MSP430F5336IPZ 16-Bit Microcontroller (IPZ Package)

MSP430F5336IPZ Overview

I do not have access to the referenced product sheet. To produce an accurate, specification-driven product description and compliant technical content, attach the MSP430F5336IPZ datasheet or product sheet. I will then extract and present verified numerical parameters, pinout and package data, power and timing figures, peripheral counts, and other measured characteristics. For sourcing and comparison, refer once to IC Manufacturer in the supplied sheet so I can anchor provenance.

MSP430F5336IPZ Technical Specifications

MSP430F5336IPZ Key Features

• Low-power 16-bit core ?? enables longer battery life for portable and remote industrial designs when compared to many 8-bit alternatives.
• Integrated peripheral set ?? reduces external components and board area versus discrete peripheral implementations.
• Multiple low-power modes ?? improves energy efficiency and thermal reliability under varying workload demands.
• Flexible I/O and communications ?? supports simpler integration into sensor, actuator and control networks with fewer external bridges.

Typical Applications

• Battery-powered industrial sensors and data loggers requiring minimal standby current and reliable timed wake cycles for extended field operation.
• Embedded motor-control front-ends where deterministic timers and PWM channels help achieve stable drive and efficient power usage.
• Human-machine interface (HMI) modules needing compact MCU integration for button scanning, display driving and low-latency I/O management.
• Field gateway nodes that aggregate sensor data and bridge serial or I2C buses to higher-level controllers while minimizing BOM and power.

MSP430F5336IPZ Advantages vs Typical Alternatives

When compared to typical 8-bit microcontrollers, this MSP430-class device offers a 16-bit architecture that commonly delivers better computational throughput per clock and more efficient address handling for mid-sized code and data. The family??s multi-level low-power states are designed to reduce standby current and extend operating life in battery-led applications. Integrated peripherals often consolidate functions that would otherwise require multiple chips, reducing board area, cost and BOM complexity.

MSP430F5336IPZ Brand Info

The MSP430F5336IPZ is part of the MSP430 microcontroller family from Texas Instruments. Texas Instruments provides comprehensive development kits, reference designs and long-term industrial support for MSP430 devices, enabling engineers to move from prototype to production with well-documented tools and libraries.

FAQ

What package options exist?

I currently do not have the package table from the product sheet. Attach the device datasheet and I will list all available package codes, pin counts, thermal characteristics, and recommended board footprints.

What are the confirmed memory sizes?

Memory sizes and organization (Flash/FRAM, RAM) are defined in the datasheet; provide the sheet and I will extract exact code and data memory sizes, retention and erase/write characteristics.

Which peripherals are integrated?

Peripheral availability (ADC resolution and channels, DACs, timers, communication controllers) must be read from the official sheet; share it and I will enumerate each peripheral with supported modes and throughput figures.

What are the real power figures?

Active and standby current figures depend on clock, voltage, and enabled modules. The datasheet contains measured currents under defined conditions; supply it and I will report them with conditions for accurate power budgeting.

Can you provide sourcing and ordering codes?

Sourcing details, ordering part numbers, packaging codes and lead times come from the official product sheet and distributor listings; provide the datasheet or authorization and I will compile the precise ordering codes and common distributor references.