Texas Instruments 430BOOST-TMP006

Overview

The 430BOOST-TMP006 from Texas Instruments is an evaluation BoosterPack designed to accelerate development with the TMP006 infrared contactless temperature sensor and MSP430G2553 microcontroller. It integrates a pre-loaded firmware image, on-board TMP006EVM hardware, dual-color LED indicators (D1/D2), pushbutton controls (S1/S2), and UART-based PC communication via LaunchPad backchannel. It supports real-time streaming and untethered flash-based logging of object and local temperature data.

For engineers reviewing the 430BOOST-TMP006 datasheet, 430BOOST-TMP006 pinout, 430BOOST-TMP006 application, or 430BOOST-TMP006 equivalent, this page delivers verified hardware integration details, GUI-supported dual-mode operation (Data Streaming and Data Logging), I²C interface configuration for TMP006, MSP430G2553 firmware architecture, and LabVIEW-based host interaction - all critical for rapid prototyping of non-contact thermal sensing systems.

Technical Context

This BoosterPack implements a complete evaluation system combining the MSP430G2553 MCU (16-bit RISC core, 16 kB Flash, 512 B RAM) with the TMP006 thermopile sensor (I²C interface, ±0.5°C accuracy, 0.5°C resolution, -40°C to 125°C local temp range). Firmware uses hardware UART (USCI module) for PC communication and supports timer-based UART fallback via source modification.

Two operational modes are implemented in firmware: Data Streaming Mode (LED1 ON, continuous UART transmission of object/local temperature) and Data Logging Mode (untethered, battery-powered, flash-resident storage with manual dump via GUI). Calibration is performed via S1 button press, triggering transient-corrected local temperature reference update.

Key Specifications

Availability

The 430BOOST-TMP006 is available at Aetrix Electronics and suitable for thermal sensor evaluation, MSP430-based embedded prototyping, and infrared temperature measurement education requiring stable component supply and full software toolchain support.

Supply support for 430BOOST-TMP006 includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Texas Instruments is a global semiconductor company specializing in analog, embedded processing, and connectivity technologies, with decades of leadership in low-power microcontrollers and precision sensing solutions.

The 430BOOST-TMP006 belongs to TI's BoosterPack ecosystem - a family of plug-in evaluation modules designed to extend LaunchPad development platforms with validated sensor, power, and interface functionality for rapid proof-of-concept and firmware validation.

FAQ

What is the 430BOOST-TMP006 used for?

The 430BOOST-TMP006 is an evaluation BoosterPack that enables rapid development with the TMP006 infrared temperature sensor and MSP430G2553 MCU. It provides pre-loaded firmware, a LabVIEW GUI, dual-mode operation (streaming and logging), and hardware-level integration - allowing engineers to validate contactless thermal sensing algorithms, test I²C sensor interfacing, and prototype battery-powered monitoring applications without custom PCB design. The 430BOOST-TMP006 serves as a turnkey reference for non-contact temperature measurement systems.

Does the 430BOOST-TMP006 include the MSP430G2553 microcontroller?

Yes, the 430BOOST-TMP006 includes an MSP430G2553 device pre-programmed with the user experience firmware described in SLAU440. This MCU handles TMP006 I²C communication, temperature calculation using the provided API (tmp006_getTemp, tmp006_calculateTemp), LED control, button debouncing, and UART data transmission. The 430BOOST-TMP006 relies on this onboard MSP430G2553 - no external MCU is required for basic operation when used with a compatible LaunchPad baseboard.

How do I switch between Data Streaming and Data Logging modes on the 430BOOST-TMP006?

Mode switching on the 430BOOST-TMP006 is performed either via hardware button or GUI command. Press S2 on the LaunchPad to enter Data Logging Mode (LED1 turns OFF); press S1 to recalibrate. In Data Streaming Mode (LED1 ON), temperature data flows continuously over UART. The GUI provides "Toggle between Data Stream and Data Logger Modes" buttons and supports Erase Flash Data and Dump Flash Data to PC functions - but these require USB connection and are only active in Data Logging Mode. The 430BOOST-TMP006 firmware enforces strict mode separation per SLAU440 Sections 5.1 and 5.2.

What software tools are supported for developing with the 430BOOST-TMP006?

The 430BOOST-TMP006 supports Code Composer Studio v5.2 and IAR Embedded Workbench v5.40.3, with fully commented source code included in the 430boost_tmp006_x_xx_xx_xx.zip package under the /src folder. The API layer (tmp006_init, tmp006_getTemp, etc.) is documented in Doxygen format within the /doc folder. The LabVIEW-based GUI provides real-time visualization, CSV export, and flash memory management - and is installed separately via setup.exe in the gui_installer folder. All tools are freely available and directly referenced in SLAU440 Section 5 and Appendix 6.1.

Is the 430BOOST-TMP006 compatible with newer LaunchPad revisions?

Yes, the 430BOOST-TMP006 is compatible with MSP-EXP430G2 LaunchPad revision 1.4 and above, as explicitly stated in SLAU440 Section 3.1. For rev1.5, J3 jumpers must be set to hardware UART mode (Figure 2); for rev1.4 and below, UART cross-jumpering is required per SLAU318. The 430BOOST-TMP006 pinout aligns with standard BoosterPack mechanical and electrical specifications, and its operation has been validated across these revisions - though users must follow the exact configuration steps in SLAU440 Section 3.2 to ensure reliable I²C and UART functionality.