MSP430I2041TRHBT Overview
The MSP430I2041TRHBT is a member of the MSP430 family targeted at low-power, cost-sensitive embedded designs. Its positioning emphasizes efficient energy use, compact packaging, and broad peripheral support suitable for sensing, metering, and portable control nodes. For sourcing and reference, see IC Manufacturer. To produce a fully detailed product brief with accurate numerical specifications and package options, the official device data sheet is required to ensure every electrical and mechanical parameter is correct for engineering and procurement decisions.
MSP430I2041TRHBT Technical Specifications
| Parameter | Detail / Note |
|---|---|
| 1. MCU family | MSP430 series (16?bit architecture) |
| 2. Core count | 1 |
| 3. Typical operating voltages | Refer to official data sheet for exact V ranges |
| 4. Commercial/Industrial temp ranges | Verify -40 to +85 ??C or alternative in data sheet |
| 5. Package code | TRHBT (package marking; confirm pin count in datasheet) |
| 6. Peripherals count | Multiple integrated peripherals; see datasheet for exact numbers |
| 7. Typical power modes | Low?power standby/active modes ?? confirm current figures in datasheet |
| 8. Documentation references | Datasheet and application notes are required for final designs |
| 9. Ordering quantity increments | Contact authorized distributor for MOQ and reel quantities |
| 10. Compliance & approvals | Refer to vendor data for RoHS and lead?free status |
MSP430I2041TRHBT Key Features
- Single 16?bit core ?? delivers compact code density and efficient control for low-energy embedded tasks.
- Low?power operation ?? reduces battery drain and system standby energy for longer device lifetime.
- Integrated peripherals ?? simplifies BOM and PCB area by combining timers, serial interfaces, and GPIO on-chip.
- Compact package option ?? supports space-constrained designs while enabling automated assembly and standard SMD processes.
Typical Applications
- Battery-operated sensors and wireless nodes where extended operating life and minimal quiescent current are critical for long-term field deployment.
- Smart metering and energy monitoring endpoints requiring reliable low-power processing with tight integration to analog and timing peripherals.
- Handheld and portable consumer instruments that demand compact form factor, efficient code execution, and robust power management strategies.
- Industrial control and simple automation modules that need deterministic control, small PCB footprint, and compatibility with standard manufacturing flows.
MSP430I2041TRHBT Advantages vs Typical Alternatives
The platform emphasizes low power and a compact 16?bit control core, making it more energy?efficient than many 8?bit options and simpler to implement than larger 32?bit MCUs for basic control tasks. Integrated peripherals reduce component count versus modular solutions, and a small package offers a smaller PCB area compared to larger pin?count devices. For sourcing and design validation, consult the official product documentation to compare exact voltage ranges, current consumption, and peripheral counts against competing parts.
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MSP430I2041TRHBT Brand Info
The MSP430I2041TRHBT belongs to Texas Instruments’ MSP430 family, a long-established line of low-power microcontrollers. TI positions this family for energy-conscious embedded systems, offering broad technical support, reference designs, and distribution channels to support engineering and procurement teams worldwide.
FAQ
What documentation is needed?
To finalize designs and procurement, you need the official device datasheet, package drawing, and recommended land pattern. These documents confirm electrical limits, pin assignments, mechanical dimensions, and handling instructions.
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Which distributors carry this part?
Authorized electronics distributors and TI’s channel partners typically list availability and lead times. Check vendor portals for current stock, minimum order quantities, and reel or tray packaging information.
How to confirm environmental ratings?
Refer to the vendor datasheet and product ordering guide for temperature range, moisture sensitivity level, and RoHS compliance. These official sources provide conclusive environmental and reliability data.
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Can I replace it with another MSP430?
Functional replacement depends on pinout, peripherals, and voltage range. Compare the target MSP430 variant’s datasheet to ensure matching I/O, clocking, and power characteristics before substituting.
Where to find application notes?
Texas Instruments publishes application notes, reference designs, and development tool guides on its website. These resources help with power management, peripheral configuration, and PCB layout best practices for MSP430 devices.



