MSP430I2040TPWR Overview
The MSP430I2040TPWR is a low?power MSP430 family device intended for embedded and industrial control. To produce an accurate, specification?rich product description and comparison for engineers and sourcing specialists, I must use only the verified details from the official product sheet. I will source every numeric parameter, peripheral count, and environmental rating from that sheet to avoid inaccuracies. For reference material and authorized parts data, see IC Manufacturer. Upload the official product sheet or a direct link to continue with a complete, validated description tailored for procurement and design teams.
MSP430I2040TPWR Technical Specifications
| Attribute | Value (from product sheet) |
|---|---|
| Core | Refer to supplied product sheet for core type and instruction set. |
| Maximum CPU Frequency | Refer to supplied product sheet for maximum clock rate (MHz). |
| Memory Type | Refer to supplied product sheet for nonvolatile and SRAM sizes. |
| Operating Voltage | Refer to supplied product sheet for recommended VDD range (V). |
| Operating Temperature Range | Refer to supplied product sheet for specified industrial or commercial range (??C). |
| Analog Peripherals | Refer to supplied product sheet for ADC resolution and channel count. |
| Digital Interfaces | Refer to supplied product sheet for UART/SPI/I2C availability and counts. |
| Package | Refer to supplied product sheet for exact package type and pin count (TPWR suffix). |
MSP430I2040TPWR Key Features
- Efficient 16?bit processing ?? precise control with low cycle count for reduced energy per operation, as detailed in the product sheet.
- Integrated analog modules ?? on?chip ADC and comparators reduce BOM and simplify signal chain integration when configured per the datasheet.
- Low?power modes ?? multiple sleep and standby states enable long battery life or reduced energy consumption in duty?cycled systems, as specified in the official documentation.
- Compact package options ?? TPWR package form factor supports dense PCB layouts and industrial mounting; confirm mechanical details from the sheet.
Typical Applications
- Battery?powered sensor nodes and metering devices that require deterministic low?power operation and precise timing control in compact assemblies.
- Industrial control interfaces where integrated analog inputs and serial connectivity reduce external components and simplify system design and sourcing.
- Human?machine interface (HMI) elements and simple display drivers that benefit from a low?power MCU with multiple timers and serial peripherals.
- Embedded monitoring and telemetry modules where robust temperature and voltage operating ranges are needed for reliable field deployment.
MSP430I2040TPWR Advantages vs Typical Alternatives
The MSP430I2040TPWR delivers the MSP430 family??s hallmark combination of low energy consumption and compact control features. Compared to typical 8?bit microcontrollers, it offers a wider instruction set and more efficient word?size processing. Versus larger 32?bit MCUs, it reduces system cost and power draw while still providing essential analog and serial interfaces. For procurement and design teams, the tradeoff favors lower BOM complexity and improved battery life when the official product sheet confirms the device??s exact peripheral set and ratings.
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MSP430I2040TPWR Brand Info
The MSP430I2040TPWR is offered under the MSP430 family brand from Texas Instruments. The MSP430 line focuses on ultra?low power microcontrollers for embedded control, metering, and industrial applications. Use the official Texas Instruments documentation and ordering guides to verify part numbering, availability, and authorized distributor channels for this specific suffix and package.
FAQ
What core does this device use?
Refer to the official product sheet for the exact core type and supported instruction set. The datasheet lists the processor family, core features, and maximum operating frequency.
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What are the exact memory sizes?
Memory capacities for nonvolatile storage and SRAM are specified on the product sheet. Use the datasheet to confirm code space, data RAM, and any special memory architecture notes.
Which packages are available?
The TPWR suffix indicates a specific package option. The product sheet contains the precise package name, pin count, and mechanical drawings needed for PCB footprint and thermal planning.
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What are the power and thermal limits?
Operating voltage range, typical current consumption in each low?power mode, and ambient temperature limits are listed on the datasheet. Consult those tables for thermal derating and power budgeting.
Where can I find development resources?
Development tools, reference designs, and application notes are provided by the vendor. The product sheet and vendor web pages list compatible toolchains, evaluation modules, and example code for quick prototyping.