Efficiency up to 89% for low energy loss

1 Wide input voltage range of 9V-36VDC, adapting to various power sources

2 Compact 1.0”×1.0”×0.40” package with industry-standard pinout for easy integration

3 Multiple protection functions: over-voltage (hiccup mode), over-current (hiccup mode), over-temperature (auto-recovery)

4 Remote ON/OFF control with positive logic

5 Input-output isolation of 1600VDC ensuring safety and noise isolation

6 RoHS compliant (lead-free) meeting environmental requirements

7 Operating temperature range of -40°C to +85°C, suitable for extreme environments

8 Load regulation ±10mV for stable output under varying loads

9 Max capacitive load of 10000uF supporting reactive loads

10 2-year product warranty for reliability

1 Industrial process control and automation systems: Powering sensors, actuators, and PLC modules

2 Transportation: On-board electronics in vehicles, railways, or marine equipment (handles voltage fluctuations)

3 Data communication and telecom: Network switches, routers, and base station peripherals

4 Test and measurement equipment: Precision instruments requiring consistent voltage outputs

5 Medical devices: Low-power medical equipment (compliant with safety isolation standards)

6 Compact electronic designs: PCB layouts with limited space (1×1 inch form factor)

1 Ensure input voltage is within the 9V-36VDC range to avoid module damage

2 Use external fusing at the input front end as recommended

3 For input source inductance over a few μH, add a 47μF electrolytic capacitor near the module input to improve stability

4 Remote ON/OFF operation: For positive logic (model-specific), apply 2.4-10VDC to turn on, -0.7-0.8VDC to turn off; leave floating if unused

5 Output voltage trim: Adjust ±10% via external resistors (connect to TRIM pin; leave open if not used)

6 Operate within the -40°C to +85°C ambient temperature range; use optional heat sink for high-temperature environments

7 Do not subject through-hole pin modules to reflow soldering (wave soldering is recommended)

8 Use large copper areas on PCB for better thermal dissipation

9 Avoid exceeding the max capacitive load of 10000uF to prevent startup issues

S24SE05006PDFA-PDF数据手册-参考资料