Texas Instruments SLUU083A manual Bq2400x Charge Status Configurations

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bq2400x Charge Status Configurations

4.2 bq2400x Charge Status Configurations

Table 4–2 lists the charge status configurations for the bq2400x.

Table 4–2. Charge Status Configurations

Part Number

Number of Cells

Charge Status Configuration

 

 

 

bq24001

Single cell

Single LED

 

 

 

bq24002

Single cell

2 LED

 

 

 

bq24003

Single cell

Bicolor LED

 

 

 

bq24004

Two cell

Single LED

 

 

 

bq24005

Two cell

2 LED

 

 

 

bq24006

Two cell

Bicolor LED

 

 

 

bq24007

Single cell

Single LED

 

 

 

bq24008

Single cell

Bicolor LED

 

 

 

Bill of Materials

4-3

 

Image 17
Contents User’s Guide Important Notice About This Manual Read This FirstTables ContentsIntroduction Background Performance Specification SummaryPerformance Specification Summary One Cell Performance Specification Summary Two Cell Test Summary Test Procedures SetupFor Two-Cell Applications Test Procedures Physical Layouts SLUP051 Board Layout Top Layer Board LayoutSLUP051 Board Layout Bottom Layer Bill of Materials SLUP051 Bill of Materials Bill of MaterialsCharge Status Configurations Bq2400x Charge Status ConfigurationsSchematic A-1 SchematicTexas Instruments

SLUU083A specifications

Texas Instruments SLUU083A, technically known as the "Application Report: PFC Design With TL497," is a seminal document that provides comprehensive insights into the design and implementation of power factor correction (PFC) circuits using the TL497 PWM controller. This application report is crucial for engineers focused on enhancing power efficiency in various applications, particularly in consumer electronics and industrial equipment.

One of the main features of the SLUU083A report is its detailed exploration of power factor correction, which helps in reducing energy consumption and minimizing the impact of harmonic distortion on electrical systems. The document outlines PFC methodologies that comply with international standards and regulatory requirements, ensuring that designers can create products that meet strict energy efficiency regulations.

The report introduces the TL497 as a versatile PWM controller that plays a pivotal role in managing power conversion processes. This controller offers features like a wide input voltage range, making it suitable for various applications from 85V AC to 265V AC. It also incorporates a high degree of integration, which simplifies designs and minimizes the size of PFC circuits.

The application report covers technologies such as continuous conduction mode (CCM) and discontinuous conduction mode (DCM), showcasing the advantages and trade-offs of each mode. Using CCM enhances efficiency under heavy loads, whereas DCM results in reduced power losses at light loads, presenting designers with options tailored to their specific requirements.

Another noteworthy characteristic of the SLUU083A report is its emphasis on component selection and layout guidelines that optimize performance and reliability. The report provides helpful calculations and design examples, illustrating how to achieve a desired output voltage and minimize losses.

In conclusion, Texas Instruments SLUU083A serves as an essential resource for engineers designing PFC circuits with the TL497 PWM controller. Its emphasis on efficiency, regulatory compliance, and practical design considerations makes it a valuable reference in the field of power management. The integration of innovative technologies and robust guidelines ensures that designers can create systems that not only comply with regulations but also provide reliable and effective power conversion. This combination of features and characteristics establishes SLUU083A as a go-to document for advancing power efficiency solutions in diverse applications.