DC-DC Power Module 5W Input Voltage (9~18Vdc) Output voltage 12Vdc/420mA (HLK-5D1212)

https://www.ram-electronics.com/web/image/product.template/8211/image_1920?unique=9300c3a

Hi-Link Brand

250.00 EGP 250.0 EGP 250.00 EGP

250.00 EGP

Not Available For Sale

This combination does not exist.

 Pick up from RAM Store
 Shipping: 2-3 Business Days


Internal Reference: DC.DC.HLK.5D1212

5W DC-DC series power module is a small-size converter, a 2:1 wide voltage input range, efficiency up to 84%, 1500VDC conventional isolation voltage, allowable operating temperature -40°C to +85°C, with output over-voltage, over-current, short circuit Protection functions, widely used in medical, industrial control, electric power, instrumentation, communications, railway and other fields. 

Electrical Characteristics

  1. No-load rated output voltage: 12V±2% Vdc
  2. Short-time maximum output current: ≥520 mA
  3. Rated output current: 420 mA
  4. Rated input voltage 12 Vdc
  5. Input voltage range 9-18 Vdc
  6. Max input current ≤0.7 A
  7. Impulse voltage ≤50 Vdc
  8. Starting voltage 9 Vdc
  9. Start delay time 100 ms

Product Features

  1. Ultra-wide range input (2:1), output 5W
  2. Conversion efficiency: 84% (Typ)
  3. Isolation voltage: 1500Vdc
  4. Ultra-low standby power consumption: 0.3W (typical)
  5. Ultra-fast start: 100mS (typical)
  6. Operating temperature range: -40 ° C ~ +85 ° C
  7. Output protection: short circuit protection, over current protection, over-voltage protection
  8. Metal case, low output ripple
  9. International standard pin, PCB board in-line installation
  10. It is sealed with high-quality environmental protection waterproof and thermal conductive glue, moisture-proof and vibration proof, and meets the requirements of waterproof and dustproof IP65.
  11. High reliability, long life design, long continuous working time

Environment conditions

  • Items Technical parameters Unit Remarks
  • Working temperature -40~+85 ℃
  • Storage temperature -40~+80 ℃
  • Relative humidity 5~95 %
  • Heat dissipation method Natural cooling

Download