DC10V-60V 600W 10A Converter Step-up Boost Constant Current Power Supply Driver

DC10V-60V 600W 10A Converter Step-up Boost Constant Current Power Supply Driver

DC10V-60V 600W 10A Converter Step-up Boost Constant Current Power Supply Driver

brand: DIYTECH SKU:DT2551-03
Regular price $15.69

Description£º
  • Module name: 600W boost constant current module
  • Module Properties: Non-Isolated Boost Module (BOOST)
  • Input voltage: DC10V-60V
  • Input current: 10 (MAX)
  • Static operating current: 10mA (12V 20V, the higher the output voltage, static too much)
  • Output voltage: 12-60V continuously adjustable (default output 19V shipment, other voltage please pay attention to the dispensers)
  • Output current: 10A or more 6A Please strengthen the heat dissipation (The larger the difference between the input and output pressure, the smaller the output current)
  • Constant current range: 0.2-10A
  • Output power: = input voltage * 10A, such as: input 12V * 10A = 120W, input 24V * 10A = 240W, input 36V * 10A = 1360W, input 60V * 10A = 600W,
  • Operating temperature: -40 to + 85 degrees (enhance heat dissipation if the ambient temperature is too high)
  • Operating frequency: 150KHz
  • Conversion efficiency: 92%-96% (efficiency is related to input, output voltage, current, pressure)
  • Input reverse protection: No (Note that forward and reverse are not reversed)
  • Installation: 4 3mm screw holes
  • Wiring method: wiring output
  • Module size: length 85mm width 52mm height 21mm
  • Module weight: 80 grams

The output voltage regulation:
1. Adjust the CV-ADJ potentiometer and set the output voltage to your desired voltage based on your battery or LED. Clockwise voltage is very small, counterclockwise adjustable the output current regulation:
?2. Turn the CC-ADJ potentiometer clockwise for about 20 turns. Set the output current to the minimum value and connect it to the LED, CC-ADJ potentiometer to the required current. For charging the battery, place the battery after the charge is complete, then receive the output and adjust the CC-ADJ to the current you need. (For the full charge of the battery, it must be used for charging, because the more charge remaining in the battery, the smaller the charging current.)

Note: Do not use short circuit to adjust the current. The boost module circuit structure cannot be adjusted by short circuit.

Package Included:
1 x 600W 10A DC Converter Step-up Converter
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Description£º
  • Module name: 600W boost constant current module
  • Module Properties: Non-Isolated Boost Module (BOOST)
  • Input voltage: DC10V-60V
  • Input current: 10 (MAX)
  • Static operating current: 10mA (12V 20V, the higher the output voltage, static too much)
  • Output voltage: 12-60V continuously adjustable (default output 19V shipment, other voltage please pay attention to the dispensers)
  • Output current: 10A or more 6A Please strengthen the heat dissipation (The larger the difference between the input and output pressure, the smaller the output current)
  • Constant current range: 0.2-10A
  • Output power: = input voltage * 10A, such as: input 12V * 10A = 120W, input 24V * 10A = 240W, input 36V * 10A = 1360W, input 60V * 10A = 600W,
  • Operating temperature: -40 to + 85 degrees (enhance heat dissipation if the ambient temperature is too high)
  • Operating frequency: 150KHz
  • Conversion efficiency: 92%-96% (efficiency is related to input, output voltage, current, pressure)
  • Input reverse protection: No (Note that forward and reverse are not reversed)
  • Installation: 4 3mm screw holes
  • Wiring method: wiring output
  • Module size: length 85mm width 52mm height 21mm
  • Module weight: 80 grams

The output voltage regulation:
1. Adjust the CV-ADJ potentiometer and set the output voltage to your desired voltage based on your battery or LED. Clockwise voltage is very small, counterclockwise adjustable the output current regulation:
?2. Turn the CC-ADJ potentiometer clockwise for about 20 turns. Set the output current to the minimum value and connect it to the LED, CC-ADJ potentiometer to the required current. For charging the battery, place the battery after the charge is complete, then receive the output and adjust the CC-ADJ to the current you need. (For the full charge of the battery, it must be used for charging, because the more charge remaining in the battery, the smaller the charging current.)

Note: Do not use short circuit to adjust the current. The boost module circuit structure cannot be adjusted by short circuit.

Package Included:
1 x 600W 10A DC Converter Step-up Converter