MSP430F2001IRSAT Overview
The MSP430F2001IRSAT is a member of the MSP430 microcontroller family. To produce a full, accurate, specification-driven product description that relies only on the original sheet, I need the device datasheet or the exact sheet contents. With the sheet, I will deliver a precise technical overview, parameter table, features list, application examples, and a competitive advantages section. For brand and family context see IC Manufacturer.
MSP430F2001IRSAT Technical Specifications
| Attribute | Value / Note |
|---|---|
| Manufacturer | Texas Instruments (MSP430 family) |
| CPU architecture | 16?bit RISC |
| Low?power modes | 5 low?power modes |
| Supply voltage range | Refer to datasheet for exact VDD min/max |
| Operating temperature | Refer to datasheet for commercial/industrial ranges |
| Packaging option | Refer to datasheet for package code and pin count |
| Peripherals | Device-class peripherals ?? consult sheet for timers, serial, ADC details |
| Standby & active currents | Measured currents are listed on the device sheet |
MSP430F2001IRSAT Key Features
- Single 16?bit core with compact instruction set that reduces code size and simplifies control-flow implementation.
- Multiple low?power operating modes that lower average energy use in battery?powered systems and extend run time.
- Tight peripheral integration to reduce external component count and lower system cost when used as a control node.
- Family compatibility that eases migration and software reuse across other MSP430 devices with similar peripheral sets.
Typical Applications
- Battery?powered sensor nodes that require long standby time and a low active?current profile for intermittent sampling and transmission.
- Simple control and monitoring tasks in industrial panels where low power and a small package help reduce BOM and board area.
- Consumer handheld devices that need an ultra?low?power MCU for user interface scanning, timing, and power management.
- Portable instrumentation and metering where deterministic control, low energy consumption, and reliable operation matter.
MSP430F2001IRSAT Advantages vs Typical Alternatives
The MSP430 class is optimized for ultra?low power and compact embedded control. Compared with many 8?bit MCUs, it offers a true 16?bit data path for more efficient arithmetic and compact code density. The device family emphasizes several low?power modes and tight peripheral integration, which together reduce system power and parts count. For precise electrical and timing advantages, the device datasheet lists measured current, voltage limits, and peripheral timing.
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MSP430F2001IRSAT Brand Info
The MSP430F2001IRSAT is part of the MSP430 product family from Texas Instruments. TI??s MSP430 line targets ultra?low?power embedded applications with a 16?bit CPU core, mature toolchain, and broad industry support for development and production. The family is known for long supply availability and extensive application notes.
FAQ
What core does this device use?
The device uses a 16?bit RISC core characteristic of the MSP430 family. That architecture focuses on low power and efficient code density for control and measurement tasks.
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Where can I find pinout and package details?
Pinout, package drawings, and mechanical tolerances are provided on the official datasheet and packaging specification. Check the device drawing for tape?and?reel and mounting recommendations.
How do I verify power and current values?
Supply voltage limits, recommended operating conditions, and measured currents in active and standby modes are documented on the electrical characteristics table in the product sheet.
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Which development tools support this MCU?
Development toolchain and debugger support (IDE, compilers, and in?circuit debuggers) are documented by the manufacturer. Consult the MSP430 development ecosystem for compatible tools and example code.
Is this device suitable for battery operation?
The MSP430 family is designed for battery?operated systems due to its multiple low?power modes and low standby currents. Exact suitability should be confirmed against battery size, duty cycle, and the datasheet??s current consumption figures.