ATO DC-DC buck converters with synchronous rectification technology is designed to step down the input rated voltage 24V DC to 13.8VDC output voltage, and different model are available for your applications.
Features
- Wide input voltage range: 18V to 36V
- Brand-new, die-cast aluminum shell and high quality design, maximum transfer efficiency of 94%
- Waterproof lever of IP68, moisture-proof & anti-shock protection
- Auto-recovery when the device is back to normal operating
- Built-in full protection against over/under voltage input, over-current, overload, overhead, over-temperature and short circuit
- Industry grade DC 24V to 13.8V buck converter, widely used in automotive, electricity, surveillance systems, railway signals, instruments, solar generates electricity, display screen of bus and taxi, car audio device, security systems, hospital equipment, telecommunications etc.
5A DC-DC Buck Converter Specification
Model |
ATOWG-24S13R805 |
Input |
Rated voltage |
24V |
Voltage range |
18-36V |
Efficiency |
94% @ 24V input |
Output |
Voltage |
13.8V |
Max. rated current |
5A |
Max. rated power |
69W |
Voltage regulation |
±1% |
Load regulation |
2% |
No load loss |
70mA |
Ripple & noise |
120mV |
Environment |
Working temperature |
-40 ~ +80℃ |
Working humidity |
10% ~ 90%RH |
Storage temperature |
-40 ~ +100℃ |
Function |
Short circuit protection |
YES |
Over current protection |
YES |
Waterproof |
IP68 |
Over temperature protection |
YES |
Over voltage protection |
YES |
Mechanical |
Weight |
300g |
Size |
64*57*22mm |
24V to 13.8V DC-DC Buck Converter Model Selection
Code |
Model |
Price |
Input Voltage |
Output Voltage |
Output Current |
Output Power |
Efficiency |
Size |
Download |
1 |
ATOWG-24S13R805 |
$49.29 |
24V DC |
13.8V DC |
5 Amps |
69 Watts |
94% |
64*57*22mm |
|
2 |
ATOWG-24S13R810 |
$54.69 |
24V DC |
13.8V DC |
10 Amps |
138 Watts |
95.5% |
64*57*22mm |
|
3 |
ATOWG-24S13R815 |
$56.29 |
24V DC |
13.8V DC |
15 Amps |
207 Watts |
96.2% |
74*74*32mm |
|
4 |
ATOWG-24S13R820 |
$57.49 |
24V DC |
13.8V DC |
20 Amps |
276 Watts |
95.7% |
74*74*32mm |
|
5 |
ATOWG-24S13R840 |
$71.49 |
24V DC |
13.8V DC |
40 Amps |
552 Watts |
96.9% |
100*80*39mm |
|
6 |
ATOWG-24S13R850M |
$116.09 |
24V DC |
13.8V DC |
50 Amps |
690 Watts |
96.6% |
100*80*36mm |
|
7 |
ATOWG-24S13R860M |
$100.19 |
24V DC |
13.8V DC |
60 Amps |
828 Watts |
96.3% |
100*80*36mm |
|
8 |
ATOWG-24S13R8100M |
$150.99 |
24V DC |
13.8V DC |
100 Amps |
1380 Watts |
96.8% |
140*120*42.5mm |
|
Note: The series of 24V to 13.8V DC-DC buck converter models are all here, check the parameter carefully from the table and select the right converter power supply when place the order.
Tips: Can I use a DC to DC converter to charge a battery?
Yes, you can use a DC to DC converter to charge a battery. DC to DC converters are devices that can convert one DC voltage level to another while maintaining the same power (approximately). When charging a battery, it's essential to match the converter's output voltage to the battery's voltage requirements. For example, if you have a 12-volt battery, you would use a DC to DC converter to step up or down the input voltage to 12 volts. However, it's crucial to consider factors like the battery chemistry (e.g., lead-acid, lithium-ion) and charging characteristics (constant current, constant voltage) to ensure safe and efficient charging. Additionally, incorporating proper battery management and charging circuitry is vital to prevent overcharging, undercharging, and ensure the battery's longevity and safety. So, while DC to DC converters can be part of a battery charging system, they should be used in conjunction with appropriate charging protocols and safeguards.