MSP430F5524IRGCR Overview
The MSP430F5524IRGCR is a member of a low-power, 16-bit microcontroller family commonly used where energy efficiency and integrated peripherals matter. To generate a fully accurate, sourced product description with exact electrical, memory and packaging data, I must extract facts directly from the official product sheet. For authoritative component data, visit the manufacturer’s resources at IC Manufacturer. Once the product sheet is supplied, I will produce a detailed, specification-driven description targeted to engineers and sourcing specialists.
MSP430F5524IRGCR Technical Specifications
| Parameter | Value (from product sheet) |
|---|---|
| CPU architecture | See product sheet |
| Core width | See product sheet |
| Maximum clock frequency (MHz) | See product sheet |
| Operating voltage range (V) | See product sheet |
| Nonvolatile memory type and size | See product sheet |
| RAM size | See product sheet |
| USB capability | See product sheet |
| Available I/O pins | See product sheet |
| ADC resolution and channels | See product sheet |
| Package / Pitch | See product sheet |
MSP430F5524IRGCR Key Features
- Low-power 16-bit core ?? efficient processing with reduced energy consumption for battery-powered systems.
- Integrated USB support ?? simplifies connectivity and reduces the need for discrete USB PHY components.
- Rich peripheral set ?? multiple timers, serial interfaces and analog inputs that improve integration and reduce BOM count.
- Flexible power modes ?? extends run-time and reliability in energy-constrained industrial applications.
Typical Applications
- Embedded USB devices and sensors that require low power draw and integrated host/device capability for robust field deployment and long service life.
- Industrial control nodes that need multiple serial interfaces and analog inputs for accurate monitoring and reliable control in distributed systems.
- Handheld measurement instruments where low-power sleep modes, accurate analog conversion and compact integration extend battery runtime and reduce size.
- Data acquisition front-ends that combine ADC, timer and DMA resources to sample signals precisely while keeping firmware and hardware complexity low.
MSP430F5524IRGCR Advantages vs Typical Alternatives
The device offers a lower-power 16-bit architecture combined with on-chip connectivity and analog resources, which can reduce total system cost compared with separate MCU plus USB/ADC solutions. Its integrated peripherals enable faster integration and fewer external components, improving reliability. For engineers evaluating trade-offs, this part tends to favor applications where energy efficiency, peripheral density and compact BOM outweigh the need for higher-core throughput.
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MSP430F5524IRGCR Brand Info
The MSP430 family is produced by Texas Instruments, a global semiconductor company known for mixed-signal and analog ICs. TI positions the MSP430 series for ultralow-power embedded applications, providing comprehensive design tools, application notes and long-term supply support for industrial and commercial projects.
FAQ
Does this device include USB support?
Answers about USB features and modes are available directly in the official product sheet. The datasheet shows whether the device supports full-speed USB, host/device roles and any on-chip PHY or transceiver requirements.
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What is the operating voltage and temperature?
Operating voltage range and temperature ratings are specified in the product sheet and determine suitability for industrial or consumer environments; consult the datasheet to confirm exact limits and derating guidance.
How much memory is available?
Nonvolatile memory type (Flash, FRAM, etc.) and RAM size differ across family variants; the product sheet lists the exact memory map, bootloader options and recommended memory usage for firmware.
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Which packages and pin counts exist?
Package options and pin-count detail are in the mechanical and ordering information section of the datasheet, essential for PCB footprint, thermal and routing planning.
Where can I get development resources?
Texas Instruments provides development kits, reference designs and software libraries; the product page and support documents linked from the official datasheet are the best sources for example code and toolchain recommendations.




