MAX17006

1.2MHz Low-Cost, High-Performance Chargers

Industry's Highest Switching-Frequency Notebook Battery Chargers


Please check latest availability status for a specific part variant.

Description

The MAX17005/MAX17006/MAX17015 are high-frequency multichemistry battery chargers. These circuits feature a new high-frequency current-mode architecture that significantly reduces component size and cost. The charger uses a high-side MOSFET with n-channel synchronous rectifier. Widely adjustable charge current, charge voltage, and input current limit simplify the construction of highly accurate and efficient chargers.

The charge voltage and charge current are set with analog control inputs. The charge current setting can also be adjusted with a PWM input. High-accuracy current-sense amplifiers provide fast cycle-by-cycle current-mode control to protect against short circuits to the battery and respond quickly to system load transients. In addition, the charger provides a high-accuracy analog output that is proportional to the adapter current. In the MAX17015, this current monitor remains active when the adapter is absent to monitor battery discharge current.

The MAX17005 charges three or four Li+ series cells, and the MAX17006 charges two or three Li+ series cells. The MAX17015 adjusts the charge voltage setting and the number of cells through a feedback resistor-divider from the output. All variants of the charger can provide at least 4A of charge current with a 10mΩ sense resistor.

The charger utilizes a charge pump to control an n-channel adapter selection switch. The charge pump remains active even when the charger is off. When the adapter is absent, a p-channel MOSFET selects the battery.

The MAX17005/MAX17006/MAX17015 are available in a small, 4mm x 4mm x 0.8mm 20-pin, lead-free TQFN package. An evaluation kit is available to reduce design time.
MAX17005, MAX17006, MAX17015: Minimal Operating Circuit MAX17005, MAX17006, MAX17015: Minimal Operating Circuit Enlarge+

Key Features

  • High Switching Frequency (1.2MHz)
  • Controlled Inductor Current-Ripple Architecture
    • Reduced BOM Cost
    • Small Inductor and Output Capacitors
  • ±0.4% Accurate Charge Voltage
  • ±2.5% Accurate Input-Current Limiting
  • ±3% Accurate Charge Current
  • Single-Point Compensation
  • Monitor Outputs for
    • ±2.5% Accurate Input Current Limit
    • ±2.5% Battery Discharge Current (MAX17015 only)
    • AC Adapter Detection
  • Analog/PWM Adjustable Charge-Current Setting
  • Battery Voltage Adjustable for 3 and 4 Cells (MAX17005) or 2 and 3 Cells (MAX17006)
  • Adjustable Battery Voltage (4.2V to 4.4V/Cell)
  • Cycle-by-Cycle Current Limit
    • Battery Short-Circuit Protection
    • Fast Response for Pulse Charging
    • Fast System-Load-Transient Response
  • Programmable Charge Current < 5A
  • Automatic System Power Source Selection with n-Channel MOSFET
  • Internal Boost Diode
  • +8V to +26V Input Voltage Range

Applications/Uses

  • Notebook Computers
  • Portable Equipment with Rechargeable Batteries
  • Tablet PCs
Product Reliability Reports: MAX17006.pdf 
Device   Fab Process   Technology   Sample size   Rejects   FIT at 25°C   FIT at 55°C   Material Composition  

Note : The failure rates are summarized by technology and mapped to the associated material part numbers. The failure rates are highly dependent on the number of units tested.

Quality Management System >
Environmental Management System >

 
Status:
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Temperature:

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    Type ID Title
    Evaluation Board6390MAX17006EVKIT Evaluation Kit for the MAX17006
    Evaluation Board5915MAX17005DEVKIT