MSP430F4794IPZR Overview
The MSP430F4794IPZR is a member of the MSP430 family targeted at low?power, mixed?signal embedded applications. To ensure accuracy and compliance with your requirement to use only the referenced product sheet, all technical claims below reference the original datasheet content. This summary highlights power?efficient operation, integrated analog/peripheral resources, and packaging intended for industrial sourcing and volume production. For sourcing and further specification cross?checks visit IC Manufacturer.
MSP430F4794IPZR Technical Specifications
| Parameter | Value (see datasheet) |
|---|---|
| Device family / core | Refer to product sheet |
| Operating voltage range | Refer to product sheet |
| Maximum CPU clock / frequency | Refer to product sheet |
| Program memory type and size | Refer to product sheet |
| RAM size | Refer to product sheet |
| On?chip peripherals (ADC/DAC/Timers/UART/SPI/I2C) | Refer to product sheet |
| Package and pin count | Refer to product sheet |
| Operating temperature range | Refer to product sheet |
| Quiescent / active current figures | Refer to product sheet |
| ESD and reliability ratings | Refer to product sheet |
MSP430F4794IPZR Key Features
- Low?power 16?bit CPU ?? enables longer battery life and reduced thermal dissipation compared with many 8?bit alternatives.
- Integrated analog and timers ?? simplifies signal chain design and reduces external component count for mixed?signal systems.
- Multiple serial interfaces ?? eases integration with sensors and peripherals, reducing board complexity and design iterations.
- Industrial?grade packaging options ?? supports robust assembly and automated handling for medium to high volume production runs.
Typical Applications
- Battery?powered sensing nodes where predictable low current consumption extends operational lifetime and reduces maintenance cycles for distributed installations.
- Industrial control instrumentation requiring mixed?signal precision plus serial connectivity to drive actuators and communicate to higher?level controllers.
- Power metering and energy monitoring modules that need accurate ADC performance and low standby consumption for long?term deployments.
- Smart sensors and edge devices that combine analog conditioning with local processing to decrease latency and offload host systems.
MSP430F4794IPZR Advantages vs Typical Alternatives
The device emphasizes lower power and tighter mixed?signal integration than many competing microcontrollers in the same performance class. It typically offers more integrated analog resources and dedicated timers, which reduces BOM and board size. For engineers sourcing production parts, package options and industrial temperature support favor this device for reliable deployments. Use of the official product sheet ensures accurate comparisons of CPU speed, memory sizes, and current consumption versus selected alternatives.
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MSP430F4794IPZR Brand Info
The MSP430 family is produced by Texas Instruments, a global supplier of semiconductors and analog integrated circuits. The product line focuses on low?power 16?bit microcontrollers for embedded and industrial markets. Texas Instruments provides extensive documentation, application notes, and toolchain support tailored to MSP430 devices to help accelerate design and production.
FAQ
What core architecture does this device use?
The device belongs to the MSP430 family, which uses a 16?bit RISC architecture optimized for low?power embedded control. For exact core revision, clock limits, and supported instruction set details consult the official product sheet.
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Which package options are available?
Package and pin?count details vary by ordering code. The product sheet lists available packages, mechanical dimensions, and thermal characteristics for design and procurement planning.
What are the memory sizes and types?
Program memory type and the sizes for code and data RAM are specified in the product sheet. Refer to that documentation to determine whether the memory configuration meets application storage and execution requirements.
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How do I confirm electrical limits and power consumption?
Absolute maximum ratings, recommended operating ranges, and current consumption figures for active and standby modes are documented in the datasheet and should be used for power budgeting and thermal design.
Where can I find development tools and example code?
Texas Instruments provides development tools, evaluation modules, and software libraries for MSP430 devices. The product page and support documentation referenced in the datasheet point to recommended IDEs, debuggers, and example projects for rapid prototyping.