Tutorial: LT3652EDD / LT3652IDD

Regulates, converts or monitors a circuit’s power supply.

LT3652EDD / LT3652IDD

Tutorial / documentation

Power supplies

Quick documentation & first test preparation

  1. Identify component LT3652EDD and its package.
  2. Check input range, output voltage and maximum current.
  3. Use the external components and layout recommended by the manufacturer.
  4. Consult the application circuit in the linked documentation before testing.

LT3652EDD

Step-down battery charger for solar power, Lithium Phosphate (LiFePO4), Lead (Pb), Lithium+ (Li+) , 4.95V to 32V VDD, 2A, -40 to +125 degree Celsius, DFN-12

  • Step-down battery charger for solar power, Lithium Phosphate (LiFePO4), Lead (Pb), Lithium+ (Li+) , 4.95V to 32V VDD, 2A, -40 to +125 degree Celsius, DFN-12
  • Check input range, output voltage and maximum current.
  • Use the external components and layout recommended by the manufacturer.
  • The manufacturer’s pinout and absolute limits take precedence over this page.
Technical documentation

LT3652IDD

Step-down battery charger for solar power, Lithium Phosphate (LiFePO4), Lead (Pb), Lithium+ (Li+) , 4.95V to 32V VDD, 2A, -40 to +125 degree Celsius, DFN-12

  • Step-down battery charger for solar power, Lithium Phosphate (LiFePO4), Lead (Pb), Lithium+ (Li+) , 4.95V to 32V VDD, 2A, -40 to +125 degree Celsius, DFN-12
  • Check input range, output voltage and maximum current.
  • Use the external components and layout recommended by the manufacturer.
  • The manufacturer’s pinout and absolute limits take precedence over this page.
Technical documentation

Inputs and outputs must match the function described in the selected reference’s documentation.