600W high power boost module, wide voltage input: 12V~60V, 12V~80V adjustable wide voltage output; adjustable output current; input-output voltage difference.
11. Input voltage: 12-60VDC input (for wide input voltage range applications)
12. Input current: 1 (MAX) If it exceeds 10A, please increase heat dissipation
13. Static operating current: 15mA (measured when 12V rises to 20V, the higher the output voltage, the higher the static current will be)
14. Output voltage: 12-80VDC continuously adjustable Applicable to applications where the input voltage is lower than the output voltage and cannot be stepped down
15. Output current: 10A MAX. If it exceeds 10A, please increase heat dissipation (related to the input and output voltage difference. The greater the voltage difference, the smaller the output current)
17. If more power is needed, two modules can be used in parallel. For example, if the output is 1, two modules can be used in parallel and the current of each module can be adjusted to 8A.
18. Working temperature: -40~+85 degrees (please strengthen heat dissipation when the ambient temperature is too high)
19. Working frequency: 150KHz
20. Conversion efficiency: up to 95% (efficiency is related to input and output voltage, current, and pressure difference)
21. Overcurrent protection: Yes (when the input exceeds 17A, the output voltage will be automatically reduced, with a certain range of error.)
22. Short circuit protection: Yes (input 20A fuse) Double short circuit protection,
23. Input reverse connection protection: None,
Applications:
1. DIY a voltage-stabilized power supply with a 12V input and an adjustable output of 12-80V.
2. Power your electronic devices and set the output value according to your system voltage.
3. As a car power supply, it can power your laptop, PDA, or various digital products.
4. DIY a high-power laptop mobile power supply: equipped with a large-capacity 12V lithium battery pack, your laptop can be powered wherever you go.
5. Solar panels stabilize the voltage to charge batteries or electric vehicles.
6. Use low-voltage batteries to charge high-voltage battery packs or lithium batteries.
Detailed Description:
1. The product is made of sufficient materials and uses a customized radiator with specifications: radiator bottom plate thickness 5mm, tooth height 21mm, length 85mm, width 63mm, the booster plate is fixed on the top of the radiator, reasonable design, radiator, and booster plate integrated design, convenient for users to use directly, when in use, just use long screws to fix it directly.
2. The inductor magnetic ring adopts 27mm Sendust magnetic ring, 1mm bifilar wound inductor, filter capacitor, input 1 1000uF63V electrolytic capacitor, output two 470uF100V electrolytic capacitors, boost output power quality, onboard power switch, power working indicator light, with voltage adjustment and current adjustment potentiometer, making the output more convenient, the output voltage and current can be adjusted, the input and output use 8500 terminal blocks, with strong current passing capacity to ensure long-term reliable operation.
Applications:
1. DIY an output adjustable car power supply. You only need to connect a 12V power supply to the input. The output voltage can be freely and continuously adjusted (14V-80V), but the output voltage cannot be lower than the input voltage.
2. Car laptop power supply. The input is connected to a 12V power supply, and the output is adjusted to the voltage required by the laptop to work.
3. Boost charger, can use a 12V power supply to charge batteries higher than 12V, such as 24V batteries, and the charging current is adjustable.
4. To power electronic equipment, as long as the voltage is adjusted to the required voltage and the current does not exceed the rated current, it can work normally.
5. System front-stage power supply, when doing a certain project, the input is 10V-18V, the system board needs a power supply of about 24V and the power is very large, the ordinary DC-DC module has too small power, then this module will be your best choice, it can work directly on the machine without debugging, and it is easy to achieve high-power boost.
