MSP430F168IPM Overview
The MSP430F168IPM is part of the MSP430? family of ultra-low-power microcontrollers designed for control and sensing tasks that demand long battery life and high integration. It uses a 16-bit RISC core and integrates analog and digital peripherals for mixed-signal designs. For an accurate, component-level product brief with pinout, memory map, timing and electrical limits, please attach the official product sheet or datasheet so the final content exactly reflects the published device data from IC Manufacturer.
MSP430F168IPM Technical Specifications
| Parameter | Value / Notes |
|---|---|
| CPU architecture | 16-bit RISC core |
| Typical supply range | Refer to datasheet for exact voltage limits and operating ranges |
| Non-volatile memory | See official product sheet for Flash/ROM capacity and organization |
| Volatile memory (RAM) | Consult datasheet for precise RAM size and retention characteristics |
| On-chip ADC | Integrated analog-to-digital converter; refer to sheet for resolution and channels |
| Timers | Multiple on-chip timers; exact number and width listed in datasheet |
| Serial interfaces | UART/SPI/I2C functionality typically available via serial modules (verify in datasheet) |
| Package type | Package marking: IPM suffix; consult datasheet for pin count and mechanical drawing |
| Operating temperature | See official datasheet for industrial and commercial ranges |
| Power modes | Several low-power modes supported; exact currents and wake-up times are in the datasheet |
MSP430F168IPM Key Features
- 16-bit core that reduces code size and offers efficient math for control algorithms.
- Integrated analog blocks enabling sensor interface without external ADC chips, lowering BOM cost.
- Multiple serial modules to support UART, SPI and I2C, simplifying connectivity and reducing parts count.
- Ultralow-power modes that extend battery life in sensor nodes and portable instruments; check datasheet for mode currents.
Typical Applications
- Battery-powered sensor hubs where low standby current and integrated ADC reduce total system power and component count.
- Portable instrumentation that benefits from a 16-bit core for efficient fixed-point arithmetic and compact firmware footprint.
- Embedded control in HVAC, lighting, or motor controllers that need timers, serial links and analog inputs without added external ICs.
- Smart metering and energy-monitoring nodes that require reliable sampling, local processing, and low-power sleep/wakeup profiles.
MSP430F168IPM Advantages vs Typical Alternatives
The device leverages a 16-bit RISC architecture and integrated mixed-signal peripherals to deliver a smaller BOM and lower run-time power than many 8-bit controllers with external ADCs. Compared with higher-end 32-bit MCUs, it typically offers better energy efficiency for simple control and sensing tasks and lower system cost. For concrete numeric comparisons??memory, clock rates, and power figures??refer to the official datasheet and package drawing.
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MSP430F168IPM Brand Info
MSP430F168IPM belongs to the MSP430 portfolio from Texas Instruments. The family emphasizes ultra-low power and tight analog/digital integration optimized for sensing and portable control. Texas Instruments publishes detailed datasheets, code examples and development tools for fast evaluation and deployment.
FAQ
What core does the device use?
The microcontroller uses a 16-bit RISC core designed for compact code and efficient control processing; check the datasheet for instruction timing and bus architecture details.
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Where can I find pinout and package data?
Pinout, mechanical drawings and package thermal information are provided in the official product sheet and package drawing; consult that document for exact pin assignments and mounting recommendations.
How do I verify electrical limits?
Absolute maximum ratings, recommended operating conditions, and supply decoupling guidance are specified in the datasheet; review those sections before hardware design and PCB layout.
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Are development tools available?
Development kits, reference code and debugger support are typically available from the manufacturer and authorized distributors; check the official website for specific toolchains and sample projects.
What documentation should I request?
Request the device datasheet, device errata, reference manual, package drawing and any application notes to obtain complete specifications, known issues and recommended design practices.