Ti Bq24315 Battery Power Charge Management Chip Voltage Monitor Protector Electronic Components Integrated Circuit IC.

• shape: Flat
• Conductive Type: Bipolar Integrated Circuit
• Integration: MSI
• Technics: Semiconductor IC
• Rating: Catalog
• RoHS: Yes
• Model NO.: BQ24315
• 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)-40 to 125

Package qty | Carrier3,000 | LARGE T&R

Features for the BQ24315

• Provides Protection for Three Variables:
  • Input Overvoltage, with Rapid Response in < 1 µs
  • User-Programmable Overcurrent with Current Limiting
  • Battery Overvoltage
• 30V Maximum Input Voltage
• Supports up to 1.5A Input Current
• Robust Against False Triggering Due to Current Transients
• Thermal Shutdown
• Enable Input
• Status Indication - Fault Condition
• 5.5V LDO Mode Voltage Regulation
• Available in Space-Saving Small 8 Lead 2mm ×2mm SON
• APPLICATIONS
  • Mobile Phones and Smart Phones
  • PDAs
  • MP3 Players
  • Low-Power Handheld Devices
  • Bluetooth Headsets

PowerPAD Is a trademark of Texas Instruments

Description for the BQ24315

The bq24313 and bq24315 are highly integrated circuits designed to provide protection to Li-ion batteries from failures of the charging circuit. The IC continuously monitors the input voltage, the input current, and the battery voltage. The output acts as a linear regulator. The output is regulated to V_O(REG) for inputs between V_O(REG) and the overvoltage threshold. If an input overvoltage condition occurs, the IC 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 at the threshold value, and if the overcurrent persists, switches the pass element OFF after a blanking period. Additionally, the IC also monitors its own die temperature and switches off if it exceeds 140°C. The input overcurrent threshold is user-programmable.

The IC can be controlled by a processor and also provides status information about fault conditions to the host.