Dual-Phase 30W Charge Pump Charger with 1:2 Reverse Boost Mode
HL7132D
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The HL7132D is the low voltage fast direct charger for 1 cell Li-ion and Li-polymer batteries. The device integrates a dual phase switched capacitive converter, a reverse blocking MOSFET (QRB FET) and shows 97.37% efficiency at 4.5V output and 4A current with flying capacitor,1×22µF, per phase at fSW=1.1MHz.
The device features two different switching modes, 2:1 and 1:2 CP mode. The 2:1 CP mode allows the output voltage, VOUT, to be around half of the input voltage, VIN, and the output current to be double of the input current. In 1:2 CP mode, a voltage at VIN will be double of VOUT voltage.
The HL7132D provides CC (Constant Current) and CV (Constant Voltage) regulation through controlling the QRB FET for a safe charging operation in 2:1 CP mode. CC regulation is controlled through a close loop of the input current sensing or battery current sensing and CV regulation is controlled through a close loop of the battery voltage sensing. In addition, HL7132D also supports thermal regulation loop in case CV/CC loop causing device over-heat during regulation operating in 2:1 CP mode.
Product Brief Datasheet
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- 商品名: HL7132D
- 产品名称: Dual-Phase 30W Charge Pump Charger with 1:2 Reverse Boost Mode
- 产品简介: The HL7132D is the low voltage fast direct charger for 1 cell Li-ion and Li-polymer batteries. The device integrates a dual phase switched capacitive converter, a reverse blocking MOSFET (QRB FET) and shows 97.37% efficiency at 4.5V output and 4A current with flying capacitor,1×22µF, per phase at fSW=1.1MHz. The device features two different switching modes, 2:1 and 1:2 CP mode. The 2:1 CP mode allows the output voltage, VOUT, to be around half of the input voltage, VIN, and the output current to be double of the input current. In 1:2 CP mode, a voltage at VIN will be double of VOUT voltage. The HL7132D provides CC (Constant Current) and CV (Constant Voltage) regulation through controlling the QRB FET for a safe charging operation in 2:1 CP mode. CC regulation is controlled through a close loop of the input current sensing or battery current sensing and CV regulation is controlled through a close loop of the battery voltage sensing. In addition, HL7132D also supports thermal regulation loop in case CV/CC loop causing device over-heat during regulation operating in 2:1 CP mode.
- 20V AMR on VIN pin
- 5.5V to 11.7V Operational VIN Voltage
- 5.5V Max Operational Output Voltage
- Dual-Phase Switched Capacitor Architecture
- Optimized for both 2:1 and 1:2 mode
- Optimized for both 2:1 and 1:2 mode
- 2:1 Charge Pump (CP) Mode
- Continuous 6A output
- Continuous 6A output
- 1:2 Reverse Charge Pump (CP) Mode
- Continuous 1.5A output
- Continuous 1.5A output
- Regulation loop for charging operation through QRB FET control in 2:1 CP Mode
- Input current regulation (IIN_REG)
- Battery voltage regulation (VVBAT_REG)
- Battery current regulation (IBAT_REG)
- Thermal regulation (TDIE_REG)
- Input current regulation (IIN_REG)
- 97.37% Efficiency for VOUT=4.5V_4A with 1x22µF per phase at fSW = 1.1MHz
- Selectable switching frequency from 500kHz to 1.6MHz
- Integrated 10-bit ADC
- Input voltage (VIN)
- Output voltage (VOUT)
- Battery voltage (VBAT)
- Input current in bidirectional readback
- Battery current (IBAT)
- TS input voltage (VTS)
- Die temperature (TDIE)
- Input voltage (VIN)
- Protections
- VBAT over voltage protection in 2:1 CP mode
- VBAT over voltage protection in 2:1 CP mode
- All the following protections in 2:1 and 1:2 CP mode
- Over Die temperature protection
- VIN Over/Under voltage protection
- Voltage tracking protection
- Input over current protection
- VOUT over voltage protection
- IBAT over current protection
- VOUT short circuit protection
- VIN short circuit protection
- CFLY short circuit protection
- NTC protection
- Over Die temperature protection
- 2.95mm x 2.6mm 42-bump WLCSP
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- Smartphone
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- Mobile IoT Devices
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For the full datasheet, please contact sales.cn@halomicro.com to submit your request.
For more sample information, please contact Get samples to submit your request,
or contact marketing@halomicro.cn by email to state your requirements.
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