MSP430F5304IRGZT Overview
The following product description cannot be produced with guaranteed accuracy without the original product sheet for the MSP430F5304IRGZT. To avoid inventing or misreporting electrical, memory, timing, package, and peripheral data, I need the manufacturer’s datasheet or the provided specification sheet. Once the sheet is available I will generate a focused, engineer-grade description with precise numerical values, a technical table, application guidance, and an advantages comparison. For reference and sourcing context see IC Manufacturer.
MSP430F5304IRGZT Technical Specifications
| Parameter | Specification (from sheet) |
|---|---|
| Core architecture | Refer to supplied datasheet |
| CPU width / data bus | Refer to supplied datasheet |
| Maximum clock frequency | Refer to supplied datasheet |
| On-chip Flash memory | Refer to supplied datasheet |
| SRAM size | Refer to supplied datasheet |
| Operating voltage range | Refer to supplied datasheet |
| Operating temperature range | Refer to supplied datasheet |
| Package type and pin count | Refer to supplied datasheet |
| ADC resolution / channels | Refer to supplied datasheet |
| Communication peripherals (UART / SPI / I2C) | Refer to supplied datasheet |
| Timers / PWM channels | Refer to supplied datasheet |
MSP430F5304IRGZT Key Features
- Single-core 16-bit processing capability that supports efficient control tasks and deterministic timing when confirmed in the datasheet.
- Low-power operating modes that reduce energy use for battery or energy-harvesting designs once the exact mode specifications are verified.
- Integrated analog peripherals such as ADC and comparator (as listed on the product sheet) to simplify sensor interfacing and reduce BOM count.
- Rich serial interfaces that, per the sheet, provide flexible connectivity options for industrial sensors and external peripherals.
Typical Applications
- Battery-powered industrial sensor nodes where ultra-low active and standby current extend operational life over months to years when using proper power modes and wake-up sources.
- Embedded control in portable instruments requiring a small-footprint MCU with mixed-signal peripherals to interface with multiple analog sensors and actuators reliably.
- Human-machine interface control for industrial panels where precise timing, PWM, and serial communications are needed to drive displays and communicate with host systems.
- Data acquisition front-end for factory automation modules where deterministic timers and ADC resolution support accurate sampling and preprocessing before host transfer.
MSP430F5304IRGZT Advantages vs Typical Alternatives
When compared to general-purpose 8-bit microcontrollers, this family offers 16-bit processing and integrated mixed-signal peripherals that can cut component count and firmware complexity. Against higher-end 32-bit MCUs, it usually trades raw compute throughput for lower power and simpler real-time control. The correct datasheet confirms package density, memory sizing, and peripheral mix so you can assess whether the device provides better integration, lower standby current, or smaller BOM for a specific embedded design.
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MSP430F5304IRGZT Brand Info
The MSP430 product family is a low-power microcontroller line from Texas Instruments. This part aligns with the MSP430 series focus on ultra-low-power operation and mixed-signal integration. For exact branding, ordering codes, and authorized distribution channels, consult the official TI datasheet and authorized distributors to confirm availability and revision.
FAQ
What is the package and pin count?
Package and pin-count details are defined in the product sheet. The exact mechanical drawing, pad layout, and thermal data should be pulled from the official datasheet to ensure correct PCB footprint and soldering profile.
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What are the confirmed memory sizes?
Flash and SRAM sizes must be read from the supplied datasheet. Memory sizes determine code capacity and runtime data buffering and are critical for evaluating suitability for bootloaders and communication stacks.
Which serial interfaces are on-chip?
The datasheet lists available UART, SPI, I2C, or USCI/USI modules and their pin multiplexing. Use the sheet to verify which peripherals are present and their maximum supported data rates for system design.
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What voltage and temperature ranges apply?
Operating voltage and temperature ratings, including recommended supply decoupling and absolute maximums, are specified in the datasheet. Confirm these to meet industrial, commercial, or extended temperature class requirements.
Can I get development resources for this part?
Development tools, evaluation boards, and reference code are typically provided by the manufacturer. The datasheet and manufacturer’s website list recommended development kits, IDE support, and application notes to accelerate design-in.