MSP430F47167IPZR 16-Bit Microcontroller IPZR Package

MSP430F47167IPZR Overview

The MSP430F47167IPZR is a 16?bit mixed?signal microcontroller tuned for low?power industrial and battery?operated systems. It combines a compact package, integrated analog and timing peripherals, and a low operating voltage window to enable efficient sensor control, power management, and embedded monitoring. Design teams benefit from lower system complexity and smaller BOMs when they use this device to replace discrete analog components. Learn more from the manufacturer at IC Manufacturer.

MSP430F47167IPZR Technical Specifications

MSP430F47167IPZR Key Features

• 16?bit RISC core ?? delivers compact code and efficient integer math for control loops with lower instruction count versus 8?bit alternatives.
• Low operating voltage ?? supports 1.8?C3.6 V systems, which helps extend battery life and simplify power?rail design compared with higher?voltage MCUs.
• 12?bit ADC ?? provides more resolution for sensor measurement versus lower?resolution converters, improving accuracy in monitoring and control tasks.
• Multiple 16?bit timers ?? enable precise PWM generation and event capture for motor control, power conversion, and timing applications.
• TSSOP?28 package ?? reduces PCB footprint and eases assembly for high?density boards compared with larger packages.
• Industrial temperature rating ?? ensures reliable operation across typical commercial and industrial temperature ranges.

Typical Applications

• Battery?powered industrial sensors and wireless nodes where low supply voltage and low active current prolong field operation and reduce maintenance intervals.
• Power?management subsystems requiring precise ADC measurements and timer?based control loops for efficient DC?DC conversion and battery charging.
• Motor control and actuation interfaces using multiple 16?bit timers and PWM outputs for smooth speed control and accurate position feedback.
• Embedded monitoring and data?logging equipment that needs integrated analog front?end, serial interfaces, and a small package to fit compact enclosures.

MSP430F47167IPZR Advantages vs Typical Alternatives

The device pairs a 16?bit core with integrated analog peripherals and a low 1.8?C3.6 V operating window, giving teams a smaller BOM and lower system power than many 32?bit MCUs that require higher voltages or external analog chips. Its 12?bit ADC and multiple 16?bit timers offer higher measurement resolution and finer timing control than 8?bit competitors. The TSSOP?28 package and industrial temperature range make it more adaptable to compact industrial designs than larger, consumer?focused parts.

MSP430F47167IPZR Brand Info

The MSP430F47167IPZR is part of the MSP430 microcontroller family from Texas Instruments. The brand emphasizes low?power performance and integrated analog features for embedded control. TI supplies development tools, application notes, and ecosystem support tailored for rapid prototyping and industrial deployment.

FAQ

What core does it use?

The device uses a 16?bit RISC CPU architecture common to MSP430 devices. This core provides compact code density and efficient control?oriented performance for embedded tasks.

What supply voltages are supported?

This device supports a low supply?voltage range from 1.8 V up to 3.6 V, enabling compatibility with single?cell batteries and standard low?voltage rails in modern industrial systems.

Which package is shipped?

The part is supplied in a TSSOP?28 industrial package, typically delivered on tape and reel for automated assembly. The package offers a smaller PCB footprint versus larger SOIC or QFN alternatives.

What analog peripherals are built in?

Integrated analog peripherals include a 12?bit ADC plus comparators and other measurement blocks. These reduce the need for external ADCs and simplify sensor interface circuitry.

Is it suitable for industrial temperatures?

Yes, the device is rated for industrial use with an operating range that spans typical industrial temperatures, making it suitable for field equipment and factory automation tasks.