Texas Instruments SLOU025 manual Quick Start List for Platform, Platform preparations

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Quick Start List for Platform

2.2 Quick Start List for Platform

Follow these steps when using the TPA122 MSOP EVM with the TI Plug-N-Play Audio Amplifier Evaluation Platform (see the platform user's guide, SLOU011, for additional details). Numbered callouts for selected steps are shown in Figure 2±1 and details appear in Chapter 3.

-Platform preparations

1)Ensure that all external power sources are set to OFF and that the platform power switch S1 is set to OFF.

2)Install a TPA122 MSOP module in platform socket U5, taking care to align the module pins correctly.

3)Use switch S2 to select or bypass the signal conditioning EVM (U1).

4)Set control signal Polarity jumper JP7 to Hi.

5)Set Hp source switch S3 to U5 to route the output signal to the headphone Jack (J10).

Table 2±2. Platform Jumper and Switch Settings for the TPA122 MSOP EVM

EVM

JP6

JP7

JP8

S2

S3

 

 

 

 

 

 

TPA122

X

Hi

X

Note 2

U5

Notes: 1) X = Don't care

2)Set S2 to ON when signal conditioning board is installed in U1; set S2 to OFF when no signal conditioning board is installed.

-Power supply

6)Select and connect the power supply:

a)Connect an external regulated power supply set to a voltage between 2.5 V and 5.5 V to platform VDD power input connector J6, taking care

to observe marked polarity,

or

b)Install a 3-V to 5-V voltage regulator EVM (SLVP097 or equiv.) in platform socket U6. Install a 9-V battery in B1 or connect a 7 V ± 12

V power source to a platform VCC power input J1 or J2 and jumper the appropriate power input (see platform user's guide).

-Inputs and outputs

7)Ensure that signal source level is set to minimum.

8)Connect the audio source to left and right RCA phono jacks J3 and J5 or stereo miniature phone jack J4.

9)Connect 32-Ωheadphones to headphone jack J10.

-Power up

10)Verify correct voltage and input polarity and set the external power supply

to ON. If VCC and an onboard regulator EVM are used to provide VDD, set platform power switch S1 to ON.

Platform LED2 should light indicating the presence of VDD, and the evaluation modules installed on the platform should begin operation.

11) Adjust the signal source level as needed.

Quick Start

2-3

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Contents Users Guide Important Notice Related Documentation From Texas Instruments PrefacePage Contents Tables FiguresIntroduction Features Description TPA122 Msop EVM SpecificationsIntroduction EVM JP6 JP7 JP8 Quick StartPower PrecautionsPlatform preparations Quick Start List for PlatformQuick Start List for Stand-Alone Power-upDetails ±1. The TI Plug-N-Play Audio Amplifier Evaluation Platform ±2. TPA122 Msop EVM TPA122 Msop Audio Power Amplifier Evaluation Module±4. TPA122 Amplifier IC 1 TPA122 Audio Amplifier ICShutdown Module GainEVM Insertion Installing and Removing EVM BoardsOff U2 Stereo Power Amplifier EVM Signal Routing±6. Shutdown Polarity Control Power Requirements Inputs Inputs and Outputs1 TPA122 Msop EVM Connected as a Stereo Headphone Amplifier Using The TPA122 Msop EVM Stand-Alone±1. TPA122 Msop EVM Parts List

SLOU025 specifications

Texas Instruments (TI) is renowned for its extensive portfolio of analog and mixed-signal integrated circuits, with the SLOU025 document detailing a very specific product that focuses on precision applications in various electronics. This document, often referred to in the industry, serves as a comprehensive resource for engineers and designers looking to understand the capabilities of TI's offerings.

One of the main features highlighted in SLOU025 is the high level of precision. The products covered in this document are designed for applications requiring low noise and high accuracy. This characteristic is critical in fields like telecommunications, industrial automation, and medical devices, where even minor inaccuracies can lead to significant system errors.

SLOU025 showcases a range of technologies utilized in TI products, including advanced data conversion techniques. These technologies allow for the seamless integration of multiple functions within a single chip, reducing the overall footprint of electronic designs. This integration not only enhances performance but also simplifies the design process for engineers, enabling faster time-to-market for new products.

Another important characteristic mentioned is power efficiency. Many of the devices described in SLOU025 prioritize low power consumption while maintaining high performance levels. This is particularly important in battery-powered and portable applications, where energy efficiency has a direct impact on the overall usability and lifespan of the device.

The document also emphasizes the versatility of Texas Instruments’ products. With various configurations available, engineers can select the most suitable option for their specific applications, whether it be for automotive, communication, or consumer electronics. This adaptability makes TI components highly sought after in the competitive semiconductor market.

Furthermore, SLOU025 illustrates the commitment of Texas Instruments to continuous innovation. The company invests heavily in research and development to stay at the forefront of technology advancements, which is reflected in the superior performance metrics of its devices.

In summary, Texas Instruments SLOU025 functions as an essential guide for stakeholders involved in electronics design and implementation. It underscores the features of high precision, advanced data conversion technologies, power efficiency, versatility, and a commitment to innovation that collectively enhance TI’s offerings in the market. The detailed insights provided in this document empower engineers to make informed decisions that ultimately lead to the creation of superior electronic solutions.