Texas Instruments SLOU121 manual Installing and Removing EVM Boards, EVM Insertion, EVM Removal

Page 30

Using the TPA6011A4 EVM With the Plug-N-Play Evaluation Platform

3.3 Using the TPA6011A4 EVM With the Plug-N-Play Evaluation Platform

The TPA6011A4 audio amplifier evaluation module was designed to be used with the TI plug-n-play audio amplifier evaluation platform. It simply plugs into socket U2.

The following paragraphs provide additional details for using the TPA6011A4 EVM with the platform.

3.3.1Installing and Removing EVM Boards

TI plug-n-play evaluation modules use single-in-line header pins installed on the underside of the module circuit board to plug into sockets on the platform. The EVM pins and the platform sockets are keyed such that only the correct type of EVM can be installed in a particular socket, and then only with the proper orientation.

Evaluation modules are easily removed from the platform by simply prying them up and lifting them out of their sockets. Care must be taken, however, to prevent bending the pins.

3.3.1.1EVM Insertion

1)Remove all power from the evaluation platform.

2)Locate socket U2 on the platform.

3)Orient the module correctly.

4)Carefully align the pins of the module with the socket pin receptacles.

5)Gently press the module into place.

6)Check to be sure that all pins are seated properly and that none are bent over.

3.3.1.2EVM Removal

1)Remove all power from the evaluation platform.

2)Gently pry up one side of the module a small amount.

3)Change to the opposite side of the module and use the tool to pry that side up a small amount.

4)Alternate between sides, prying the module up a little more each time to avoid bending the pins, until it comes loose from the socket.

5)Lift the EVM off the platform.

3.3.2TPA6011A4 Module Jumper Settings and Switches

The TPA6011A4 EVM is equipped with a pushbutton SPST switch and a jumper that acts as an SPST switch to allow module operation to be modified to suit various requirements. In the following discussion, setting a jumper to ON means that a shunt is installed across the two pins of the jumper. Setting a jumper to OFF means that no shunt is installed on the jumper (see Figure 3–6).

In typical applications, some or all of the jumper functions are controlled by the system microcontroller or external logic.

3-10

Details

Page 29 Page 31
Image 30
Page 29 Page 31
Contents User’s Guide Important Notice EVM Important Notice EVM Warnings and Restrictions Read This First Information About Cautions and WarningsRelated Documentation From Texas Instruments Contents Figures TablesIntroduction Feature Highlights TPA6011A4 EVM Specifications DescriptionIntroduction Quick Start EVM JP6 JP7Precautions PowerQuick Start List for Platform Platform PreparationsModule Preparation Typical TPA6011A4 EVM Jumper Settings Quick Start List for Stand-Alone Quick Start Module MapControl Inputs Quick Start Quick Start Details TI Plug-N-Play Audio Amplifier Evaluation Platform TPA6011A4 Audio Power Amplifier Evaluation Module TPA6011A4 EVMTPA6011A4 EVM Schematic Diagram 1 TPA6011A4 Audio Amplifier ICVolume Control Inputs and GainBlock Diagram of SE Volume Control DC Volume Control BTL Mode, VDD = 5 Differential Input Depop Circuitry BTL OperationSingle-Ended Operation EVM Insertion Installing and Removing EVM Boards2 TPA6011A4 Module Jumper Settings and Switches EVM Removal2.1 S1 Shutdown Switch 2.2 J1 Output Mode Jumper2.4 J3 Input and Output Mode Jumper Signal Routing2.3 J2 Input Mode Jumper 2.5 J4 Fade Mode JumperSignal Conditioning Mute Shutdown/ModeHeadphone Output Jack Headphone Jack Control Signals Mute/Mode Select JP6Mute/Mode Polarity Select JP8 Power Requirements Inputs and Outputs InputsOutputs Using the TPA6011A4 EVM Stand-Alone 1 TPA6011A4 EVM Connected for BTL Output2 TPA6011A4 EVM Connected for Single-Ended Output 11. TPA6011A4 EVM Connected for Stereo Single-Ended OutputReference TPA6011A4 EVM Layers and Board Schematic ReferenceTPA06011A4 EVM Schematic Diagram TPA6011A4 EVM Parts List TPA6011A4 EVM Parts List

SLOU121 specifications

Texas Instruments SLOU121 is a comprehensive technical document that serves as a guide for the evaluation and implementation of various TI products. This document highlights the operational capabilities, design considerations, and practical applications of TI’s semiconductor solutions, with a focus on enabling engineers and designers to optimize their designs effectively.

One of the main features of SLOU121 is its emphasis on performance. It provides detailed specifications and operational data that help users understand the key parameters of TI products, such as voltage levels, current ratings, and thermal characteristics. This information is crucial for engineers as they design circuits that require precision and reliability.

The document also covers various technologies that Texas Instruments employs in its semiconductor solutions. These technologies include advanced CMOS processes, which enable high integration and low power consumption. Additionally, the use of innovative materials and structures enhances the performance and efficiency of the components, thereby providing manufacturers with the tools they need to create cutting-edge electronics.

Another important characteristic of SLOU121 is its user-friendly layout and structure. Information is organized in a manner that allows for quick referencing, which is essential for busy engineers who need to find specific data efficiently. The inclusion of diagrams, graphs, and tables further aids in visualizing the performance metrics and operational limits of the devices discussed.

Moreover, SLOU121 delves into specific applications where TI products excel. These applications range from automotive systems to industrial automation and consumer electronics. The guide also addresses compatibility with industry standards and protocols, which is vital for integration into existing systems.

In addition to technical specifications, the document provides guidance on practical implementation strategies. This includes best practices for layout design, thermal management, and component selection. By incorporating these recommendations, engineers can mitigate potential issues during the design phase and ensure that their final products meet or exceed performance expectations.

Overall, Texas Instruments SLOU121 is an essential resource that combines technical knowledge with practical advice, helping engineers to leverage TI technologies for innovative product development. By providing a thorough understanding of features, technologies, and recommendations, SLOU121 equips designers with the necessary tools to create high-performance electronic solutions.
Top Page Image Contents