MSP430F2002TRSAT Overview
The MSP430F2002TRSAT is a compact, ultra?low?power 16?bit microcontroller designed for simple embedded control and battery?powered systems. It combines a low?power CPU core with essential peripherals to reduce board count and accelerate time to market. Designers gain a small memory footprint, a single 16?bit timer and multiple general?purpose I/Os to implement efficient control, timing and wake?up functions. For sourcing and datasheet access visit IC Manufacturer.
MSP430F2002TRSAT Technical Specifications
| Parameter | Specification |
|---|---|
| Core | 16?bit RISC |
| Maximum CPU clock | Up to 16 MHz |
| Nonvolatile memory | 1 KB Flash |
| SRAM | 128 bytes |
| Operating voltage | 1.8 V to 3.6 V |
| Timers | One 16?bit Timer_A |
| Digital I/O | Multiple general?purpose I/O pins (14?pin package) |
| Package | TSSOP, tape and reel suffix (TRSAT) |
| Power modes | Several low?power modes for active and standby operation |
| Supply current | Ultra?low active and standby currents (application dependent) |
MSP430F2002TRSAT Key Features
- Single 16?bit CPU core with compact instruction set for predictable, deterministic performance in control tasks.
- On?chip nonvolatile memory and SRAM for firmware storage and runtime data, enabling field updates with fewer external components.
- Low operating voltage range and multiple low?power modes to extend battery life in portable and energy?sensitive designs.
- Integrated 16?bit timer that simplifies precise timing, pulse generation and low?jitter wake?up without host intervention.
Typical Applications
- Battery?powered sensor nodes requiring long standby times and occasional short active bursts for measurement and radio control.
- Simple industrial controls where reliable timing, small firmware footprint and low energy draw reduce system complexity and cost.
- Consumer battery devices such as handheld controllers and remote controls that need compact packages and predictable wake/sleep behavior.
- Stand?alone metering or monitoring devices that use a single 16?bit timer and flexible I/O to handle timing and event capture tasks.
MSP430F2002TRSAT Advantages vs Typical Alternatives
The MSP430F2002TRSAT offers a tighter power/feature balance than many 8?bit microcontrollers, delivering 16?bit arithmetic and timer precision with lower active and standby currents. Compared with larger MCU families, it reduces BOM and PCB area by integrating flash, SRAM and essential peripherals into a small TSSOP package. For designs where energy efficiency, deterministic timing and minimal component count matter, this device provides a more compact, lower?power alternative while keeping development effort and cost down.
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MSP430F2002TRSAT Brand Info
The MSP430F2002TRSAT is part of the MSP430 family from Texas Instruments. Texas Instruments supplies the MSP430 series as a low?power embedded offering focused on energy?sensitive applications, with broad toolchain support, documentation and distribution for industrial and consumer design teams.
FAQ
What core does it use?
The device uses a 16?bit RISC CPU core optimized for low power and simple control tasks. This core enables efficient code density and predictable execution for timing?critical embedded applications.
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What voltage range is supported?
The product operates across a low?voltage range suitable for battery operation. This helps designers run devices from single?cell battery sources while retaining stable logic and peripheral behavior.
How much program memory is available?
On?chip nonvolatile Flash memory provides a small program storage footprint suitable for compact firmware. This reduces the need for external memory and simplifies system design.
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Which timers are included?
Includes a 16?bit timer module for precise timing, PWM generation and event capture. The timer offloads timing tasks from the CPU and supports low?power operation by enabling wake on compare or capture events.
What packaging and ordering options exist?
The part is available in a small TSSOP footprint with tape?and?reel packaging for automated assembly and high?volume manufacturing, enabling cost?effective placement and handling.



