring stable power for sensitive components

9 Safety certifications: Compliant with UL60950-1, C-UL, EN62368-1 standards, meeting industrial safety requirements

10 Convection or forced air cooling: Supports natural convection or forced air cooling (1.0m/s) for heat dissipation

1 Industrial control systems: Powering sensors, actuators, PLC modules, or DCS components in manufacturing lines

2 Telecommunication equipment: Providing stable voltage for routers, switches, base station modules, or telecom power backup systems

3 IoT and embedded devices: Suitable for battery-powered IoT nodes, smart home devices, or embedded systems with varying input voltages

4 Automotive aftermarket devices: Powering GPS trackers, dashcams, or in-vehicle sensors that handle 12V/24V battery voltage fluctuations

5 Renewable energy monitoring: Powering data acquisition devices in solar panel systems or wind turbine monitoring equipment

6 Test and measurement instruments: Supplying isolated power to precision instruments like oscilloscopes, signal generators, or data loggers

7 Medical equipment accessories: For non-critical medical devices (e.g., patient monitors' auxiliary modules) that require safety-compliant power

8 Battery-powered systems: Ideal for devices using rechargeable batteries (e.g., portable tools, emergency lights) due to wide input range

1 Installation: Maintain proper spacing between multiple units for ventilation; ambient temperature should not exceed derating curve limits

2 Soldering: Follow specified conditions—flow soldering at260°C for ≤15 seconds, soldering iron at ≤360°C for ≤5 seconds

3 Pin protection: Do not apply stress exceeding19.6N (2kgf) to input/output pins; avoid pulling or bending pins forcefully after soldering

4 Derating compliance: Adhere to input voltage and ambient temperature derating guidelines to extend product lifespan

5 Vibration/impact: If exposed to vibration or impact, fix the module to PCB with silicone rubber to reduce pin stress

6 Post-soldering handling: Do not pull the module after soldering to avoid damaging internal connections

7 Parallel/series operation: Do not operate in parallel with other models (as per product specifications)

8 Manual reference: Read the official instruction manual and safety guidelines before use for proper operation

MGXW62412-PDF数据手册-参考资料