MSP430F5342IRGZT Overview
The MSP430F5342IRGZT is a member of the MSP430 ultra?low?power microcontroller family. It targets industrial and battery?sensitive control applications that demand a compact 16?bit architecture and deterministic real?time behavior. For sourcing and component verification, reference documentation is required to confirm memory sizes, peripheral counts and package details. For authenticated manufacturer and distribution information, consult the official channel at IC Manufacturer.
MSP430F5342IRGZT Technical Specifications
| Parameter | Value / Note |
|---|---|
| CPU architecture | 16?bit RISC core |
| Number of cores | 1 |
| Typical operating voltage | Refer to the official datasheet for exact VDD range |
| Maximum core frequency | See vendor datasheet for maximum MHz rating |
| Package code | IRGZ package identifier ?? consult datasheet for pin count and outline |
| Ambient temperature rating | Refer to datasheet for industrial/extended temperature limits |
| On?chip memory types | Refer to supplier documentation for Flash/FRAM and RAM sizes |
| Peripherals | Consult datasheet for ADC, timers, communication interfaces and DMA counts |
| Supply current (standby/active) | See datasheet for microamp/milliamp figures by operating mode |
| ESD / Reliability data | Refer to the official specification sheet for ESD and qualification details |
MSP430F5342IRGZT Key Features
- Single 16?bit core for compact code and predictable execution.
- Ultra?low?power design so battery or energy?harvested systems run longer.
- Integrated peripherals reduce BOM count and simplify PCB integration.
- Industrial package identifier supports sourcing and footprint matching.
Typical Applications
- Industrial sensor nodes: low?power control and data acquisition in distributed factory sensing networks where long battery life and deterministic timing matter.
- Portable instrumentation: precise measurement and user interface control in handheld test equipment that requires compact MCU performance and low standby current.
- Embedded motor and power control: supervisory functions and timing generation for motor drivers and power conversion systems in industrial automation contexts.
- Communications endpoints: protocol handling and interface bridging in wired or low?power wireless sensor gateways where integrated peripherals reduce external component needs.
MSP430F5342IRGZT Advantages vs Typical Alternatives
The MSP430 series is known for ultra?low?power operation and a 16?bit RISC core that often gives better energy efficiency per instruction than many 8?bit controllers. This part??s package identifier simplifies sourcing and footprint selection compared with generic MCU families. For designs where minimal active and standby power is critical, the MSP430 family typically offers lower sleep currents and simpler power modes versus many mainstream 32?bit MCUs, delivering efficiency and system?level power savings.
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MSP430F5342IRGZT Brand Info
The MSP430F5342IRGZT is produced by Texas Instruments, the established supplier of the MSP430 microcontroller family. TI provides comprehensive datasheets, application notes and development tools tailored to MSP430 devices to accelerate validation, prototyping and production. For authorized purchase and technical documents, consult TI??s product pages and distributor listings.
FAQ
What family does this MCU belong to?
This device is part of the MSP430 series, a line of ultra?low?power 16?bit microcontrollers designed for low energy consumption and embedded control tasks.
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Where can I find the full datasheet?
Access the official datasheet and technical reference from the manufacturer’s product page or an authorized distributor to confirm memory sizes, electrical limits, pinout and timing specifications.
Is the MSP430F5342IRGZT suitable for battery operation?
MSP430 devices are optimized for battery use due to multiple low?power modes and low standby currents; check the specific operating current figures and voltage ranges in the datasheet to validate battery life estimates.
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How do I verify package and pinout?
Use the vendor’s mechanical drawings and package information in the datasheet keyed to the IRGZ package code to confirm pin count, land pattern and assembly requirements for PCB design.
Can I get development tools for this part?
Texas Instruments supplies development kits, reference designs and software libraries for MSP430 devices. Refer to TI??s resources for IDE support, programmers and example code for hardware bring?up.