BQ2063DBQG4

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Mfr.Part #
BQ2063DBQG4
Manufacturer
Texas Instruments
Package / Case
28-SSOP (0.154, 3.90mm Width)
Datasheet
Download
Description
IC BATTERY GAS GAUGE 28-QSOP
Stock
1,738
In Stock :
1,738

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Manufacturer :
Texas Instruments
Product Category :
Battery Management
Length :
10mm
Output Current :
1μA
Number of Terminations :
28
Number of Pins :
28
Mounting Type :
Surface Mount
Terminal Form :
Gull wing
Terminal Position :
Dual
Output Voltage :
3.3V
Battery Chemistry :
Lithium-Ion
Contact Plating :
Gold
Min Supply Voltage :
2.7V
Lead Free :
Lead Free
Radiation Hardening :
No
Surface Mount :
yes
Number of Channels :
1
Operating Supply Voltage :
3.3V
Supply Voltage :
3.3V
ECCN Code :
EAR99
Analog IC - Other Type :
POWER SUPPLY SUPPORT CIRCUIT
Adjustable Threshold :
yes
RoHS Status :
ROHS3 Compliant
Height :
1.5mm
Max Supply Voltage :
3.7V
Base Part Number :
BQ2063
Weight :
173.300635mg
JESD-609 Code :
e4
Terminal Pitch :
0.635mm
Packaging :
Tube
Interface :
SMBus
Function :
Battery Monitor
Supply Current-Max (Isup) :
0.235mA
Package / Case :
28-SSOP (0.154, 3.90mm Width)
Width :
6.2mm
Moisture Sensitivity Level (MSL) :
2 (1 Year)
Peak Reflow Temperature (Cel) :
260
Operating Temperature :
-20°C~70°C TA
HTS Code :
8542.39.00.01
Datasheets
BQ2063DBQG4
Introducing Battery Management Texas Instruments BQ2063DBQG4 from Chip IC,where excellence meets affordability. This product stands out with its Number of Terminations:28, Number of Pins:28, Mounting Type:Surface Mount, Number of Channels:1, Base Part Number:BQ2063, Package / Case:28-SSOP (0.154, 3.90mm Width), Operating Temperature:-20°C~70°C TA, BQ2063DBQG4 pinout, BQ2063DBQG4 datasheet PDF, BQ2063DBQG4 amp .Beyond Battery Management Texas Instruments BQ2063DBQG4 ,we also offer DS2786G+T&R, BQ40Z50RSMR-R1, BQ28Z610DRZT, Our vast inventory has you covered. Contact us now for immediate solutions.

Texas Instruments BQ2063DBQG4


Battery Management Texas Instruments BQ2063DBQG4 Overview

The Battery Management Texas Instruments BQ2063DBQG4 is a sophisticated integrated circuit specifically designed for advanced battery gas gauge solutions. This IC enables precise monitoring and management of battery health and charge levels, critical for optimizing the performance and longevity of battery-powered devices. Its incorporation of patented algorithms allows for accurate state-of-charge (SOC) estimation, making it an invaluable tool in critical applications where battery reliability is essential. The BQ2063DBQG4 by Texas Instruments stands out in the market for its reliability, precision, and the ability to enhance the user experience by ensuring optimal energy usage and management in portable devices.

BQ2063DBQG4 Features

The BQ2063DBQG4 offers a range of features that make it a top choice for battery management solutions. These include high accuracy gas gauging, low power consumption, and support for various battery chemistries. Its ability to interface with microcontrollers through an I2C compatible bus enables seamless integration into existing designs, providing flexible and scalable solutions for battery management systems.

BQ2063DBQG4 Applications

  • Laptop Computers: In laptops, the BQ2063DBQG4 manages the power supply efficiently, ensuring longer battery life and accurate SOC indications which are crucial for user reliance on battery duration predictions.
  • Portable Medical Devices: For medical devices, this IC ensures continuous and reliable battery management, which is critical for devices that require constant, dependable power to function correctly in medical emergencies and routine care.
  • Electric Vehicles: In electric vehicles, the BQ2063DBQG4 helps in monitoring the battery to optimize range and efficiency, crucial for enhancing user confidence in electric mobility solutions.
  • Uninterruptible Power Supplies (UPS): This IC plays a critical role in managing the battery health and charge levels in UPS systems, ensuring that backup power is always ready and reliable during power outages.
  • Smartphones and Tablets: It enhances the user experience by managing battery discharge and charge cycles more efficiently, thus extending the device's operational life and maintaining optimal usability through reliable SOC readings.
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