MSP430F5132IDAR Overview
The MSP430F5132IDAR is an MSP430-series microcontroller aimed at ultra-low-power embedded control and mixed-signal applications. It combines a 16-bit RISC core with integrated peripherals to support sensor interfaces, timing, serial communications, and analog conversion while minimizing standby current. For sourcing, ordering, and authorized component information, consult IC Manufacturer. To deliver precise implementation metrics such as memory size, pinout, and electrical limits, the device datasheet is required to avoid assumptions and ensure correct BOM and design choices.
MSP430F5132IDAR Technical Specifications
| Parameter | Specification / Notes |
|---|---|
| Core | 16?bit RISC MSP430 CPU |
| Operating Mode | Ultra?low?power modes for active and standby operation |
| Package | IDAR?format (tape?and?reel suffix); refer to datasheet for pin count and footprint |
| Peripherals | Integrated serial interfaces and timers; exact counts are specified in the product datasheet |
| Analog | On?chip analog functions (ADC and reference options); consult the datasheet for resolution and performance |
| Supply | Designed for low?voltage embedded systems; exact voltage and current ratings in datasheet |
| Temperature Range | Industrial?grade operating range available per product datasheet |
| Reliability / Quality | Commercial/tape?and?reel packaging for automated assembly; device qualification details in datasheet |
| Programming & Debug | Supports on?chip debugging and standard MSP430 programming interfaces; consult datasheet for connector and pin assignments |
| RoHS / Compliance | Available in industry standard compliant packaging; verify certificate in datasheet |
MSP430F5132IDAR Key Features
- 16?bit RISC core ?? delivers predictable instruction performance and compact code density for control tasks.
- Ultra?low?power modes ?? reduces energy consumption for battery?powered and always?on systems, extending battery life.
- Integrated mixed?signal peripherals ?? on?chip analog and digital blocks cut BOM cost and system complexity.
- Compact package ?? tape?and?reel (IDAR) option simplifies high?volume assembly and automated pick?and?place.
Typical Applications
- Battery?powered sensor nodes and wireless meters where long battery life and low standby current are essential for multi?year deployment.
- Industrial control endpoints that require deterministic 16?bit processing with integrated timers and serial interfaces for fieldbus or sensor I/O.
- Portable instrumentation and handheld devices that need mixed?signal inputs, low power, and compact package options for space?constrained designs.
- Appliance and consumer control systems requiring low idle power, reliable MCU control, and straightforward integration into existing MSP430 toolchains.
MSP430F5132IDAR Advantages vs Typical Alternatives
The device emphasizes lower active and standby power compared with many generic 8? or 32?bit controllers, offering a balance of performance and efficiency for embedded control. Its integrated mixed?signal peripherals reduce external component count versus discrete designs, and the IDAR tape?and?reel packaging improves production throughput for medium to high volumes. For designs prioritizing long battery life, small PCB area, and simpler BOM, this MCU family can be more attractive than alternatives that demand more external analog support or higher quiescent currents.
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MSP430F5132IDAR Brand Info
The MSP430F5132IDAR is part of the MSP430 microcontroller family from Texas Instruments. TI??s MSP430 lineup focuses on ultra?low?power 16?bit MCUs, extensive toolchain support, and broad distribution, making this product suited for industrial and portable embedded designs that need proven silicon and vendor ecosystem support.
FAQ
What CPU core does it use?
The device uses Texas Instruments?? 16?bit MSP430 RISC core. This architecture prioritizes low power consumption and efficient code density for control and signal acquisition tasks.
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How do I confirm pinout and footprint?
Refer to the official product datasheet and package drawing for the exact IDAR pinout, mechanical dimensions, and recommended PCB land pattern before finalizing board layout and assembly files.
Where are memory and peripheral counts listed?
Memory sizes, peripheral counts, ADC resolution, and timer availability are defined in the product datasheet. Use those tables to verify if the device meets ROM/RAM and I/O requirements for your application.
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Is development tool support available?
MSP430 devices are supported by TI??s standard MSP430 toolchain, debuggers, and software libraries; consult TI resources for IDE compatibility and code examples tailored to the exact device variant.
How to order the IDAR part?
Order using the full ordering code that includes the IDAR suffix to obtain the tape?and?reel packaged parts. Check supplier availability, minimum order quantities, and lead times through authorized distributors and the product datasheet for exact ordering options.