Texas Instruments EV2400

Description

For Use With: Texas Instruments SMBus or I2C interface gas gauges

Featured Device: MSP430 ultra-low-power sensing & measurement MCUs

Kit Classification: Evaluation Kit

Kit Name: USB-Based PC Interface Board for Battery Fuel (Gas) Gauge Evaluation Module

HTSUS: 8471.80.1000

RoHS Status: ROHS3 Compliant

Secondary Attributes: –

Type: Interface

Function: USB 2.0 to SMBus Bridge

Primary Attributes: –

REACH Status: REACH Unaffected

Embedded: Yes, MCU, 16-Bit

Package: Box Moisture Sensitivity Level (MSL): 1 (Unlimited)Utilized IC / Part: MSP430F5529 Series: – Supplied Contents: Board(s), Cable(s) Base Product Number: EV2400 ECCN: EAR99

The Texas Instruments EV2400 is a technical evaluation board designed to provide a seamless bridge interface between USB 2.0 and SMBus (System Management Bus). It is exceptionally engineered for interfacing with and programming battery management and power management devices that utilise the SMBus protocol. Its applications span the battery and power management systems, embedded system development, and educational purposes, making it a valuable asset in both industrial and academic settings.

Unique Features and Benefits of the Evaluation Board

• Leveraging USB 2.0, the EV2400 offers high-speed data transfer between the host computer and SMBus devices.
• Easy to connect with standard USB ports, requiring minimal setup.
• Compatible with a wide range of SMBus devices, making it versatile for various applications.
• Ensures efficient and reliable communication between the USB interface and SMBus devices.
• Equipped with LED indicators for easy monitoring of the connection and data transfer status.

User-Friendly Configuration

Compact and Portable: Its small form factor makes it convenient for use in different settings, including labs and fieldwork.

Wide Range of Application

The Texas Instruments EV2400 serves as a critical tool in bridging USB 2.0 and SMBus interfaces, offering versatility, high-speed data transfer, and compatibility with a variety of devices, including:

• Utilised in developing and testing battery management systems, particularly in ensuring efficient communication between the management system and the battery cells.
• Essential in the design and evaluation of power management circuits, especially in applications where SMBus is the primary communication protocol.
• Widely used in the development and testing of embedded systems that require SMBus communication, such as in IoT devices and industrial controls.
• An invaluable tool in educational settings and research labs for teaching and experimenting with SMBus and USB interfacing.