MSP430FR5730IRGET Overview
The MSP430FR5730IRGET is a low?power, 16?bit microcontroller built around the MSP430 CPU core and nonvolatile FRAM memory. It targets battery?sensitive and real?time control systems that demand faster nonvolatile writes and lower active and standby currents compared with many flash?based devices. The device integrates multiple timers, analog peripherals and flexible I/O to simplify sensor interface and power management. For sourcing and further product literature visit IC Manufacturer.
MSP430FR5730IRGET Technical Specifications
| CPU architecture | 16?bit MSP430 core |
| Nonvolatile memory | FRAM (on?chip) |
| Max core frequency | Up to 16 MHz |
| Operating voltage | 1.8 V to 3.6 V |
| GPIO count | Multiple digital I/O ports (dozens of signals) |
| Temperature range | -40 ??C to +85 ??C (industrial) |
| Package type | Surface mount, industry standard package |
| Low?power modes | Several sleep and standby modes for energy optimization |
| Timers | Multiple on?chip timer modules for PWM and scheduling |
| Analog peripherals | Integrated ADC and comparator resources for sensor inputs |
MSP430FR5730IRGET Key Features
- Single 16?bit MSP430 core providing compact code density and predictable performance for control tasks.
- Integrated FRAM for fast, low?energy nonvolatile writes so configuration and logging updates occur with less latency and fewer energy costs than flash.
- Multiple low?power modes that reduce system energy use in standby and extend battery life in portable and remote applications.
- On?chip timers and analog peripherals that simplify sensor interfacing and real?time control without external components.
Typical Applications
- Battery?powered sensor nodes requiring frequent nondestructive data logging and fast nonvolatile writes for energy?efficient operation over long deployment periods.
- Industrial control interfaces where reliable configuration retention, low standby current and deterministic timing reduce downtime and maintenance costs.
- Portable instrumentation that benefits from compact 16?bit processing, integrated ADCs and FRAM for rapid data capture and secure storage.
- Smart metering and utility endpoints that need robust nonvolatile memory, low quiescent current, and multiple timers for scheduled reporting and energy monitoring.
MSP430FR5730IRGET Advantages vs Typical Alternatives
The MSP430FR5730IRGET combines FRAM nonvolatile memory with a 16?bit MSP430 core to deliver faster write performance and lower write energy compared with flash?based competitors. Its multiple low?power modes and integrated analog/timer peripherals reduce the need for external components, lowering bill?of?materials and improving system reliability. For designs emphasizing frequent data updates, lower standby current, and deterministic control, this device often outperforms typical flash MCU alternatives.
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MSP430FR5730IRGET Brand Info
The MSP430FR5730IRGET is part of the MSP430 family from Texas Instruments. TI positions MSP430 devices for low?power embedded applications, emphasizing energy efficiency, compact 16?bit processing and broad peripheral integration for industrial, metering and battery?driven markets.
FAQ
What type of memory does this device use?
It uses on?chip FRAM (ferroelectric RAM), which provides fast, low?energy nonvolatile writes and a high endurance compared with traditional flash memories.
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What supply voltage is required?
The device operates from a low?voltage supply suitable for portable systems. Designers commonly run it within a typical embedded range to optimize energy use and peripheral compatibility.
Is it suitable for battery?powered designs?
Yes. The MCU supports multiple low?power modes and low active currents, making it appropriate for battery?powered nodes, portable instruments and remote sensors where energy budget is critical.
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Can it handle analog sensor inputs directly?
Yes. The device includes integrated analog peripherals such as ADC channels and comparators that enable direct sensor interfacing without extensive external analog circuitry.
What packaging options are available?
The part is offered in standard surface?mount packages suitable for industrial assembly. Check the manufacturer datasheet or distributor listings for exact package codes and pin counts for board layout planning.