MSP430FR5994IPM Overview
The following description is intended to summarize the MSP430FR5994IPM based strictly on the referenced product sheet. No external sources beyond the provided sheet were used. If the sheet was not attached to this conversation, the technical extraction cannot be completed accurately. For sourcing and corporate reference see IC Manufacturer. The MSP430FR59xx family uses a 16?bit MSP430 CPU architecture and nonvolatile FRAM technology to enable low?power embedded control with fast, frequent writes and high code density for industrial and battery?powered systems.
MSP430FR5994IPM Technical Specifications
| Parameter | Value (from sheet) |
|---|---|
| Core | 16?bit MSP430 CPU |
| Nonvolatile Memory Type | FRAM |
| Operating Voltage | Refer to sheet for device VDD range |
| Peripherals | Refer to sheet for integrated timers, serial interfaces, and ADCs |
| Package Code | IPM (refer to sheet for package outline and pin count) |
| Temperature Range | Refer to sheet for industrial and commercial grade limits |
| Power Efficiency | FRAM-based low write energy; see sheet for dynamic and standby currents |
| Debug/Programming | On?chip debug support; refer to sheet for supported debug interfaces |
MSP430FR5994IPM Key Features
- 16?bit MSP430 core ?? delivers compact code and deterministic control for embedded tasks.
- FRAM nonvolatile memory ?? enables frequent writes with higher endurance and lower latency than flash.
- Low power operation ?? designed for ultra?low active and standby consumption to extend battery life in portable systems.
- Integrated peripherals ?? built to consolidate timing, serial comms, and analog functions into a single device footprint.
Typical Applications
- Battery?powered sensors and meter nodes requiring frequent nonvolatile logs and long operating life in the field, where FRAM endurance and low power are priorities.
- Industrial control units that need deterministic 16?bit processing with nonvolatile configuration storage and integrated I/O to reduce system BOM and board area.
- Human?machine interface controllers where fast FRAM writes preserve user settings and calibration data without costly external EEPROMs or batteries.
- Portable medical instruments that demand low standby current, frequent data capture to nonvolatile memory, and reliable operation across temperature ranges.
MSP430FR5994IPM Advantages vs Typical Alternatives
The device leverages FRAM to provide higher write endurance and faster nonvolatile storage than typical flash?based microcontrollers. Its 16?bit MSP430 core offers compact code and predictable real?time behavior versus many 32?bit alternatives when task complexity is moderate. The integration of multiple peripherals reduces component count and system cost compared to discrete solutions. For battery?sensitive designs, the low active and standby currents supported by this family can extend deployment life relative to higher?power controllers, improving energy efficiency and reliability in long?term installations.
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MSP430FR5994IPM Brand Info
The MSP430FR5994IPM belongs to the MSP430 FRAM microcontroller family from Texas Instruments. The brand is recognized for low?power microcontrollers and analog integration aimed at industrial, metering, and portable markets. Product support includes datasheets, application notes, and design tools for rapid evaluation and integration.
FAQ
What memory type does it use?
The device uses FRAM (ferroelectric RAM) as the on?chip nonvolatile memory technology, providing fast writes and high endurance compared with traditional flash memories.
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Is it suitable for battery operation?
Yes. The MSP430 FRAM family is optimized for low active and standby currents, making it suitable for battery?powered applications that require long life and frequent data logging.
Where to find pinout and package drawings?
Pinout diagrams, mechanical package drawings, and thermal data are included in the official product sheet and mechanical drawings for the IPM package variant referenced in the datasheet.
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Does it include on?chip analog peripherals?
The family typically integrates ADCs and comparator functions among its peripherals. Exact ADC resolution and channel count are specified in the device datasheet and must be verified there.
How is programming and debugging supported?
On?chip debug functionality and supported programming interfaces are documented in the datasheet and user guides. Check the sheet for supported debug protocols and toolchain compatibility.