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12V 3A 1-1000AH Lead-Acid Battery Dedicated Charger Module Board for UPS Car

$ 2.54

Availability: 1198 in stock
  • Return shipping will be paid by: Buyer
  • Type: Module
  • Condition: New
  • Refund will be given as: Money Back
  • Brand: Canton-electronics
  • Restocking Fee: No
  • All returns accepted: Returns Accepted
  • Item must be returned within: 30 Days
  • Model: DD30CRTA
  • MPN: Does Not Apply

    Description

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    12V 3A 1-1000AH Lead-Acid Battery Dedicated Charger Module Board for UPS Car
    Product Description
    Product Name:
    12V 3A 1-1000AH Lead-Acid Battery Dedicated Charger Module Board for UPS Car Solar energy Charging
    Packing list:
    1 PCS
    DD30CRTB 3A 12V 1-1000AH Lead-Acid Battery Charger
    3A 12V 1-1000AH Lead-Acid Battery Charger
    Description:
    Suitable for 1-1000AH 12V Lead-Acid Battery charger
    Power supply voltage : 15-28VDC(Recommended 16-25VDC)
    Over Charge Voltage is 14.8V
    Float Charge Voltage is 13.55V
    Maximum charge current : 3A
    Quiescent current: about 1.8mA
    High PWM Switching Frequency:300KHz
    Fixed Over-Charge Voltage
    Overcurrent protection
    Automatic Conditioning of Deeply Discharged Batteries
    Automatic Recharge
    Charger Status Indication
    Battery Overvoltage Protection
    Operating Ambient Temperature -40℃ to +85℃
    Size : 66 x 20x 10mm
    Weight : 6g
    Applications:
    Car battery charging
    Solar battery charging
    Mobile Loadspeaker
    Lead-Acid Battery Charger
    Electric Bicycle Charger
    UPS
    Portable Industrial and Medical Equipment
    Standalone Battery Chargers
    Features(If you need a chip brochure please contact me) :
    The DD30CRTA is a PWM switch-mode battery charger controller for 12V lead-acid battery in a small package using few external components.
    The DD30CRTA is specially designed for charging 12V lead-acid battery with trickle charge, constant current charge, over-charge and float charge mode.
    In over-charge and float charge mode, the regulation voltage is internally set.
    The constant charge current is programmable with a single sense resistor.
    Deeply discharged batteries are automatically trickle charged at 17.5% of the programmed
    constant charge current until the cell voltage exceeds 75% of the regulation voltage in
    over-charge mode.
    The over-charge is terminated once the charging current drops to 38% of the
    constant charge current, then DD30CRTA will enter float charge mode.
    A new charge cycle
    automatically restarts if the battery voltage falls below 83.95% of the over-charge voltage in
    float-charge mode. DD30CRTA will automatically enter sleep mode when input voltage is lower than battery voltage.
    Other features include undervoltage lockout and status indication, etc.
    The Regulation Voltage in Over Voltage Mode and Float Charge Mode
    The regulation voltage VOC at BAT pin in over charge mode is set at 14.8V(Typical) with ±1.5% accuracy.
    In float charge mode, the regulation voltage VFLOAT at BAT pin is 91.57% of that in over charge mode, which is 13.55V(Typical).
    Trickle Charge Mode At the beginning of a charge cycle, if the battery voltage is below 75%×VOC, the charger goes into trickle
    charge mode with the charge current set at about 17.5% of the constant current.
    End-of-Over Charge Current
    When the battery voltage approaches the over-charge voltage, the charger goes into the over charge mode.
    In
    over charge mode, the charge current start to decrease and when the charge current drops to 38% of constant
    charge current, the charger goes into float-charge mode.
    Float Charge Mode
    After the over voltage charge is terminated, the charger goes into float charge mode. In float charge mode, the
    battery voltage is regulated to 91.57%×VOC, namely 13.55V(Typical).
    Float charge mode can compensate for
    the loss of battery power due to self-discharge or external loading.
    Automatic Battery Recharge
    In float mode, if both the battery and the input power supply (wall adapter) are present, a new charge cycle will
    begin if the battery voltage drops below 83.95%×VOC due to self-discharge or external loading.
    A new charge cycle can also be started manually by plugging off the input supply and reapplying it.