KEHIPI
KEHIPI 2001708006 5pcs DC 4.5-24V to 5V 3A Buck Converter Power Adapter
Pack of five compact buck converters stepping DC 4.5-24V down to selectable fixed outputs or adjustable 0.8-17V at up to 3A
- ColorGreen
- Weight0.634 ounces
- Wide 4.5-24V input covers many power sources
- 5% peak efficiency reduces heat and waste
- 3A maximum output current drives demanding loads
- Adjustable 0.8-17V plus six fixed voltages for flexibility
- Enable pin allows low-level on/off control
Five-module pack for distributed 5 V rails
Each board steps a 4.5–24 V source down to a fixed 5 V at up to 3 A, giving engineers five identical regulators for parallel or separate sub-circuits in a single purchase.
Solder-only connections
All input, output and enable pins use 2.54 mm through-hole pads, so the modules cannot be plugged into breadboards or screw terminals without extra wiring. The 3 A rating requires added cooling; at 12 V in and 1.5 A out no extra heatsinking is needed.
Fixed 5 V with 3 A headroom and industrial
The preset 5 V output handles typical microcontroller, sensor and peripheral loads up to the rated current, while the –40 °C to +85 °C operating window suits automotive or outdoor deployments. No over-voltage or reverse-polarity protection is built in, so external safeguards are necessary for fault-prone environments.
Highlights
- Wide 4.5-24V input covers many power sources
- 5% peak efficiency reduces heat and waste
- 3A maximum output current drives demanding loads
- Adjustable 0.8-17V plus six fixed voltages for flexibility
- Enable pin allows low-level on/off control
Specifications
| Brand | DROK |
|---|---|
| Model | 2001708006 |
| Part Number | 2001708006 |
| Color | Green |
| Weight | 0.634 ounces |
Questions about this item
Should I use the fixed 5 V setting or the adjustable range for my project?
Choose the fixed 5 V pads on the back for a simple 5 V rail, or use the potentiometer to dial any voltage between 0.8 V and 17 V if you need a custom level.
What does the 3 A rating mean when the board is inside my enclosure?
The module can deliver up to 3 A, but at full load the temperature rises about 40 °C, so add airflow or a heatsink; at 1.5 A from a 12 V source it runs cool without extra cooling.
How does the 500 kHz switching frequency affect my 5 V rail?
At 500 kHz the converter keeps ripple down to 20 mV when stepping 12 V to 5 V at 3 A, giving a clean supply for sensitive logic.
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