MSP430F415IPM 16-bit Low-Power Microcontroller in IPM Package

MSP430F415IPM Overview

The MSP430F415IPM is a low?power, 16?bit microcontroller designed for space? and energy?constrained industrial control and sensing tasks. It combines a 16?bit RISC CPU with integrated analog and digital peripherals to reduce board count and development time. The device targets applications that demand ultra?low power, predictable real?time control, and compact system integration. Sourcing and design teams will find this part suitable when they need a compact MCU with mixed?signal capability and solid peripheral integration. For supplier and datasheet access visit IC Manufacturer.

MSP430F415IPM Technical Specifications

MSP430F415IPM Key Features

• 16?bit RISC core ?? delivers efficient code density and faster arithmetic versus 8?bit alternatives, improving control loop responsiveness.
• Ultra?low power operation ?? multiple low?power modes reduce average energy consumption, extending battery life in portable and remote sensing systems.
• On?chip 10?bit ADC ?? enables direct analog sensor interfacing without external converters, reducing component count and cost.
• 16?bit timer with capture/compare ?? supports precise pulse generation and measurement for motor control and timing tasks.
• USART/UART serial ?? simplifies integration with modems, sensors, and RS?232/RS?485 transceivers for robust communications.
• Wide voltage range ?? 1.8 V to 3.6 V operation allows compatibility with common battery chemistries and regulated power rails.
• Industrial temperature rating ?? supports harsh environments typical of industrial and embedded applications.

Typical Applications

• Battery?powered sensing nodes and remote telemetry where long standby life and periodic active measurement reduce maintenance and extend field deployment time.
• Industrial process controllers requiring precise timing and low latency for event capture, PWM generation, and simple closed?loop control tasks.
• Handheld measurement instruments that need accurate ADC sampling, serial communication, and low quiescent current to maximize run time per charge.
• Consumer and building automation endpoints where mixed?signal integration lowers BOM cost and simplifies PCB routing for compact modules.

MSP430F415IPM Advantages vs Typical Alternatives

The MSP430F415IPM competes strongly against 8?bit MCUs and larger 32?bit parts by offering a 16?bit core that balances computational power and code density. It consumes significantly less energy in sleep states than many higher?performance controllers, making it ideal for battery?sensitive applications. Integration of a 10?bit ADC, 16?bit timer, and serial interface reduces external components and system complexity, delivering better price/performance and faster time?to?market for compact embedded designs.

MSP430F415IPM Brand Info

The MSP430 family is manufactured by Texas Instruments, a long?established semiconductor company known for analog and mixed?signal solutions. Texas Instruments positions this device for low?power embedded control and sensing, backed by extensive application notes, development tools, and global distribution channels for industrial sourcing.

FAQ

What core does it use?

The device uses a 16?bit RISC CPU core designed for compact code size and efficient control algorithms. This architecture offers better arithmetic throughput than typical 8?bit MCUs while keeping silicon and power overhead lower than many 32?bit designs.

What supply voltage range is supported?

It operates across a wide 1.8 V to 3.6 V supply window, enabling direct use with common battery voltages and standard regulated rails without external level shifting for many I/O interfaces.

Does it include an ADC?

Yes, the MCU integrates a 10?bit successive?approximation ADC on chip, permitting direct connection to analog sensors and reducing the need for separate converter ICs in signal?acquisition systems.

Is it suited for industrial temperatures?

Yes, the part is specified for industrial operation from approximately -40 ??C to +85 ??C, making it suitable for factory automation, outdoor sensing, and other temperature?challenging environments.

Where can I get documentation and tools?

Datasheets, application notes, and development tools are available from the manufacturer??s support channels and distributor networks. Consult the official product documentation for detailed pinouts, electrical characteristics, and recommended PCB practices.