Ti Bq24308 Battery Power Charger Control Management Integrated Circuit IC Voltage Monitor Protector Electronic Components Chip

• shape: Flat
• Conductive Type: Bipolar Integrated Circuit
• Integration: MSI
• Technics: Semiconductor IC
• Application: Standard Generalized Integrated Circuit
• Type: Digital / Analog IC
• Rating: Catalog
• RoHS: Yes
• Reach: Yes
• Lead Finish / Ball Material: Nipdau / Snagcu
• Delivery Time: 1-3 Days
• Transport Package: Small Large T&R
• Specification: 9 mm² 3 x 3
• Trademark: TI
• HS Code: 8542399000
• Production Capacity: 60000

Product Description

Packaging information

Package | PinsWSON (DSG) | 8

Operating temperature range (°C)0 to 125

Package qty | Carrier3,000 | LARGE T&R

Features for the BQ24308

• Provides Protection for Three Variables:
  • Input Overvoltage
  • Input Overcurrent with Current Limiting
  • Battery Overvoltage
• Maximum Input Voltage of 30 V
• Supports Up to 1.5-A Input Current
• Robust Against False Triggering Due to Current
  Transients
• Thermal Shutdown
• LDO Mode Voltage Regulation of 5 V
• Available in Space-Saving Small 2 mm × 2 mm 8-
  Pin WSON Package
• APPLICATIONS
  • Mobile and Smart Phones
  • PDAs
  • MP3 Players
  • Low-Power Handheld Devices
  • Bluetooth™ Headsets

All other trademarks are the property of their respective owners

Description for the BQ24308

The bq24308 device is a highly integrated circuit (IC) designed to provide protection to Li-ion batteries from failures of the charging circuit. The device continuously monitors the input voltage, the input current, and the battery voltage. In case of an input overvoltage condition, the device immediately removes power from the charging circuit by turning off an internal switch. In the case of an overcurrent condition, it limits the system current to a safe value for a blanking duration before turning the switch off. Battery voltage may also be monitored and if the battery voltage exceeds the specified value the internal switch is turned off. Additionally, the device also monitors its own die temperature and switches off if it becomes too hot.

The input overcurrent threshold can be increased using an external resistor. The device also offers optional protection against reverse voltage at the input using an external P-channel FET.